mhurhangee/ep-ind-claims huggingface dataset:
A casting mold set characterized by comprising: a core that includes a casting shape forming part for forming a shape of a casting that is formed by the casting mold set and a core print that does not contribute to form the shape of the casting; a first mold that is located above the casting shape forming part of the core; and a second mold that is opposed to an upper surface of the core print of the core; wherein in a case where the mold set is closed before molten metal is fed, a minimum clearance between the casting shape forming part and the first mold is smaller than a minimum clearance between the upper surface of the core print and the second mold that is opposed to the upper surface of the core print. a core that includes a casting shape forming part for forming a shape of a casting that is formed by the casting mold set and a core print that does not contribute to form the shape of the casting; a first mold that is located above the casting shape forming part of the core; and a second mold that is opposed to an upper surface of the core print of the core; in a case where the mold set is closed before molten metal is fed, a minimum clearance between the casting shape forming part and the first mold is smaller than a minimum clearance between the upper surface of the core print and the second mold that is opposed to the upper surface of the core print.
A motor vehicle lock with a carrier element, a rotary latch which is rotatably mounted on the carrier element, which rotary latch is movable from an open position into a main latching position, with a pawl which is pivotably mounted on the carrier element, which pawl is movable into a locking position in engagement with the rotary latch arranged in its main latching position, and which has a latching hook, and with an immobilization lever, which is pivotably mounted on the carrier element into an immobilization position, in which the immobilization lever blocks a rotary movement of the rotary latch arranged in its main latching position, wherein an escape device, configured urging the immobilization lever in a direction pointing away from the rotary latch on a movement of the rotary latch in the direction of its main latching position, and wherein the escape device is coupled with the immobilization lever in such a way that the immobilization lever only pivots into its immobilization position when the rotary latch is arranged in its main latching position and the pawl is arranged in its locking position, characterized in that the rotary latch, rotatably mounted on a rotation axis, has an arcuate bearing surface, which is formed in a first radius from the rotation axis, wherein in the arcuate bearing surface a radial recess is formed, into which a latching pin, formed on the immobilization lever, engages blocking a rotary movement of the rotary latch, when the immobilization lever is arranged in its immobilization position.
Stamping sheet for applying a security feature onto a planar element made of paper, in particular security paper, paperboard, cardboard, non-woven fabric, textile fabric, synthetic material, in particular polymer, or a mixture of materials, comprising a supporting plate and at least one stamping pin protruding therefrom, characterized in that the security feature is haptic, and in that at least a distal end of the at least one stamping pin is machined by laser cutting.
Method for managing access to multimedia contents (41, 51, 52, 61, 62) by a terminal equipped with a security device managed by a trusted third party, the said terminal comprising a user interface and a publication application (14, 15), the said security device being embedded in the terminal, the said multimedia contents being accessible by the terminal via one or more communication networks (40; 50; 60), the method being characterized in that it comprises the following steps: a) recording, in a database included in the security device managed by the trusted third party, of a set of data for each multimedia content, b) creation, by the security device and on the basis of the said data recorded on the database, of a computerized document corresponding to a menu of multimedia contents, c) transmission by the security device of the computerized document to the user interface, d) publication of the computerized document by the user interface, e) selection of a multimedia content by the user on the basis of the displayed computerized document, f) publication of the multimedia content selected by the publication application of the terminal in response to command instructions in respect of the security device and as a function of the set of the data recorded in the security device for the multimedia content selected. a) recording, in a database included in the security device managed by the trusted third party, of a set of data for each multimedia content, b) creation, by the security device and on the basis of the said data recorded on the database, of a computerized document corresponding to a menu of multimedia contents, c) transmission by the security device of the computerized document to the user interface, d) publication of the computerized document by the user interface, e) selection of a multimedia content by the user on the basis of the displayed computerized document, f) publication of the multimedia content selected by the publication application of the terminal in response to command instructions in respect of the security device and as a function of the set of the data recorded in the security device for the multimedia content selected.
A system for communication between one or more radio frequency identification (RFID) tags and/or devices comprising: a first RFID tag; a second RFID tag; and a device (1440, 1444, 1446, 1448), the system characterized in that the first RFID tag has a direct physical electrical connection to the second RFID tag such that the first and second RFID tags (1312, 1316) can directly exchange information, and in that the second RFID tag is further configured to directly exchange information with the device (1440, 1444, 1446, 1448), wherein information received directly at the second RFID tag from the first RFID tag may be directly exchanged with the device (1440, 1444, 1446, 1448). a first RFID tag; a second RFID tag; and a device (1440, 1444, 1446, 1448),
A method for measuring antenna gains of a transmitter (E 1) of a first terrestrial station (ST 1) for generating at least one coverage mapping of said antenna, characterised in that the method comprises: ▪ a plurality of transmissions of a test signal (S test) by a transmitter (E 1) from a first terrestrial station (ST 1) to a satellite comprising a transponder for retransmitting the test signal (S test) to a second terrestrial station (ST 2), the plural transmitting of the transmitter (E 1) from the first station being made according to different orientations (θ i,i∈[1;N]) of the antenna of the transmitter (E 1), said test signal (S test) being spread spectrum modulated in a channel with a predetermined width by a pseudo-random digital sequence coding at least one data bit sequence (SEQ BIT) generated by a calculator of the transmitter (E 1); ▪ receiving each test signal (S test) by a receiver (R 2) of the second terrestrial station (ST 2); ▪ demodulating each test signal (S test) enabling the power received from each test signal (S test) to be measured; ▪ comparing each power with a first predefined power reference threshold (SEUIL_P); ▪ generating a coding setpoint (CONS_COD) aiming at coding a given number (N_SEQ) of data bit sequences (SEQ BIT) by at least one pseudo-random sequence in a same test signal (S test) when said power received from a test signal (S test) is below the first power threshold (SEUIL_P). ▪ a plurality of transmissions of a test signal (S test) by a transmitter (E 1) from a first terrestrial station (ST 1) to a satellite comprising a transponder for retransmitting the test signal (S test) to a second terrestrial station (ST 2), the plural transmitting of the transmitter (E 1) from the first station being made according to different orientations (θ i,i∈[1;N]) of the antenna of the transmitter (E 1), said test signal (S test) being spread spectrum modulated in a channel with a predetermined width by a pseudo-random digital sequence coding at least one data bit sequence (SEQ BIT) generated by a calculator of the transmitter (E 1); ▪ receiving each test signal (S test) by a receiver (R 2) of the second terrestrial station (ST 2); ▪ demodulating each test signal (S test) enabling the power received from each test signal (S test) to be measured; ▪ comparing each power with a first predefined power reference threshold (SEUIL_P); ▪ generating a coding setpoint (CONS_COD) aiming at coding a given number (N_SEQ) of data bit sequences (SEQ BIT) by at least one pseudo-random sequence in a same test signal (S test) when said power received from a test signal (S test) is below the first power threshold (SEUIL_P).
A method of bonding a component part to a polymeric substrate, the method comprising: applying a solvent containing a tackifier to a surface of at least one of a polymeric substrate and a component part, the one of the polymeric substrate and the component part to which the solvent is applied being made from a blend of styrenic block copolymer and second polymer comprising a polyolefin, the tackifier comprising a hydrogenated rosin, an ester of hydrogenated rosin, terpene phenolic, C5 or C9 hydrocarbon resin; contacting the polymeric substrate to the component part to form a bond therebetween; and exposing the bonded polymeric substrate and component part to radiation. applying a solvent containing a tackifier to a surface of at least one of a polymeric substrate and a component part, the one of the polymeric substrate and the component part to which the solvent is applied being made from a blend of styrenic block copolymer and second polymer comprising a polyolefin, the tackifier comprising a hydrogenated rosin, an ester of hydrogenated rosin, terpene phenolic, C5 or C9 hydrocarbon resin; contacting the polymeric substrate to the component part to form a bond therebetween; and exposing the bonded polymeric substrate and component part to radiation.
Brake device having a travel sensor which is composed of a movable travel signal generator (17, 23) and a measuring pickup for sensing a movement or position in the activation direction, wherein the brake device is structurally combined as a compact assembly composed of a housed electronic control unit, a hydraulic unit and, in particular, a pump assembly, characterized in that - the measuring pickup is integrated onto or into the housed electronic control unit, and - the measuring pickup is arranged directly or indirectly on a printed circuit board (5, 6), wherein the printed circuit board (5, 6) is either a main printed circuit board of the brake device or an additional auxiliary printed circuit board which is connected to the main printed circuit board electrically and, in particular, also mechanically. - the measuring pickup is integrated onto or into the housed electronic control unit, and - the measuring pickup is arranged directly or indirectly on a printed circuit board (5, 6), wherein the printed circuit board (5, 6) is either a main printed circuit board of the brake device or an additional auxiliary printed circuit board which is connected to the main printed circuit board electrically and, in particular, also mechanically.
Battery system having at least two modules which each comprise a multiplicity of battery cells, wherein each module has an associated cell voltage sensing unit, and each of the cell voltage sensing units is designed to sense the voltage of the individual battery cells of the associated module, and wherein the cell voltage sensing units are connected in series by means of a common communication bus and are connected to a central controller, characterized in that each module additionally comprises a module voltage sensing unit which is designed to sense the voltage of the associated module separately.
Machine tool, in particular a machining center, having a workpiece receiving unit, wherein the machine tool has a machine bed and a carriage assembly that can be moved in the Z-direction on the machine bed, and a rotary table that is accommodated on the carriage assembly and has a clamping unit for a workpiece, and having a vertically extending stand on the machine bed and a machining tool (5.1) mounted on the stand, which tool can be moved on the stand in a vertical Y-direction and in a horizontal X-direction, characterized in that a first receiving surface and a second receiving surface are arranged on the carriage assembly, which can be moved in the Z-direction, on both sides relative to the turntable, and in that a superstructure is arranged on the first receiving surface and the second receiving surface, which extends upwards and over the turntable and has means for fixing the workpiece.
A method in a user equipment for a user equipment in a wireless communication system, the method comprising: receiving a scheduling grant from an access node, wherein the scheduling grant includes a bandwidth assignment for the user equipment during a scheduling interval comprising two or more time slots, and a frequency hopping pattern for said user equipment over the time slots of said scheduling interval, wherein there is a dependency between the assigned bandwidth for the scheduled mobile terminal, measured in number of resource blocks, and the hopping pattern; and transmitting an uplink transmission in the scheduling interval in accordance with the information received by said scheduling grant. receiving a scheduling grant from an access node, wherein the scheduling grant includes a bandwidth assignment for the user equipment during a scheduling interval comprising two or more time slots, and a frequency hopping pattern for said user equipment over the time slots of said scheduling interval, wherein there is a dependency between the assigned bandwidth for the scheduled mobile terminal, measured in number of resource blocks, and the hopping pattern; and transmitting an uplink transmission in the scheduling interval in accordance with the information received by said scheduling grant.
A method for commissioning a virtualized entity in a computerized virtualization environment, the method being performed by the virtualized entity, comprising: acquiring an indication for the virtualized entity to be commissioned; acquiring environment data from the computerized virtualization environment for determining what kind of functionality the virtualized entity is to provide, wherein the environment data comprises network traffic information of the computerized virtualization environment; acquiring configuration parameters based on the environment data, wherein acquiring the configuration parameters comprises: identifying communication patterns by applying (S106a) network traffic pattern recognition to the network traffic information; mapping the identified communication patterns to the configuration parameters; and applying the configuration parameters, thereby commissioning the virtualized entity. acquiring an indication for the virtualized entity to be commissioned; acquiring environment data from the computerized virtualization environment for determining what kind of functionality the virtualized entity is to provide, wherein the environment data comprises network traffic information of the computerized virtualization environment; acquiring configuration parameters based on the environment data, wherein acquiring the configuration parameters comprises: identifying communication patterns by applying (S106a) network traffic pattern recognition to the network traffic information; mapping the identified communication patterns to the configuration parameters; and identifying communication patterns by applying (S106a) network traffic pattern recognition to the network traffic information; mapping the identified communication patterns to the configuration parameters; and applying the configuration parameters, thereby commissioning the virtualized entity.
A sound absorbing means containing at least one acoustic resonance membrane for absorbing sounds of low frequencies formed by a layer of polymeric nanofibers, characterized in that the layer of polymeric nanofibers is planar and arranged on surface or in inner space of a frame (2, 20), the layer of polymeric nanofibers overlaying at least one free space defined by this frame (2, 20), and is fixedly attached to this frame (2, 20), whereas the frame (2, 20) is flexible, and it is composed of a mesh of formations of material in solid state, which are not mutually fixedly interconnected, and which penetrate through the whole thickness of the layer of polymeric nanofibers, or at least through part of it.
A cannula assembly comprising: a cannula having a proximal end, a distal end opposite the proximal end, and a lumen extending from the proximal end to the distal end along a longitudinal axis, the lumen configured to receive a surgical instrument therein, the cannula comprising a generally tubular cannula body having an exterior surface and a first outer diameter; a sleeve having a proximal end and a distal end, the sleeve disposed around the cannula from adjacent the proximal end of the cannula to adjacent the distal end of the cannula, the sleeve comprising: an elongate tubular body; and a balloon positioned distal the elongate tubular body; and characterized in that the cannula assembly further comprises a conditioning aid removably and slidably disposed around the balloon, the conditioning aid sized to compress the balloon proximally along the exterior surface of the generally tubular cannula body in a snug fit defining a low diameter insertion profile, the conditioning aid being removable from the cannula assembly prior to operational use. a cannula having a proximal end, a distal end opposite the proximal end, and a lumen extending from the proximal end to the distal end along a longitudinal axis, the lumen configured to receive a surgical instrument therein, the cannula comprising a generally tubular cannula body having an exterior surface and a first outer diameter; a sleeve having a proximal end and a distal end, the sleeve disposed around the cannula from adjacent the proximal end of the cannula to adjacent the distal end of the cannula, the sleeve comprising: an elongate tubular body; and a balloon positioned distal the elongate tubular body; and an elongate tubular body; and a balloon positioned distal the elongate tubular body; and characterized in that the cannula assembly further comprises a conditioning aid removably and slidably disposed around the balloon, the conditioning aid sized to compress the balloon proximally along the exterior surface of the generally tubular cannula body in a snug fit defining a low diameter insertion profile, the conditioning aid being removable from the cannula assembly prior to operational use.
Portable food container comprising a planar base part and a cover which can be placed on the base part, locking elements, each of which can be moved via a stationary pivot pin, are connected to the base part, the base part and the cover can be interconnected by means of the locking elements, it being possible to pivot the locking elements back and forth about the associated pivot pin between an open position and a locked position, each pivot pin is located between the ends of the associated locking element, a first end, remote from the pivot pin, of each locking element is formed as an actuating surface and the second end, located opposite, is formed as a locking body, the locking elements, when in their locked position, block, together with the locking body formed on the second end, a lifting-off movement of the cover from the base part, and, in the locked position, the locking elements are engaged, in a force-fitting or form-fitting manner, in corresponding contact surfaces on the cover, via contact surfaces formed on the locking elements, characterised in that the actuating surface of each locking element is formed at the side of the pivot pin that faces inwards towards the placement surface of the base part, the base part comprises, at least in the region of each locking element, a receiving space in which a downward-pointing actuating lug, which is formed on the base-side edge of the cover, can be lowered along a lowering path, the first end of each locking element which is in the form of an actuating surface protrudes sufficiently far into the receiving space that, from the open position to the locked position, it extends into the lowering path of the actuating lug in the receiving space, the first end can be moved out of its open position and downwards into its locked position by means of a pivoting movement about the associated pivot pin, and the first end, in the form of a lever arm, can be moved out of the open position and downwards into its locked position by the actuating lug once the actuating lug has impinged on the actuating surface during a continued lowering movement of the actuating lug on the lowering path and along said path, the second end of said locking element also being pivoted from the open position into the locked position by means of the pivoting movement of the first end of each locking element.
Method for functionalizing cellulosic fibers of paper pulps characterized in that it comprises at least one step of delignification of the lignocellulosic material followed by at least one bleaching step during which the delignified cellulosic material is subjected to a treatment with an oxidizing agent carried out on pulp having a Kappa number ≤ 6 measured according to the standard ISO 302 and an ISO brightness ≥ 60% measured according to the standard ISO 2470 in the presence of a copper-phenanthroline complex.