mhurhangee/ep-ind-claims huggingface dataset:
Device comprising: ∘ an interface for a subscriber identification module (103, 105); ∘ a first subscriber identification module which is connected to said interface; ∘ a connector suitable for connecting a second subscriber identification module to said interface when the second module is present in the connector; ∘ a presence detector configured to generate a presence signal (104-PRESENCE) for the second module in the connector; a means (111, 114) for inhibiting the first module based on the presence signal, the device being configured to operate with the second module when the first module is inhibited, ∘ characterized in that the inhibiting means is configured to inhibit a module by setting a data input/output (103-DATA, 105-DATA) of said module to a high impedance state, by applying a signal corresponding to an active state to an initialization signal input (103-RST, 105-RST) of the module to be inhibited. ∘ an interface for a subscriber identification module (103, 105); ∘ a first subscriber identification module which is connected to said interface; ∘ a connector suitable for connecting a second subscriber identification module to said interface when the second module is present in the connector; ∘ a presence detector configured to generate a presence signal (104-PRESENCE) for the second module in the connector; a means (111, 114) for inhibiting the first module based on the presence signal, the device being configured to operate with the second module when the first module is inhibited, ∘ characterized in that the inhibiting means is configured to inhibit a module by setting a data input/output (103-DATA, 105-DATA) of said module to a high impedance state, by applying a signal corresponding to an active state to an initialization signal input (103-RST, 105-RST) of the module to be inhibited.
Burner having a central fuel supply arrangement, an annular air duct surrounding the central fuel supply arrangement for the supply of combustion air, and swirl blades arranged in the annular air duct, which blades have first gas nozzles for injecting a gaseous fuel into the combustion air, and second gas nozzles for injecting a gaseous fuel into the combustion air, wherein the first gas nozzles are supplied by a first gas distributor duct in the fuel supply arrangement, and the second gas nozzles are supplied from a second gas distributor duct in the fuel supply arrangement, and wherein the first gas distributor duct and the second gas distributor duct are supplied with combustion gas by a gas supply pipe (41, 141) which is arranged offset with respect to and parallel next to a centrally arranged pilot burner and has a first gas supply duct (35, 135) and a second gas supply duct (37, 137), wherein the first gas supply duct (35, 125) is connected to the first gas distributor duct and the second gas supply duct (37, 137) is connected to the second gas distributor duct.
A toothbrush for engaging substantially all of a user's teeth simultaneously comprising: a generally U-shaped outer frame of a size and dimension to fit in a user's mouth; an outer bristle strip engaged with the outer frame, the outer bristle strip being of a size and dimension to engage substantially all of a user's teeth; an inner bristle strip being of a size and dimension to engage substantially all of a user's teeth; and an inner frame engaged with the inner bristle strip, wherein the inner frame is connectable to the outer frame through apertures (520, 530) in both the inner and outer bristle strips (510, 500), thereby providing a nested arrangement defining a channel for a user's teeth formed between the inner bristle strip and the outer bristle strip; and an actuation means in communication with the bristle strips (500, 510) for imparting a reciprocating movement to the bristle strips (500, 510). a generally U-shaped outer frame of a size and dimension to fit in a user's mouth; an outer bristle strip engaged with the outer frame, the outer bristle strip being of a size and dimension to engage substantially all of a user's teeth; an inner bristle strip being of a size and dimension to engage substantially all of a user's teeth; and an inner frame engaged with the inner bristle strip, wherein the inner frame is connectable to the outer frame through apertures (520, 530) in both the inner and outer bristle strips (510, 500), thereby providing a nested arrangement defining a channel for a user's teeth formed between the inner bristle strip and the outer bristle strip; and an actuation means in communication with the bristle strips (500, 510) for imparting a reciprocating movement to the bristle strips (500, 510).
A device for analyzing a biological fluid sample comprising: a filter configured to filter the biological fluid sample resulting in a filtrate comprising a target analyte; an exposed surface having a sensor area, wherein the sensor area comprises a sensor; a sedimentation capillary placed vertically above the sensor area; dried magnetical particles at a top inlet of the sedimentation capillary comprising magnetic particles functionalized to react with the target analyte; a delivery capillary having an inlet placed directly below the filter and an outlet fluidically connected to the sedimentation capillary, wherein the delivery capillary is configured to deliver the filtrate to the sensor area before the filtrate flows upward in the sedimentation capillary to the dried magnetic particles; and wherein the magnetic particles can sediment through the sedimentation capillary to the exposed surface upon contact with the filtrate, and wherein the sensor is configured to detect magnetic particles that specifically bind to the sensor area on said exposed surface. a filter configured to filter the biological fluid sample resulting in a filtrate comprising a target analyte; an exposed surface having a sensor area, wherein the sensor area comprises a sensor; a sedimentation capillary placed vertically above the sensor area; dried magnetical particles at a top inlet of the sedimentation capillary comprising magnetic particles functionalized to react with the target analyte; a delivery capillary having an inlet placed directly below the filter and an outlet fluidically connected to the sedimentation capillary, wherein the delivery capillary is configured to deliver the filtrate to the sensor area before the filtrate flows upward in the sedimentation capillary to the dried magnetic particles; and wherein the magnetic particles can sediment through the sedimentation capillary to the exposed surface upon contact with the filtrate, and wherein the sensor is configured to detect magnetic particles that specifically bind to the sensor area on said exposed surface.
Method for the machining of workpieces and inspection of a processed workpiece surface in a machine tool, the method comprising at least one machining process interruption during which the processed surface of the workpiece is inspected, wherein within said machining process interruption at least one image of the processed workpiece surface is captured in situ by means of a digital camera, the method being characterised in that said at least one image is processed by a pattern recognition algorithm (PRA D, PRA S) which was previously trained by means of a predefined training dataset, wherein said predefined training dataset comprises one or more reference images of a plurality of reference surfaces, each reference image being associated to one or more known surface characteristics and/or to a known characteristic defect of a reference surface, and, further, in that at least one surface characteristic of the processed workpiece surface captured on the at least one image or the presence of one or more characteristic defects of the processed workpiece surface captured on the at least one image is estimated by the pattern recognition algorithm (PRA D, PRA S), assigning the corresponding surface characteristic and/or the characteristic defects determined by the pattern recognition algorithm.
A rubber gasket adapted to be interposed between two members (2, 3) that are opposed to each other in a state of being held in a fitting groove formed in one of the two member (2, 3), the rubber gasket comprising: a concave surface (11; 13) located in a central area in a width direction of the rubber gasket and extending in a circumferential direction thereof; and seal beads (12, 14) located on both sides of the concave surface (11, 13) in the width direction thereof, the concave surface (11, 13) and the seal beads (12, 14) being formed in each of a surface (1a, 1b) of the rubber gasket that, in use, faces a bottom surface of the fitting groove and a surface (1a, 1b) of the rubber gasket that faces the other of the two members (2, 3), an outer circumferential surface and an inner circumferential surface of the rubber gasket bulging in direction to opposing inner side surfaces and of the fitting groove, characterised in that the following expression is satisfied when the rubber gasket is in an uncompressed state; D = 0.025 ⁢ A ∼ 0.075 ⁢ A in which a maximum depth of the concave surface (11, 13) is represented by D, and a height between the seal beads facing the bottom surface of the fitting groove and the seal beads on an opposite side thereto is represented by A. a concave surface (11; 13) located in a central area in a width direction of the rubber gasket and extending in a circumferential direction thereof; and seal beads (12, 14) located on both sides of the concave surface (11, 13) in the width direction thereof, the concave surface (11, 13) and the seal beads (12, 14) being formed in each of a surface (1a, 1b) of the rubber gasket that, in use, faces a bottom surface of the fitting groove and a surface (1a, 1b) of the rubber gasket that faces the other of the two members (2, 3), an outer circumferential surface and an inner circumferential surface of the rubber gasket bulging in direction to opposing inner side surfaces and of the fitting groove, characterised in that the following expression is satisfied when the rubber gasket is in an uncompressed state; D = 0.025 ⁢ A ∼ 0.075 ⁢ A in which a maximum depth of the concave surface (11, 13) is represented by D, and a height between the seal beads facing the bottom surface of the fitting groove and the seal beads on an opposite side thereto is represented by A.
Travel mattress with a base plate, with an arrangement of support units fixed by means of fastening elements to the upper side of the base plate and with a frameless upper construction constructed with a user-specific individual zoning and with a cover enclosing the base plate and the support units, wherein recesses opening at the lower sides of the support unit and constructed for reception of the fastening elements are provided, wherein cut-outs in which control elements forming the fastening elements are inserted so that they project beyond the upper side of the base plate are provided in the base plate, wherein control elements with different firmnesses and resilient properties are provided, and wherein a support unit is inserted by a recess on this protruding part of the control element and mechanically positively held therein, characterised in that each control element has a circularly cylindrical contour which widens in the lower region, that each cut-out has a smaller diameter in the upper region of the base plate than in the lower region, and that a control element is inserted from below into a cut-out and mechanically positively held therein, wherein the upper part of the control element projects above the upper side of the base plate.
Method for smoothing the edges of a glass pane, wherein a. a pane edge of a glass pane is subjected to a first laser beam (Ia) from a first laser with a wavelength of 6 μm to 12 μm and a first local heating region (Ib) is produced on the pane edge in the glass pane and the first local heating region (Ib) has an area with a width of 0.1 mm to 2 mm and is heated to more than the transformation point of the glass and causes melting of the pane edge in the first local heating region (Ib) to a depth of 2 mm to 3 mm, b. the glass pane is subjected to a second laser beam from a second laser with a wavelength of 0.30 μm to 2.00 μm and a second local heating region is produced adjacent the first local heating region (Ib) below the pane edge in the glass pane, and c. the first laser beam (Ia) is guided along the pane edge and the second laser beam is guided parallel to the pane edge, with the second laser beam guided at the same height or at a maximum distance of 20 mm to 50 mm behind the first laser beam (Ia). a. a pane edge of a glass pane is subjected to a first laser beam (Ia) from a first laser with a wavelength of 6 μm to 12 μm and a first local heating region (Ib) is produced on the pane edge in the glass pane and the first local heating region (Ib) has an area with a width of 0.1 mm to 2 mm and is heated to more than the transformation point of the glass and causes melting of the pane edge in the first local heating region (Ib) to a depth of 2 mm to 3 mm, b. the glass pane is subjected to a second laser beam from a second laser with a wavelength of 0.30 μm to 2.00 μm and a second local heating region is produced adjacent the first local heating region (Ib) below the pane edge in the glass pane, and c. the first laser beam (Ia) is guided along the pane edge and the second laser beam is guided parallel to the pane edge, with the second laser beam guided at the same height or at a maximum distance of 20 mm to 50 mm behind the first laser beam (Ia).
A lithiated polyamide-imide (LiPAI) comprising: 0 to 50 mol.% of recurring units R imide of formula: 0 to 70 mol.% of recurring units R amic acid of formula: and 30 to 100 mol.% of recurring units R Li salt of formula provided that recurring units R imide, R amic acid, and R Li salt collectively represent more than 50 mol.% of recurring units in the lithiated polyamide-imide (LiPAI), wherein: Ar is a trivalent aromatic group selected from the group consisting of: and corresponding optionally substituted structures; X is selected from the group consisting of -O-, -C -, -CH 2 -, -C(CF 3) 2 -, and -(CF 2) p -; p is an integer from 1 to 5; R is a divalent aromatic group selected from the group consisting of: and corresponding optionally substituted structures, and Y is selected from the group consisting of -O-, -S-, -SO 2 -, -CH 2 -, -C -, -C(CF 3) 2 -, -(CF 2) q -, q being an integer from 0 to 5. 0 to 50 mol.% of recurring units R imide of formula: 0 to 70 mol.% of recurring units R amic acid of formula: and 30 to 100 mol.% of recurring units R Li salt of formula provided that recurring units R imide, R amic acid, and R Li salt collectively represent more than 50 mol.% of recurring units in the lithiated polyamide-imide (LiPAI), wherein: Ar is a trivalent aromatic group selected from the group consisting of: and corresponding optionally substituted structures; X is selected from the group consisting of -O-, -C -, -CH 2 -, -C(CF 3) 2 -, and -(CF 2) p -; p is an integer from 1 to 5; R is a divalent aromatic group selected from the group consisting of: and corresponding optionally substituted structures, and Y is selected from the group consisting of -O-, -S-, -SO 2 -, -CH 2 -, -C -, -C(CF 3) 2 -, -(CF 2) q -, q being an integer from 0 to 5. Ar is a trivalent aromatic group selected from the group consisting of: and corresponding optionally substituted structures; X is selected from the group consisting of -O-, -C -, -CH 2 -, -C(CF 3) 2 -, and -(CF 2) p -; p is an integer from 1 to 5; R is a divalent aromatic group selected from the group consisting of: and corresponding optionally substituted structures, and Y is selected from the group consisting of -O-, -S-, -SO 2 -, -CH 2 -, -C -, -C(CF 3) 2 -, -(CF 2) q -, q being an integer from 0 to 5.
Control valve for indirectly acting compressed air brakes of rail vehicles, containing a triple pressure element and a twin pressure element, comprising a control piston (2; 2') on which acts from one side the pressure of the air in a main air line and from the opposite side the pressure of the air of a slide chamber, and which cooperates via a tappet with an acceleration valve which in opened state connects the main air line via a check valve, and the slide chamber via a valve (8; 8') or a bore, with a channel and further with a channel for additional venting at the start of braking via the triple pressure element, and with a vent path in the twin pressure element with the environment, characterized in that several choke points (10, 11) are arranged in parallel or in series with each other in the vent path of the channel, wherein the effective cross section of at least one of the choke points can be varied via actuating means in the twin pressure element from a closed or inactive state or a minimum cross section to a maximum cross section.
Method of calibrating at least three gyroscopes to be calibrated in a gyroscopic system comprising at least four vibratory gyroscopes capable of changing vibration position-among a plurality of vibration positions; a first measurement being provided by each of said at least three gyroscopes to be calibrated and a second measurement being provided by a combination of the respective measurements from the other gyroscopes of said system, said first and second measurements being carried out along the same measurement axis; said calibration method comprising the following steps, for each of the at least three gyroscopes to be calibrated which vibrates in one of the vibration positions: /1/ determining a measurement drift value between said first measurement and said second measurement; /2/ commanding the change in vibration position of the gyroscope to be calibrated to another vibration position of said plurality of vibration positions and iterating step /1 /; /3/ iterating step /2/ K times, K being a positive integer; and /4/ generating a drift model as a function of the vibration position of the gyroscope to be calibrated on the basis of the drift values obtained in the iterations of step /1/; wherein the at least three gyroscopes to be calibrated are calibrated by generation of a drift model by applying step /1/ to each of the gyroscopes successively, then step /2/ to each of the gyroscopes successively, then step /3/ to each of the gyroscopes successively and finally step /4/ to each of the gyroscopes successively. /1/ determining a measurement drift value between said first measurement and said second measurement; /2/ commanding the change in vibration position of the gyroscope to be calibrated to another vibration position of said plurality of vibration positions and iterating step /1 /; /3/ iterating step /2/ K times, K being a positive integer; and /4/ generating a drift model as a function of the vibration position of the gyroscope to be calibrated on the basis of the drift values obtained in the iterations of step /1/;
Composite material based on a natural-fibre-reinforced thermoset plastic which comprises, as reinforcement material, at least one ply of a spunlace nonwoven made of natural fibres, where the composite material is present in the form of an elongate panel and the preferential direction of the fibres of the spunlace nonwoven forms an angle of at least 20° with the longitudinal axis of the panel.
Device for dewatering, defibrating and conveying waste paper, pulp or wood chips, comprising a rotor, a stator and a housing, the rotor being in the form of a circular cylinder or truncated cone, wherein a plurality of baffle plates is detachably mounted on a circumferential surface of the rotor and wherein the stator comprises a plurality of exchangeable stator plates, characterized in that the stator is in the form of a regular prism or a regular truncated pyramid.
A wireless network adapter, comprising: a configuration triggering portion configured to generate a trigger signal to trigger a self-configuration portion of the wireless network adapter to perform self-configuration; the self-configuration portion configured to configure the wireless network adapter as a wireless network access point adapter and to generate access information of the wireless network access point adapter including a service set identifier, a verification mode, an encryption type and a security key; a first cable connection portion connected to a second wireless network adapter via cable connection, configured to receive the access information from the self-configuration portion and to transfer the access information to the second wireless network adapter via the cable connection, and to receive an acknowledgement message of the second wireless network adapter from the second wireless network adapter via the cable connection; and a wireless transceiver connected to the second wireless network adapter via wireless connection according to the access information. a configuration triggering portion configured to generate a trigger signal to trigger a self-configuration portion of the wireless network adapter to perform self-configuration; the self-configuration portion configured to configure the wireless network adapter as a wireless network access point adapter and to generate access information of the wireless network access point adapter including a service set identifier, a verification mode, an encryption type and a security key; a first cable connection portion connected to a second wireless network adapter via cable connection, configured to receive the access information from the self-configuration portion and to transfer the access information to the second wireless network adapter via the cable connection, and to receive an acknowledgement message of the second wireless network adapter from the second wireless network adapter via the cable connection; and a wireless transceiver connected to the second wireless network adapter via wireless connection according to the access information.
Device for unloading ballast from a railway vehicle for ballasting, comprising a hopper closed at the bottom by means of a hatch, including furthermore, below said hopper, a turret made steerable by being mounted pivoting about a vertical axis (XX'), wherein this turret is equipped with a hatch and a chute for unloading the ballast, said chute being articulated on said turret so as to permit to bring its free end as close as possible to the ground and, hence, to the site of unloading.
Selector of an automatic gearbox for a motor vehicle, having at least a parking mode command position, a reverse mode command position, a neutral mode command position and at least one forward mode command position, comprising a control member configured to select a command position from among these command positions, said selector additionally comprising an autonomous driving mode command position and in that the control member is configured to be able to select this autonomous driving mode, characterized in that the parking mode, reverse mode, neutral mode, forward mode and autonomous driving mode command positions can be selected successively by running through a movement path of the control member, one in place of the other, with a predefined ordered arrangement, the autonomous driving mode command position being situated at one end of said ordered arrangement, successively to the forward mode command position, with the result that the autonomous driving mode command position can only be selected after the selection of the forward mode command position.