mhurhangee/ep-ind-claims huggingface dataset:
A bellows covering device for machine tools, comprising: - a pair of a first and a second accordion-like bellows (2, 3) movable between a closed configuration and an open configuration and vice versa, and each of said first and second accordion-like bellows (2, 3) having a respective inside surface (10a, 10b) and a respective outside surface (11 a, 11 b), and - a frame comprising a plurality of slats, integrally connected with each bellows (2, 3) to support and stiffen each bellows (2, 3) during opening and closing, the first and second accordion-like bellows (2, 3) being movable between said closed and open configuration respectively in a first plane and in a second plane, and in that it comprises at least one joining member operatively coupled to the pair of first and second bellows (2, 3), which uninterruptedly and uniformly connects the inside surfaces (10a, 10b) and outside surfaces (11 a, 11 b) of the first and a second bellows (2, 3) of said pair at a corner zone wherein said first plane and second plane meet, characterised in that the joining member comprises a plurality of bands which are connected to each other, and wherein each band comprises a first portion and a second portion, which are connected to the first bellows and to the second bellows, respectively; each bellows (2, 3) defining a plurality of longitudinal strips (8a, 8b) of a certain width; the widths (d1, d2) of the first portion and of the second portion being substantially equal to the width of the strips (8a, 8b) of the respective bellows (2, 3) which they are connected to. - a pair of a first and a second accordion-like bellows (2, 3) movable between a closed configuration and an open configuration and vice versa, and each of said first and second accordion-like bellows (2, 3) having a respective inside surface (10a, 10b) and a respective outside surface (11 a, 11 b), and - a frame comprising a plurality of slats, integrally connected with each bellows (2, 3) to support and stiffen each bellows (2, 3) during opening and closing,
A piezoelectric material, comprising: a perovskite-type metal oxide that is expressed by the following general formula: xBaTiO 3 -yBiFeO 3 -zBi (M 0.5 Ti 0.5)O 3 where M represents at least one type of element selected from the group consisting of Mg and Ni, x satisfies 0.25≤x≤0.75, y satisfies 0.15≤y≤0.70, z satisfies 0.05≤z≤0.60, and x+y+z=1 is satisfied; or a perovskite-type metal oxide that is expressed by the following general formula: xBaTiO 3 -BiFeO 3 -zBi (M 0.5 Ti 0.5)O 3 where M represents at least one type of element selected from the group consisting of Mg and Ni, x satisfies 0.10≤x≤0.25, y satisfies 0.15≤y≤0.30, z satisfies 0.45≤z≤0.75, and x+y+z=1 is satisfied. a perovskite-type metal oxide that is expressed by the following general formula: xBaTiO 3 -yBiFeO 3 -zBi (M 0.5 Ti 0.5)O 3 where M represents at least one type of element selected from the group consisting of Mg and Ni, x satisfies 0.25≤x≤0.75, y satisfies 0.15≤y≤0.70, z satisfies 0.05≤z≤0.60, and x+y+z=1 is satisfied; or a perovskite-type metal oxide that is expressed by the following general formula: xBaTiO 3 -BiFeO 3 -zBi (M 0.5 Ti 0.5)O 3 where M represents at least one type of element selected from the group consisting of Mg and Ni, x satisfies 0.10≤x≤0.25, y satisfies 0.15≤y≤0.30, z satisfies 0.45≤z≤0.75, and x+y+z=1 is satisfied.
System for controlling rear signal lighting for a motor vehicle, comprising a first set of signalling devices disposed on the outside of a boot lid, capable of operating when the boot lid is in closed position, a second set of signalling devices capable of operating when the boot lid is in the open position by replacing the signalling devices of the first set, and a sensor capable of supplying information representative of the open or closed state of the boot lid, characterized in that each signalling device comprises a light source (10 a -15 a, 20 a -25 a) in series with a switch (16 a -16 f, 26 a -26 f), and in that the system comprises a control logic (17, 27) incorporated at least partly in said first and second sets (1, 2), the control logic (17, 27) comprising an amplifier for the first set and an inverting amplifier for the second set, the input of the amplifier being linked electrically to the sensor and the output of the amplifier delivering a first command signal capable of commanding the switchover of all of the switches (16 a -16 f) of the first set, the input of the inverting amplifier being also linked electrically to the sensor, the output of the inverting amplifier delivering a second command signal complementing the first command signal, and capable of commanding the switchover of all of the switches (26 a -26 f) of the second set, such that the control logic is capable of simultaneously commanding: either the opening of all of the switches (16 a -16 f) in series with the light sources (10 a -15 a) of the first set and the closing of all of the switches (26 a -26 f) in series with the light sources (20 a -25 a) of the second set on reception of information representative of a boot lid in open position; or the closing of all of the switches (16 a -16 f) in series with the light sources (10 a -15 a) of the first set and the opening of all of the switches (26 a -26 f) in series with the light sources (20 a -25 a) of the second set on reception of information representative of a boot lid in closed position. either the opening of all of the switches (16 a -16 f) in series with the light sources (10 a -15 a) of the first set and the closing of all of the switches (26 a -26 f) in series with the light sources (20 a -25 a) of the second set on reception of information representative of a boot lid in open position; or the closing of all of the switches (16 a -16 f) in series with the light sources (10 a -15 a) of the first set and the opening of all of the switches (26 a -26 f) in series with the light sources (20 a -25 a) of the second set on reception of information representative of a boot lid in closed position.
A mass spectrometer comprising: a sample vessel in which a water solution containing sample molecules is sealed; an ionization housing connected to the sample vessel and configured to take in a sample gas present in the sample vessel, the ionization housing having a barrier or glow discharge ionization source generating plasma for ionizing the sample molecules by ion molecule reaction in the plasma region, wherein the pressure in said ionization housing is lower than the pressure inside the sample vessel; a vacuum chamber connected to the ionization housing and having a mass analyzer for analyzing the ionized sample molecules; characterized by means for decreasing the pressure inside of the sample vessel and wherein sample gas passes through the plasma region in the discharge ionization source. a sample vessel in which a water solution containing sample molecules is sealed; an ionization housing connected to the sample vessel and configured to take in a sample gas present in the sample vessel, the ionization housing having a barrier or glow discharge ionization source generating plasma for ionizing the sample molecules by ion molecule reaction in the plasma region, wherein the pressure in said ionization housing is lower than the pressure inside the sample vessel; a vacuum chamber connected to the ionization housing and having a mass analyzer for analyzing the ionized sample molecules; characterized by means for decreasing the pressure inside of the sample vessel and wherein sample gas passes through the plasma region in the discharge ionization source.
A User Equipment, UE, apparatus comprising: a transceiver arranged to receive a location information request message from a location management function, LMF, the request message comprising a measurement configuration and a UE autonomous release indication; and a processor arranged to: perform positioning measurements according to the measurement configuration; transmit a positioning report to the LMF; and transmit a UE Autonomous Release signal to a RAN node in response to transmitting the positioning report, wherein the positioning report is one of a triggered positioning measurement report and a periodic positioning measurement report. a transceiver arranged to receive a location information request message from a location management function, LMF, the request message comprising a measurement configuration and a UE autonomous release indication; and a processor arranged to: perform positioning measurements according to the measurement configuration; transmit a positioning report to the LMF; and transmit a UE Autonomous Release signal to a RAN node in response to transmitting the positioning report, wherein the positioning report is one of a triggered positioning measurement report and a periodic positioning measurement report. perform positioning measurements according to the measurement configuration; transmit a positioning report to the LMF; and transmit a UE Autonomous Release signal to a RAN node in response to transmitting the positioning report, wherein the positioning report is one of a triggered positioning measurement report and a periodic positioning measurement report.
Flange for pressure measuring cells or diaphragm seal units which essentially consists of a metal base material made of a standard material and which is hard-surfaced on a side facing toward the process medium by a layer of high-alloy special material applied at this point.
A sealing apparatus (10, 18) comprising: a first cover plate; a second cover plate spaced apart from the first cover plate; and a sealing element disposed between the first cover plate and the second cover plate and including at least two diaphragm members (24a, 24b, 24c, 24d, 68, 92, 93), whereby a first diaphragm member (24a, 68) has a first stiffness and a second diaphragm member (24b, 92) has a second stiffness that is different than the first stiffness characterized in that a stiffness of the diaphragm members (24a, 24b, 24c, 24d) is varied by employing different materials for adjacent diaphragm members. a first cover plate; a second cover plate spaced apart from the first cover plate; and a sealing element disposed between the first cover plate and the second cover plate and including at least two diaphragm members (24a, 24b, 24c, 24d, 68, 92, 93), whereby a first diaphragm member (24a, 68) has a first stiffness and a second diaphragm member (24b, 92) has a second stiffness that is different than the first stiffness characterized in that a stiffness of the diaphragm members (24a, 24b, 24c, 24d) is varied by employing different materials for adjacent diaphragm members.
A bracket fixing for securing a safety line to a structure, the bracket fixing comprising: a safety line receiving portion; a fixing portion connected to the safety line receiving portion, the fixing portion having a confinement structure; and a captive mechanical fixing, arranged to engage with and secure the bracket to the structure, wherein the captive mechanical fixing comprises a bolt and the confinement structure of the fixing portion is formed about the head of the bolt to hold the bolt head captive such that the bolt and the bolt head are not rotatable independently of the bracket fixing; wherein the bolt and the fixing portion are separate components. a safety line receiving portion; a fixing portion connected to the safety line receiving portion, the fixing portion having a confinement structure; and a captive mechanical fixing, arranged to engage with and secure the bracket to the structure, wherein the captive mechanical fixing comprises a bolt and the confinement structure of the fixing portion is formed about the head of the bolt to hold the bolt head captive such that the bolt and the bolt head are not rotatable independently of the bracket fixing; wherein the bolt and the fixing portion are separate components.
Clutch device having at least one torque-transmitting device (2, 3) which has at least one thrust plate connected rotationally conjointly to a housing component, a pressing plate (9, 10) which is rotationally fixed and which is displaceable in an axial direction relative to the thrust plate, and a clutch disk (4, 5) which can be braced with frictionally engaging action between the thrust plate and the pressing plate (9, 10), and having at least one wear-compensating readjustment device (21, 29) which has at least one ramp ring (20, 24, 28, 31) which can be rotated in a circumferential direction by way of at least one coiled rolling spring and which serves for the detection and compensation of a wear-induced axial play between the housing component and the pressing plate (9, 10), wherein the rolling spring is installed at one side on the ramp ring and at the other side on the housing component, wherein a hook-in securing means is provided between the ramp ring (20, 24, 28, 31) and the rolling spring, wherein the hook-in securing means is provided on the rolling spring, characterized in that the hook-in securing means is provided in a region of a fastening opening of the rolling spring, and the rolling spring is hooked by way of the fastening opening onto a projection on the ramp ring.
A recovery system, comprising: a housing; a parasail comprising a canopy coupled within the housing fastened by a releasable fastener, wherein the parasail is compressed into a compact mass and is configured to expand; a guidance system; an inertial measurement unit; primary ballistics attached to the parasail, wherein the primary ballistics are configured to launch and deploy the parasail from the housing such that the parasail is able to suspend an air vehicle before the vehicle has a chance to fall due to gravity; and a trigger mechanism that is configured to be activated, and to direct the primary ballistics to launch after receiving an indication from the guidance system and from the inertial measurement unit whether the vehicle is substantially upright and thereby in a state for safe deployment of the recovery system; and wherein the guidance system is further configured to steer the vehicle to a landing site (420, 520, 610). a housing; a parasail comprising a canopy coupled within the housing fastened by a releasable fastener, wherein the parasail is compressed into a compact mass and is configured to expand; a guidance system; an inertial measurement unit; primary ballistics attached to the parasail, wherein the primary ballistics are configured to launch and deploy the parasail from the housing such that the parasail is able to suspend an air vehicle before the vehicle has a chance to fall due to gravity; and a trigger mechanism that is configured to be activated, and to direct the primary ballistics to launch after receiving an indication from the guidance system and from the inertial measurement unit whether the vehicle is substantially upright and thereby in a state for safe deployment of the recovery system; and wherein the guidance system is further configured to steer the vehicle to a landing site (420, 520, 610).
A trigger-type liquid dispenser (1, 101) comprising: a dispenser main body fitted to a mouth of a container containing a liquid; a pump configured to be actuated, in response to operation of a trigger, to force-feed the liquid contained in the container to a delivery port through a delivery flow path provided in the dispenser main body; and a nozzle fitted to the dispenser main body to dispense, to outside, the liquid force-fed to the delivery port, wherein the dispenser main body includes a cylindrical-shaped fitted portion communicating with the delivery port, the nozzle includes: a nozzle main body in which a tubular-shaped outer tubular body, which covers an outer circumference of the fitted portion, and a partition wall, which is disposed on an inner side of the outer tubular portion to cover an opening end of the fitted portion and which is provided with a dispensing hole, are integrally provided; and a nozzle extension body that includes a tubular-shaped outer tube extension body coupled to a front end of the outer tubular body and that is fitted to the nozzle main body from a direction extending along a central axis of the nozzle main body, the nozzle is provided with a dispensing tube including: a first dispensing tubular portion that is formed in a cylindrical shape having a central axis aligned with a central axis of the dispensing hole and that is provided integrally on a surface of the partition wall that faces to the outside; and a cylindrical-shaped second dispensing tubular portion that is provided integrally with the outer tube extension body on an inner side of the outer tube extension body and that is disposed on a front end of the first dispensing tubular portion in an overlapped manner, and a cut-out is provided in the front end of the first dispensing tubular portion or in a base end of the second dispensing tubular portion, and an opening end of the cut-out is closed by the first or the second dispensing tubular portion (51a, 51b) to provide an air inlet hole in the dispensing tube wherein the outer tube extension body is provided, on a front end thereof and via a hinge portion, integrally with a cap body including a foam generation hole facing to the dispensing tube, and the cap body is provided with a vent hole that, when the front end of the outer tube extension body is closed by the cap body, draws air to inner side space of the outer tube extension body that is located between the partition wall and the cap body.
Method for the thermal reshaping of hose blanks consisting of preferably pre-extruded elastic raw hose material, wherein the hose blank is located in a shell-like, single- or multi-part molding tool during the reshaping, wherein the inner side of the hollow mold corresponds as a negative to the shape that is to be impressed upon the hose blank, wherein the tempering of the molding tool that is necessary for reshaping occurs by means of tempering elements with half or partial shells which close form-fittingly over the mold, and the inner sides of said shells that face the molding tool are congruent with the outer side of said molding tool, whereas no tempering device at all is integrated into the molding tool itself, in particular no ducts or other hollow spaces for circulating a tempering medium, and wherein the temperature of each tempering element is kept constant during the process, while, to modify the temperature of the molding tool, a different tempering element with a correspondingly constant temperature is positioned against the molding tool.
An authenticatable piece of data, comprising: the piece of data; a multiplicity of keys; a multiplicity of digests, wherein each digest is a digest of the piece of data using a key from the multiplicity of keys; wherein the multiplicity of keys and multiplicity of digests can be authenticated as originating from a particular party. the piece of data; a multiplicity of keys; a multiplicity of digests, wherein each digest is a digest of the piece of data using a key from the multiplicity of keys; wherein the multiplicity of keys and multiplicity of digests can be authenticated as originating from a particular party.
An inspection apparatus for detecting defects in a test object in a liquid filled space (1, 2), wherein the inspection apparatus comprises an inspection body provided with a support portion to be placed on a support surface in the liquid filled space (1, 2), a detection device adapted to detect defects in the test object and vertical positioning equipment adapted to adjust the position of the detection device in a vertical direction when the support portion is placed on the support surface, wherein the vertical positioning equipment comprises an elongated element having a vertical portion, an fastening member adapted to attach the detection device to the vertical portion, a vertical drive mechanism (23, 26) adapted to provide a motion of the vertical portion of the elongated element such that it moves the detection device to a desired vertical position along a vertical axis, and wherein the vertical portion of the elongated element has the property of being torsion rigid about the vertical axis, characterised in that said elongated element comprises a plurality of rigid links pivotally connected to each other and that the vertical drive mechanism comprises a rolling member adapted to store a portion of the elongated element in a rolled-up state, wherein a rolled out portion of the elongated element forms the vertical portion of the elongated element.
Distribution node for an automation network having multiple network segments that each comprise at least one subscriber, which may be in the form of a fragmenting subscriber (10, 20, 30, 40) or in the form of a standard subscriber, fragmenting subscribers being subscribers that support a fragmentation method and standard subscribers being subscribers that do not support the fragmentation method, wherein a data interchange takes place between the subscribers in the form of telegrams, wherein the telegrams can be transmitted in accordance with the fragmentation method in the form of telegram fragments and wherein there may be provision in the automation network for both fragmenting subscribers (10, 20, 30, 40), which support the fragmentation method, and standard subscribers, which do not support the fragmentation method, wherein the distribution node comprises multiple input/output interfaces (201, 202, 203, 204) and a switching device connected to the input/output interfaces (201, 202, 203, 204), wherein at least one input/output interface (201, 202, 203, 204) is connected to a network segment, characterized in that the switching device is designed to check whether a subscriber on the input/output interface (201, 202, 203, 204) to which a telegram is supposed to be sent supports the fragmentation method, and whether the telegram to be sent is fragmented, and wherein the switching device is designed so as, if the telegram to be sent is fragmented, to assemble the telegram fragments (301, 302) to form the telegram and then to send them to the subscriber if the subscriber is a standard subscriber, which does not support the fragmentation method. wherein a data interchange takes place between the subscribers in the form of telegrams, wherein the telegrams can be transmitted in accordance with the fragmentation method in the form of telegram fragments and wherein there may be provision in the automation network for both fragmenting subscribers (10, 20, 30, 40), which support the fragmentation method, and standard subscribers, which do not support the fragmentation method, wherein the distribution node comprises multiple input/output interfaces (201, 202, 203, 204) and a switching device connected to the input/output interfaces (201, 202, 203, 204), wherein at least one input/output interface (201, 202, 203, 204) is connected to a network segment, characterized in that the switching device is designed to check whether a subscriber on the input/output interface (201, 202, 203, 204) to which a telegram is supposed to be sent supports the fragmentation method, and whether the telegram to be sent is fragmented, and wherein the switching device is designed so as, if the telegram to be sent is fragmented, to assemble the telegram fragments (301, 302) to form the telegram and then to send them to the subscriber if the subscriber is a standard subscriber, which does not support the fragmentation method.