mhurhangee/ep-ind-claims huggingface dataset:
- Unit for managing (managing including, for example, an initial backup, subsequent backups, reading) technical information such as plans, figures, manuals, a visitors book, as-built documentation, or a maintenance file, of a site such as a building, a ship, a platform, or an industrial facility, said unit consisting of a case incorporating an electronic circuit comprising a non-volatile memory, a USB connector, and a processor controlled by a microprogram controlling the management of the inputs and outputs and of said memory, said microprogram comprising means for managing the inputs and outputs according to the standard USB protocol and for preventing the modification of information previously recorded in said non-volatile memory, characterized in that said means for preventing the modification of the previously recorded information comprises a memory for recording an addressing table containing the addresses of previously recorded information, the microprogram comprising a code for comparing the target address in the data package received via the USB connector for preventing registration if said target address belongs to said addressing table, and if not, for authorizing registration and recording said target address in the addressing table. said microprogram comprising means for managing the inputs and outputs according to the standard USB protocol and for preventing the modification of information previously recorded in said non-volatile memory, characterized in that said means for preventing the modification of the previously recorded information comprises a memory for recording an addressing table containing the addresses of previously recorded information, the microprogram comprising a code for comparing the target address in the data package received via the USB connector for preventing registration if said target address belongs to said addressing table, and if not, for authorizing registration and recording said target address in the addressing table.
Method for monitoring a gear-change operation in a motor vehicle provided with an engine whose crankshaft is connected to a transmission having a gearbox comprising first and second primary shafts (S1, S2) connectable to the crankshaft of the engine by respective friction clutches (FC1, FC2) controlled by corresponding actuators (A1, A2), and a secondary or output shaft connectable to the primary shafts (S1, S2) by gears (G1, G2) defining a plurality of velocity ratios or gears; the method comprising the operation of verifying and validating the detection of the disengagement of the previously engaged gear by detecting the angular velocity (ω p,dis) of the primary shaft corresponding to the gear to be disengaged, and comparing the detected value of said angular velocity (ω p,dis) with at least one reference angular velocity (ω ref); the method being characterized in that while bringing the friction clutch connected to the previously engaged gear partially into contact, the angular velocity (ω p,dis) of the primary shaft corresponding to said gear is compared with a reference velocity corresponding to the detected angular velocity (ω E) of the crankshaft of the engine; the disengagement of said gear being confirmed when the velocity (ω p,dis) of said primary shaft is equal to said reference velocity (ω E) and the torque (C F,dis) transmitted by the clutch connected to said primary shaft is greater than a predetermined threshold value.
Method for activating a brake device of a motor vehicle, comprising an actuating element for activating the brake device, which actuating element can be adjusted, starting from its neutral position, into two different actuating directions (A, B), and which actuating element can be moved, starting from its neutral position, in each of the two actuating directions (A, B), into two functional positions which are arranged so as to lie behind one another, and returns into its neutral position by way of being released, a first actuating force being necessary in order to reach the first functional position (P1, P4), characterized in that, in order to reach the second functional position (P2, P3, P5, P6), a pressure point (D1, D2) has to be overcome by way of an actuating force which is increased in comparison with the first actuating force.
A decoring machine for removing residual moulding material from foundry castings, the machine comprising a frame defining a housing for at least one casting to be decored; and two unbalanced motors mounted on the frame to rotate about respective vertical axes of rotation and impart a vibratory movement to the frame; the frame having a vertical plane of symmetry, and comprising two parallel U-shaped plates connected rigidly to each other to define a bottom base member and two top shoulders located on opposite sides of said plane of symmetry and bounding said housing laterally; the machine being characterized in that each motor is fitted to the respective said plate so that the respective axis of rotation lies in the plane of symmetry; and in that the frame has a further plane of symmetry perpendicular to said plane of symmetry and parallel to said axes of rotation; the plates and the motors being arranged symmetrically with respect to said further plane of symmetry, and the motors being located outside the assembly defined by the plates.
A method for operating a lighting device including a plurality of lamps (LM 1, LM 2, LM 3) each adapted to be driven by an electric device, via a bus having a plurality of bus nodes (BS1, BS2, BS3), wherein each electric device is connected to a different one of the bus nodes (BS1, BS2, BS3) of the bus, wherein the method is characterized by the following step: - transmitting control data for setting luminous values for at least one lamp by driving a test controller (TAPC) of a JTAG interface in the bus node (BS1, BS2, BS3) associated with the lamp (LM 1,LM 2, LM 3), which supplies at least one lamp with controllable electric energy depending on these control data, - wherein the test controller (TAPC) of the JTAG interface comprises a state diagram corresponding to the IEEE 1149 standard or one or more of the sub-standards IEEE 1149.1 to IEEE 1149.8 and its developments. - transmitting control data for setting luminous values for at least one lamp by driving a test controller (TAPC) of a JTAG interface in the bus node (BS1, BS2, BS3) associated with the lamp (LM 1,LM 2, LM 3), which supplies at least one lamp with controllable electric energy depending on these control data, - wherein the test controller (TAPC) of the JTAG interface comprises a state diagram corresponding to the IEEE 1149 standard or one or more of the sub-standards IEEE 1149.1 to IEEE 1149.8 and its developments.
Beverage dispenser comprising: - a housing, - at least two refillable containers for storing bulk beverage ingredients, - at least a beverage preparation unit operatively linked to the containers for preparing a beverage from at least one of the stored bulk beverage ingredients, - a sub-housing in which the containers are placed, said sub-housing being removable from the housing, wherein the top of the sub-housing is configured so that it closes access to the top of the containers, and wherein each refillable container comprises a cover and a tank, characterized in that the cover comprises a lid and four walls perpendicular to the lid, said walls being configured to slide along the tank walls, and in that the height (h) of the cover walls is greater than the distance (d) between the top of the tank of the container and the top of the sub-housing. - a housing, - at least two refillable containers for storing bulk beverage ingredients, - at least a beverage preparation unit operatively linked to the containers for preparing a beverage from at least one of the stored bulk beverage ingredients, - a sub-housing in which the containers are placed, said sub-housing being removable from the housing,
A method for producing a porous microstructure comprising the steps of: in the presence of a polymerization initiator and an emulsion stabilizer, emulsifying a continuous phase composition containing at least one monomer and a crosslinking agent with a dispersed phase composition containing a solvent to obtain an emulsion containing a continuous phase and a dispersed phase dispersed in the continuous phase; pre-polymerizing the at least one monomer and the crosslinking agent, so that the at least one monomer and the crosslinking agent are partially polymerized to an extent that the emulsion has an increased viscosity while still being flowable; subjecting the emulsion to a forced sedimentation to obtain a high internal phase emulsion, wherein the dispersed phase has a volume fraction of at least 74.05% (v/v) in the high internal phase emulsion, and wherein the subjecting the emulsion to a forced sedimentation comprises subjecting the emulsion to centrifugation and removing an excess part of the continuous phase separated from the dispersed phase; and curing the continuous phase in the high internal phase emulsion and removing the dispersed phase to obtain the porous microstructure; wherein the emulsion further comprises a polymerization promoter selected from the group consisting of N,N,N',N'-tetramethylethylenediamine (TEMED), N,N,N',N",N"-pentamethyl diethylene triamine (PMDTA), tris(2-dimethylamino) ethylamine, 1,1,4,7,10,10-hexamethyltriethylenetetramine, and 1,4,8,11-tetramethyl-1,4,8,11-tetraazacyclotetradecane. in the presence of a polymerization initiator and an emulsion stabilizer, emulsifying a continuous phase composition containing at least one monomer and a crosslinking agent with a dispersed phase composition containing a solvent to obtain an emulsion containing a continuous phase and a dispersed phase dispersed in the continuous phase; pre-polymerizing the at least one monomer and the crosslinking agent, so that the at least one monomer and the crosslinking agent are partially polymerized to an extent that the emulsion has an increased viscosity while still being flowable; subjecting the emulsion to a forced sedimentation to obtain a high internal phase emulsion, wherein the dispersed phase has a volume fraction of at least 74.05% (v/v) in the high internal phase emulsion, and wherein the subjecting the emulsion to a forced sedimentation comprises subjecting the emulsion to centrifugation and removing an excess part of the continuous phase separated from the dispersed phase; and curing the continuous phase in the high internal phase emulsion and removing the dispersed phase to obtain the porous microstructure; wherein the emulsion further comprises a polymerization promoter selected from the group consisting of N,N,N',N'-tetramethylethylenediamine (TEMED), N,N,N',N",N"-pentamethyl diethylene triamine (PMDTA), tris(2-dimethylamino) ethylamine, 1,1,4,7,10,10-hexamethyltriethylenetetramine, and 1,4,8,11-tetramethyl-1,4,8,11-tetraazacyclotetradecane.
A method of marking a cellulosic product for authentication, comprising: adding a detectable marker DNA which is not alkaline activated to a cellulosic medium comprising wood pulp, N-Methylmorpholine-N-oxide (NMMO) and water after dissolution of cellulosic material prior to or during a spinning step of processing of a cellulosic product; and thereby incorporating and embedding the detectable marker DNA into the cellulosic product to provide a nucleic acid-marked cellulosic product. adding a detectable marker DNA which is not alkaline activated to a cellulosic medium comprising wood pulp, N-Methylmorpholine-N-oxide (NMMO) and water after dissolution of cellulosic material prior to or during a spinning step of processing of a cellulosic product; and thereby incorporating and embedding the detectable marker DNA into the cellulosic product to provide a nucleic acid-marked cellulosic product.
Portable cutting apparatus for the in situ truncation of railway rails, comprising: - a rail saw having a motor with a cyclic movement output member, a plate holder adapted to carry an abrasive blade and a movement transmitter engaging the motor output member and the plate holder to set the plate holder in a cyclic movement, - a linkage structure having a base portion with a rail connector for locking the linkage structure to the rail to be truncated and a guide arm with a saw connector for locking the rail saw to the linkage structure, said guide arm being movably linked to the base portion such as to allow a first guided movement of the rail saw locked to the saw connector toward and away from the rail, characterised in that it comprises a sawing position alternator interposed between the guide arm and the plate holder and configured to autonomously and alternately move the plate holder to and fro with respect to the guide arm. - a rail saw having a motor with a cyclic movement output member, a plate holder adapted to carry an abrasive blade and a movement transmitter engaging the motor output member and the plate holder to set the plate holder in a cyclic movement, - a linkage structure having a base portion with a rail connector for locking the linkage structure to the rail to be truncated and a guide arm with a saw connector for locking the rail saw to the linkage structure, said guide arm being movably linked to the base portion such as to allow a first guided movement of the rail saw locked to the saw connector toward and away from the rail, characterised in that it comprises a sawing position alternator interposed between the guide arm and the plate holder and configured to autonomously and alternately move the plate holder to and fro with respect to the guide arm.
A method in a multicast network, comprising: at a first host, wherein the first host is an endpoint of the multicast network that receives one or more packets addressed to a multicast group address: receiving indicia that a second host is actively sourcing one or more packets addressed to a multicast group address, wherein the second host is an endpoint of the multicast network; issuing a join command to one or more network devices in an attempt to join the multicast group address; determining whether any packets are received within a designated time period after the step of issuing a join command; and if any packets are received by the first host within the designated time period, determining that the first host is joined to the multicast group address; otherwise, if any packets are not received by the first host within the designated time period, determining that the first host is not joined to the multicast group address. at a first host, wherein the first host is an endpoint of the multicast network that receives one or more packets addressed to a multicast group address: receiving indicia that a second host is actively sourcing one or more packets addressed to a multicast group address, wherein the second host is an endpoint of the multicast network; issuing a join command to one or more network devices in an attempt to join the multicast group address; determining whether any packets are received within a designated time period after the step of issuing a join command; and if any packets are received by the first host within the designated time period, determining that the first host is joined to the multicast group address; otherwise, if any packets are not received by the first host within the designated time period, determining that the first host is not joined to the multicast group address. receiving indicia that a second host is actively sourcing one or more packets addressed to a multicast group address, wherein the second host is an endpoint of the multicast network; issuing a join command to one or more network devices in an attempt to join the multicast group address; determining whether any packets are received within a designated time period after the step of issuing a join command; and if any packets are received by the first host within the designated time period, determining that the first host is joined to the multicast group address; otherwise, if any packets are not received by the first host within the designated time period, determining that the first host is not joined to the multicast group address.
A flexible coupling for attaching a collet to a draw bar, the flexible coupling comprising: a draw bar having a first longitudinal axis and a first coupling portion proximate one end of the draw bar and a mounting portion proximate an opposite end of the draw bar, the mounting portion being configured to removably secure the draw bar to a pulling device of a machine tool; a collet having a second longitudinal axis and a clamping portion proximate one end of the collet and a second coupling portion proximate a second end of the collet, the second coupling portion having a second coupling surface formed thereon, the second coupling surface being configured in a shape complementary to the first coupling surface; a collet adaptor with a guiding surface and an angled surface being configured to contribute to the coaxial alignment of the collet, characterised in that the first coupling portion comprises at least two elastically resilient legs (22A, 22B) spaced apart from one another, each of the at least two legs (22A, 22B) having a first coupling surface formed thereon so that the first coupling surface moveably engages the second coupling surface such that the first longitudinal axis and the second longitudinal axis are coaxial when an axial force is applied to the draw bar and the collet. a draw bar having a first longitudinal axis and a first coupling portion proximate one end of the draw bar and a mounting portion proximate an opposite end of the draw bar, the mounting portion being configured to removably secure the draw bar to a pulling device of a machine tool; a collet having a second longitudinal axis and a clamping portion proximate one end of the collet and a second coupling portion proximate a second end of the collet, the second coupling portion having a second coupling surface formed thereon, the second coupling surface being configured in a shape complementary to the first coupling surface; a collet adaptor with a guiding surface and an angled surface being configured to contribute to the coaxial alignment of the collet, characterised in that the first coupling portion comprises at least two elastically resilient legs (22A, 22B) spaced apart from one another, each of the at least two legs (22A, 22B) having a first coupling surface formed thereon so that the first coupling surface moveably engages the second coupling surface such that the first longitudinal axis and the second longitudinal axis are coaxial when an axial force is applied to the draw bar and the collet.
A method of manufacturing an optical fiber preform or an optical fiber, the method comprising the steps of: (a) providing a glass tube and a glass core rod; (b) inserting the glass core rod into the glass tube to form an assembled body; (c) heating the assembled body to cause the glass tube to collapse on and adhere to the glass core rod; and (d) treating a first interface gap between the glass core rod and the glass tube during heating of at least a portion of the assembled body by: (i) establishing a vacuum pressure in the first interface gap, and (ii) increasing a pressure of the first interface gap, characterized in that treating the first interface gap according to method step (d) further comprises: increasing the pressure in step (ii) by flowing oxygen-enriched air through the interface gap for a predetermined time, and (iii) re-establishing a vacuum pressure in the first interface gap after the predetermined time has elapsed. (a) providing a glass tube and a glass core rod; (b) inserting the glass core rod into the glass tube to form an assembled body; (c) heating the assembled body to cause the glass tube to collapse on and adhere to the glass core rod; and (d) treating a first interface gap between the glass core rod and the glass tube during heating of at least a portion of the assembled body by: (i) establishing a vacuum pressure in the first interface gap, and (ii) increasing a pressure of the first interface gap, characterized in that treating the first interface gap according to method step (d) further comprises: increasing the pressure in step (ii) by flowing oxygen-enriched air through the interface gap for a predetermined time, and (iii) re-establishing a vacuum pressure in the first interface gap after the predetermined time has elapsed. (i) establishing a vacuum pressure in the first interface gap, and (ii) increasing a pressure of the first interface gap, characterized in that treating the first interface gap according to method step (d) further comprises: increasing the pressure in step (ii) by flowing oxygen-enriched air through the interface gap for a predetermined time, and increasing the pressure in step (ii) by flowing oxygen-enriched air through the interface gap for a predetermined time, and (iii) re-establishing a vacuum pressure in the first interface gap after the predetermined time has elapsed.
A method of using a mobile terminal to control at least one Bluetooth Low Energy, BLE, device, the method comprising: receiving, from at least one BLE device identification information including property information which indicates an appearance of the at least one BLE device in a UUID field or an MSD field; displaying a BLE device list including the at least one BLE device including the property information on a display unit of the mobile terminal; receiving an input selecting a BLE device from the BLE device list; receiving an input from a user including user added information regarding the selected BLE device; and registering the selected BLE device by mapping and storing identification information including property information, and the user added information regarding the selected BLE device. receiving, from at least one BLE device identification information including property information which indicates an appearance of the at least one BLE device in a UUID field or an MSD field; displaying a BLE device list including the at least one BLE device including the property information on a display unit of the mobile terminal; receiving an input selecting a BLE device from the BLE device list; receiving an input from a user including user added information regarding the selected BLE device; and registering the selected BLE device by mapping and storing identification information including property information, and the user added information regarding the selected BLE device.
An appliance panel comprising: a laminated structure comprising a substrate sheet having adhered thereto a biaxially oriented film composite comprising a colored polyester layer adjacent and coextensive with a clear layer comprising a polyester, the colored polyester layer between the substrate sheet and the clear layer, the laminated structure having a machine direction and a transverse direction corresponding to that of the film composite; wherein the laminated structure forms a viewable surface of the appliance panel; and wherein the laminated structure forming the viewable surface has a machine direction distinctness of image greater than 80, a transverse direction distinctness of image greater than 80, and a ratio of the machine direction to the transverse direction distinctness of image of less than 1.30. a laminated structure comprising a substrate sheet having adhered thereto a biaxially oriented film composite comprising a colored polyester layer adjacent and coextensive with a clear layer comprising a polyester, the colored polyester layer between the substrate sheet and the clear layer, the laminated structure having a machine direction and a transverse direction corresponding to that of the film composite; wherein the laminated structure forms a viewable surface of the appliance panel; and wherein the laminated structure forming the viewable surface has a machine direction distinctness of image greater than 80, a transverse direction distinctness of image greater than 80, and a ratio of the machine direction to the transverse direction distinctness of image of less than 1.30.