mhurhangee/ep-ind-claims huggingface dataset:
Locking system for locking a glass door panel of a swing door in the event of fire in order to close off an opening between two spaces, comprising • a first shaft in which a first pin is arranged such that it is guidingly displaceable; • a first activator for driving the first pin at least partially out of the first shaft in order to lock the panel; • a first blocking element in order to prevent the first pin from being driven at least partially out of the first shaft by the first activator; wherein the first blocking element at least partially melts under the influence of heat, so that the first pin becomes ejectable by the first activator in the presence of heat, wherein the first blocking element comprises fusible link, and wherein the locking system comprises • a second shaft, in which a second pin is arranged such that it is guidingly displaceable; • a second activator for driving the second pin at least partially out of the second shaft in order to lock the panel; • and a second blocking element in order to prevent the second pin from being driven at least partially out of the second shaft by the second activator; wherein this second blocking element is at least partially influenceable by heat, so that the second pin becomes ejectable by the second activator, that, viewed according to the direction transversely to the panel, the first said pin is provided to extend into one said space next to the panel, and the second said pin is provided to extend into the other said space next to the panel, characterized in that the locking system is provided to be mounted on the panel, such that no adaptations have to be made at the height of the edging of the opening closed off by the panel, and in that the locking system comprises a heat transfer element for connecting the two spaces, wherein both the blocking elements are in contact with the heat transfer element. • a first shaft in which a first pin is arranged such that it is guidingly displaceable; • a first activator for driving the first pin at least partially out of the first shaft in order to lock the panel; • a first blocking element in order to prevent the first pin from being driven at least partially out of the first shaft by the first activator; • a second shaft, in which a second pin is arranged such that it is guidingly displaceable; • a second activator for driving the second pin at least partially out of the second shaft in order to lock the panel; • and a second blocking element in order to prevent the second pin from being driven at least partially out of the second shaft by the second activator;
Method of making a synthetic magnification micro-optic system, wherein the system comprises a film material that utilizes a regular two-dimensional array of non-cylindrical lenses to enlarge icons, and to form a synthetically magnified image through the united performance of a multiplicity of individual lens/icon image systems, the method comprising the steps of: forming icons as voids in a radiation curable liquid polymer that is cast against a base film; and forming lenses from a radiation curable polymer on an opposite face of the base film, wherein the lenses are formed in correct alignment or skew with respect to the icons; curing the radiation curable polymers with radiation; filling the icon voids with a submicron particle pigmented coloring material by gravure-like doctor blading against the film surface; and solidifying the fill. forming icons as voids in a radiation curable liquid polymer that is cast against a base film; and forming lenses from a radiation curable polymer on an opposite face of the base film, wherein the lenses are formed in correct alignment or skew with respect to the icons; curing the radiation curable polymers with radiation; filling the icon voids with a submicron particle pigmented coloring material by gravure-like doctor blading against the film surface; and solidifying the fill.
A method performed by a base station of a communications network, the method comprising: sending, to a communication device, a message indicating that a paging area for the communication device is to be updated at the communication device; and broadcasting system information comprising information identifying a change to the paging area, wherein the system information comprises a list of cells with their associated tracking area identifier, the cells to be deleted from the paging area. sending, to a communication device, a message indicating that a paging area for the communication device is to be updated at the communication device; and broadcasting system information comprising information identifying a change to the paging area, wherein the system information comprises a list of cells with their associated tracking area identifier, the cells to be deleted from the paging area.
A labor-saving tent frame, comprising an upper hub, a lower hub and a drawstring structure, wherein the upper hub is articulated with inner ends of a plurality of long ribs, the lower hub is articulated with inner ends of a plurality of short ribs, and outer ends of the short ribs are articulated to middle portions of the long ribs in one-to-one correspondence; the tent frame further comprises a long-short-rib articulated torsion spring provided with a first force arm of the torsion spring and a second force arm of the torsion spring, and the long ribs and the short ribs are fixed to the first force arm and the second force arm of the torsion spring respectively; the drawstring structure comprises a drawstring with which the upper hub and the lower hub may be pulled closer, and two pulling ends of the drawstring hang down below the lower hub.
Device for controlling the blowing fluid flow during the blow molding of containers from preforms, comprising a proportional valve having a modifiable flow cross section, an actuator for actuating the proportional valve, a means for detecting the position of the actuator, sensor means (23, 23') for detecting the valve inlet and valve outlet pressure and a digital control apparatus, characterized in that the control apparatus is programmed to calculate cyclically, in a manner automated to the runtime, control values for the actuation of the actuator such that a specified container volume is reached within a specified time period, during the pre-blowing phase once a specifiable point in time (t 3) is reached, which point in time corresponds to the yield point of the preform being reached, the calculation of the next control value in each case being performed in each calculation cycle such that the container volume which is reached by the relevant calculation cycle and can be calculated on the basis of the previous actuator positions and the previous pressure curve is taken into account.
Method for generating measurement results from sensor signals generated by one or more separate sensors (S1, S2, S3, S4, S5, S6), each sensor signal comprising two or more data points, which data points are from the same event of a rail vehicle, the event being a train-event, a car-event and/or a wheel-event, which respectively occur when a train, a car or locomotive or one or more wheels of one axle passes by a sensor, the sensors each (S1, S2, S3, S4, S5, S6) being arranged at a rail adapted to carry a rail vehicle, the sensors (S1, S2, S3, S4, S5, S6) being adapted to measure a physical property of the rail, and the sensors (S1, S2, S3, S4, S5, S6) each comprising a transmitter adapted to transmit generated sensor signals to a physically distanced data management arrangement, the distance between any of the sensors (S1, S2, S3, S4, S5, S6) and the data management arrangement being greater than 10 km and the data management arrangement comprising a receiver adapted to receive sensor signals, a processor adapted to evaluate sensor signals, and a memory, the method comprising the steps of receiving the sensor signals and evaluating the sensor signals, wherein the data management arrangement stores the received sensor signals in the memory and the evaluation comprises a step of combining and/or comparing at least two data points from one or more stored sensor signals with each other.
A device for fabricating a composite material part by injecting resin into a fiber structure, the device comprising: a first die configured to support the fiber structure, the first die presenting two adjacent support surfaces defining a reentrant angle between them; at least one chock presenting first and second adjacent faces (111, 112) together defining a wedge-shaped portion configured to press the fiber structure into said angle; and a second die that is movable relative to the first die, the first and second dies being configured to clamp on the fiber structure and the chock in such a manner that the first die, the second die, and the chock together define, in a closed position, a resin injection space surrounding the fiber structure; the device being characterized in that the chock is connected to the second die by at least one link, the link being hinged relative to the second die and to the chock in such a manner as to guide the wedge-shaped portion towards said angle in order to press the fiber structure into the angle, when the second die approaches the first die. a first die configured to support the fiber structure, the first die presenting two adjacent support surfaces defining a reentrant angle between them; at least one chock presenting first and second adjacent faces (111, 112) together defining a wedge-shaped portion configured to press the fiber structure into said angle; and a second die that is movable relative to the first die, the first and second dies being configured to clamp on the fiber structure and the chock in such a manner that the first die, the second die, and the chock together define, in a closed position, a resin injection space surrounding the fiber structure;
A flexible strap, in particular for a watch, comprising a long strand and a short strand made of a flexible material, said long strand comprising at its proximal end a transverse housing adapted to receive a fixing bar extending between the horns of a watch case, and said short strand comprising at its proximal end a transverse housing adapted to receive a second fixing bar extending between the horns of a watch case and at its distal end a second transverse housing adapted to receive the axis of a loop, the proximal ends of the short and long strands having a width smaller than the lug of the watch case and comprising means able to receive respectively at least one, generally U-shaped, said adapter element made of a flexible material, the base of which is adapted to be secured to the strand (1a, 1b) and the arms of which have at their free ends coaxial through-holes adapted to receive the fixing bar, with the distance separating the side edges of the arms of the adapter being substantially equal to the lug of the watch case, and said coaxial holes of the adapter extending coaxially with the transverse housing of the proximal end of the short strand and the long strand respectively, when the adapter is secured to said strand (1a, 1b), characterized in that the proximal end of each strand (1a, 1b) comprises a transverse groove which extends on each one of the faces of said strand (1a, 1b) and in that the base of the adapter comprises a through-hole opening between the arms so that the base of the adapter is accommodated in said groove.
A trigger system of a firearm, having a trigger lever and a trigger shoe connected to the same, the trigger lever being pivotably mounted in a trigger housing, the trigger lever being pivotably mounted about a trigger-lever spindle and mechanically triggering the shooting of the firearm by pivoting directly, or indirectly by means of a trigger pawl, which is arranged for this purpose and pivotable about a pawl spindle and which pivots by means of contact with the trigger lever and pivoting of the same about the pawl spindle, a magnet, which is assigned to the trigger lever and/or the trigger pawl and mounted in or on the trigger housing and acting on the trigger lever and/or trigger pawl or mounted in or on the trigger lever and/or the trigger pawl and acting on the trigger housing, being provided, which magnet exerts a pre-selectable, adjustable trigger force on the trigger lever and/or the trigger pawl, the magnet being held in an adjustable manner with respect to the angle thereof to the trigger lever or to the trigger pawl.
An assembly with a projection screen for moving the projection screen for a head-up display, - with a mount for fastening the projection screen, whereby - the mount is connected to a mechanical coupler mechanism having a basic member which can be fastened to a vehicle part, - the joints of the mechanism are designed as materially integral joints, - the mechanical mechanism is designed as a four-bar mechanism, in which a coupler is connected to the basic member by means of joints via a first connecting member and a second connecting member, and the mount is fastened to the coupler of the four-bar mechanism, - two four-bar mechanisms are arranged parallel and spaced from each other and are of identical design, and - the two four-bar assemblies are coupled via a connecting element and the mount is fastened to the connecting element. - with a mount for fastening the projection screen, whereby - the mount is connected to a mechanical coupler mechanism having a basic member which can be fastened to a vehicle part, - the joints of the mechanism are designed as materially integral joints, - the mechanical mechanism is designed as a four-bar mechanism, in which a coupler is connected to the basic member by means of joints via a first connecting member and a second connecting member, and the mount is fastened to the coupler of the four-bar mechanism, - two four-bar mechanisms are arranged parallel and spaced from each other and are of identical design, and - the two four-bar assemblies are coupled via a connecting element and the mount is fastened to the connecting element.
A gas turbine engine comprising: an engine static structure providing a flow path; a metering hole provided in the engine static structure; and a strainer arranged over the metering hole, the strainer including multiple inlet holes, wherein the gas turbine engine comprises a turbine section that provides a secondary flow path between a case structure, a vane (60, 62) and a blade outer air seal, wherein the case structure includes a vane support to which the vane (60, 62) is mounted, the vane (60, 62) includes an aft rail, a first seal is provided between the vane support and the aft rail to provide a first cavity, the strainer is provided within the first cavity, characterised in that: the vane support provides the metering hole, a second seal is provided between the aft rail and a blade outer air seal support to which the blade outer air seal is mounted, a second cavity is provided between the case structure and the first and second seals, the first and second cavities are fluidly connected via the strainer, the multiple inlet holes have a total area that is greater than an area of the metering hole, the strainer includes a flange having an opening, a cup extends from the flange and provides a pocket, the inlet holes are provided in the cup, and the cup is provided by a cylinder that is closed at one end. an engine static structure providing a flow path; a metering hole provided in the engine static structure; and a strainer arranged over the metering hole, the strainer including multiple inlet holes, wherein the gas turbine engine comprises a turbine section that provides a secondary flow path between a case structure, a vane (60, 62) and a blade outer air seal, wherein the case structure includes a vane support to which the vane (60, 62) is mounted, the vane (60, 62) includes an aft rail, a first seal is provided between the vane support and the aft rail to provide a first cavity, the strainer is provided within the first cavity, characterised in that: the vane support provides the metering hole, a second seal is provided between the aft rail and a blade outer air seal support to which the blade outer air seal is mounted, a second cavity is provided between the case structure and the first and second seals, the first and second cavities are fluidly connected via the strainer, the multiple inlet holes have a total area that is greater than an area of the metering hole, the strainer includes a flange having an opening, a cup extends from the flange and provides a pocket, the inlet holes are provided in the cup, and the cup is provided by a cylinder that is closed at one end.
A method of allocating a resource for a control channel of device-to-device, D2D, direct communication in a wireless communication system, the method performed by a first user equipment, UE comprising: receiving, from a base station, a first grant signal at a first subframe, the first grant signal allocating a first time resource consisting of two or more subframes for the D2D direct communication; and transmitting, to a second UE, the control channel of the D2D direct communication using the first time resource based on the first grant signal, wherein the control channel is transmitted to the second UE repeatedly through the two or more subframes allocated by the first grant signal, and the first subframe precedes a first subframe of the first time resource as many as predetermined subframes. receiving, from a base station, a first grant signal at a first subframe, the first grant signal allocating a first time resource consisting of two or more subframes for the D2D direct communication; and transmitting, to a second UE, the control channel of the D2D direct communication using the first time resource based on the first grant signal, wherein the control channel is transmitted to the second UE repeatedly through the two or more subframes allocated by the first grant signal, and the first subframe precedes a first subframe of the first time resource as many as predetermined subframes.
A propylene homopolymer for capacitors, satisfying the following requirements (i) to (v) and (ix): (i) the melt flow rate (MFR; measured at 230°C under a load of 2.16 kg according to ASTM D1238) is 1 to 8 g/10 minutes; (ii) the meso pentad fraction (mmmm) measured by 13 C-NMR is 0.940 to 0.995; (iii) the integrated amount of elution at 90°C by cross-fractionation chromatography using o-dichlorobenzene is 0.5% by weight or less; (iv) the melting point measured using a differential scanning calorimeter is 152°C or more; (v) the chlorine content is 2 ppm by weight or less; and (ix) in an elution temperature - elution volume curve measured by cross-fractionation chromatography using o-dichlorobenzene, the maximum peak has a peak top temperature in the range of 105° C to 130° C and half width of 4.5° C or less, wherein the peak top temperature is the temperature at which the amount of eluted component is maximized, and the peak half-width is the width between the elution temperatures at which the amount of eluted component is half the maximum amount of eluted component. (i) the melt flow rate (MFR; measured at 230°C under a load of 2.16 kg according to ASTM D1238) is 1 to 8 g/10 minutes; (ii) the meso pentad fraction (mmmm) measured by 13 C-NMR is 0.940 to 0.995; (iii) the integrated amount of elution at 90°C by cross-fractionation chromatography using o-dichlorobenzene is 0.5% by weight or less; (iv) the melting point measured using a differential scanning calorimeter is 152°C or more; (v) the chlorine content is 2 ppm by weight or less; and (ix) in an elution temperature - elution volume curve measured by cross-fractionation chromatography using o-dichlorobenzene, the maximum peak has a peak top temperature in the range of 105° C to 130° C and half width of 4.5° C or less, wherein the peak top temperature is the temperature at which the amount of eluted component is maximized, and the peak half-width is the width between the elution temperatures at which the amount of eluted component is half the maximum amount of eluted component.
A method for detecting a crater end of a continuously cast product, the method comprising the steps of installing an ultrasonic shear wave sensor (6, 8) for transmitting an ultrasonic shear wave to the continuously cast product and receiving the transmitted ultrasonic shear wave in a continuous casting machine, detecting based on variations of an ultrasonic signal received by the ultrasonic shear wave sensor (6, 8) that the crater end of the cast product is matched with the installed position of the ultrasonic shear wave sensor (6, 8), characterized in comprising the step of calibrating a physical property value of the cast product used in calculation based on a heat condition equation in solidifying the cast product such that the crater end computed based on the heat condition equation using casting conditions at that time is matched with the installed position of the ultrasonic shear wave sensor (6, 8), and after the calibration, determining the crater end by the calculation based on the heat condition equation under respective casting conditions by using the calibrated physical property value.
A stabilizer leg arrangement comprising a support structure and a stabilizer leg carried by the support structure, the stabilizer leg being provided with a hydraulic cylinder, by means of which the stabilizer leg is extensible in a vertical direction in relation to the support structure from a raised inactive position, in which the stabilizer leg is out of contact with the ground, to an active supporting position, in which the stabilizer leg is in supporting contact with the ground, wherein the hydraulic cylinder comprises: • a cylinder housing having an internal space, • a piston movably received in said internal space and configured to divide this space into a first chamber on a first side of the piston and a second chamber on an opposite second side of the piston, and • a piston rod fixed to the piston and extending through the second chamber, the piston being moveable in relation to the cylinder housing to an advanced end position, in which the piston abuts against a stop surface at a lower end of the internal space and in which the second chamber has its minimum volume; and wherein the stabilizer leg arrangement further comprises a pressure sensor configured to generate a measuring value representing the hydraulic pressure in said first chamber, and characterised in that an electronic control device is connected to the pressure sensor, wherein the electronic control device is configured to establish information as to whether or not the stabilizer leg is in the active supporting position while taking into account said measuring value, wherein the second chamber is configured to come into fluid communication with the first chamber through at least one flow channel (41; 41'; 41") in the hydraulic cylinder when the piston reaches the advanced end position or is on the verge of reaching this end position, wherein the piston is configured to keep the second chamber fluidly separated from the first chamber when the piston is in any other position in relation to the cylinder housing. • a cylinder housing having an internal space, • a piston movably received in said internal space and configured to divide this space into a first chamber on a first side of the piston and a second chamber on an opposite second side of the piston, and • a piston rod fixed to the piston and extending through the second chamber, the piston being moveable in relation to the cylinder housing to an advanced end position, in which the piston abuts against a stop surface at a lower end of the internal space and in which the second chamber has its minimum volume;