mhurhangee/ep-ind-claims huggingface dataset:
Packaging machine for packaging paper rolls, comprising an operating group configured to obtain the formation of the packages, with a station for the entrance of the rolls to be packaged and the packaging sheets used for packaging and a station for the exit of the packaged rolls; an elevator arranged below said entry station; a metal structure on which said operating group is mounted and in which a plane (4A, 4B, 4C) is arranged on which a folder and a counter- folder are formed at said entrance station to fold the packaging sheets below the rolls of each package, wherein a conveyor is arranged for handling the packages being formed above said plane along a corresponding movement direction, and in which welding means are arranged for welding the sheets after their folding, wherein on the counter-folder is mounted a welding bar able to perform the welding of the packaging sheet below the rolls forming each package, wherein said welding bar is supported by a body interlocked with a mechanism which controls its exit through an opening made on the counter-folder and respectively its return below the counter-folder characterised in that said welding bar leaves an open space allowing air to pass through said opening when the welding bar is below the counter-folder, and in that said conveyor consists of a plurality of independent carriages each of which is formed by a plate moved along an annular path which always has a section above the said plane (4A, 4B, 4C) and on which is applied a row of teeth projecting from the same plate, the carriages being controlled such that, during the formation of the packages, three carriages which follow one another along said direction form two adjacent compartments in which the rolls and the respective packing sheets are received, with a compartment upstream and another compartment downstream in relation to the direction, with a rear carriage, an intermediate carriage and a front carriage, in which the intermediate carriage forms the front side of the compartment located upstream and at the same time forms the back side of the compartment located downstream.
A method for decoding media encoded using scalable coding with temporal scalability at a desired maximum temporal level, wherein the method comprises: receiving a single bit flag temporal_level_nesting_flag in a sequence parameter set that pertains to all frames of a coded video sequence wherein one value of said flag indicates that a reference picture shall not be used for inter prediction if a succeeding reference picture in decoding order has a lower temporal level value, whereas the other value of said flag indicates that no such restriction is placed; receiving information on said desired maximum temporal level; and decoding those parts of the input encoded media signal that correspond to temporal levels that are less than or equal to the desired maximum temporal level and that allow the encoded media signal to be properly decoded. receiving a single bit flag temporal_level_nesting_flag in a sequence parameter set that pertains to all frames of a coded video sequence wherein one value of said flag indicates that a reference picture shall not be used for inter prediction if a succeeding reference picture in decoding order has a lower temporal level value, whereas the other value of said flag indicates that no such restriction is placed; receiving information on said desired maximum temporal level; and decoding those parts of the input encoded media signal that correspond to temporal levels that are less than or equal to the desired maximum temporal level and that allow the encoded media signal to be properly decoded.
A method for sending alert messages in a mobile network, the method comprising: accessing location information of a plurality of user mobile devices in the mobile network from a visitor location register, VLR database, the visitor location register, VLR database configured by integrating with one or more location sources in the mobile network; accessing a message handling capacity information of each of a plurality of network elements in the mobile network; and sending an alert message to the plurality of user mobile devices through the plurality of network elements based on the location information, wherein the alert message is sent through a network element of the plurality of network elements at an allocated message sending rate based on a message handling capacity information of the network element, and wherein the allocated message sending rate is a maximum message sending rate. accessing location information of a plurality of user mobile devices in the mobile network from a visitor location register, VLR database, the visitor location register, VLR database configured by integrating with one or more location sources in the mobile network; accessing a message handling capacity information of each of a plurality of network elements in the mobile network; and sending an alert message to the plurality of user mobile devices through the plurality of network elements based on the location information, wherein the alert message is sent through a network element of the plurality of network elements at an allocated message sending rate based on a message handling capacity information of the network element, and wherein the allocated message sending rate is a maximum message sending rate.
Electrical terminal block, comprising a terminal housing, at least two conductor connecting elements (3, 4) located in the terminal housing, and two conductor bars (5, 6), wherein each conductor bar (5, 6) have a connecting section (7, 7') and at least one resilient contact section (8, 8'), wherein each connecting section (7, 7') is associated with a respective conductor connecting element (3, 4) and the contact sections (8, 8') together form a contact region for accommodating and making contact with a plug of a test plug or an isolating plug, and wherein the contact sections (8, 8') connect each other, when no plug is plugged in, so that both conductor connecting elements (3, 4) are electrically connected to one another via the conductor bars (5, 6), characterized in that two spring elements (12, 13) are arranged in the terminal housing, each spring element having a respective resilient contact section (14, 14'), that the contact sections (14, 14') of the two spring elements (12, 13) together form another contact region for the plug which is arranged in a plug-in direction of the plug upstream of the contact region of the conductor bars (5, 6), and that at least one of the spring elements (12, 13) has a receiver for a leg of a plug-in jumper, wherein a respective spring element (12, 13) is connected in an electrically conductive manner to one of the conductor bars (5, 6) via the plug when the plug of a test plug or an isolating plug has been inserted into the terminal block.
A mixing tip and cartridge system, comprising: (i) a single barrel cartridge filled with a dental material, wherein the dental material is a tissue management impression material, or a dual barrel cartridge including two barrels for two different materials, wherein one barrel includes a base material and the other barrel includes a catalyst material, wherein as the base material and the catalyst material are extruded, they will react to form a tissue management impression material; wherein the tissue management impression material is a Type 1 or 2 elastomeric impression material as defined by ISO 4823, (ii) a mixing tip having an applicator tip having a canula with a diameter of from about 0.4 mm to about 0.9 mm, wherein the cartridge is connected to the mixing tip via a spur in the cartridge that locks into a hole in the mixing tip, and wherein the applicator tip is capable of fitting into the sulcus of a patient without causing trauma. (i) a single barrel cartridge filled with a dental material, wherein the dental material is a tissue management impression material, or a dual barrel cartridge including two barrels for two different materials, wherein one barrel includes a base material and the other barrel includes a catalyst material, wherein as the base material and the catalyst material are extruded, they will react to form a tissue management impression material; wherein the tissue management impression material is a Type 1 or 2 elastomeric impression material as defined by ISO 4823, (ii) a mixing tip having an applicator tip having a canula with a diameter of from about 0.4 mm to about 0.9 mm, wherein the cartridge is connected to the mixing tip via a spur in the cartridge that locks into a hole in the mixing tip, and wherein the applicator tip is capable of fitting into the sulcus of a patient without causing trauma.
Electronically controlled in-wall WC flush valve unit having a flusher housing (60, 160) and having a hydraulic self-closing valve consisting of a valve housing (70, 170) and having a wall cover (1, 101) in which is disposed an emergency switch (2, 102), characterised in that the flusher housing (60, 160) is positioned horizontally during installation and the self-closing valve is formed as a cartridge which has a valve spindle (85, 185) through which a spindle bore (86, 186) passes, and in the valve housing (70, 170) a further spindle (90, 190) is arranged through which a spindle bore (92, 192) passes, and that a pipe (53, 54, 153, 154) and a connecting adapter (51, 52, 151, 152) are provided at the free ends of each of the valve spindles (85, 90, 185, 190) for the connection of the pipes (53, 54, 153, 154), where the one pipe (53, 153) connects the spindle (90, 190) with the inlet of a servo solenoid valve (58, 158) and the other pipe (54, 154) connects the spindle (85, 185) with the outlet of the servo solenoid valve (58, 158).
A resource management method, wherein the method is applied to a computer system, the computer system comprises a first processor core and a second processor core that is in an isolated environment, and the method comprises: allocating first ASIDs from an address space identifier ASID resource pool to processes run by the first processor core, wherein the ASID resource pool comprises a plurality of first ASIDs; allocating a second ASID to a process run by the second processor core; and when the first ASIDs in the ASID resource pool are exhausted, updating only the first ASIDs in the ASID resource pool in an ASID generation iteration manner, invalidating the first ASIDs allocated to the processes run by the first processor core, and refreshing a translation lookaside buffer TLB in the first processor core. allocating first ASIDs from an address space identifier ASID resource pool to processes run by the first processor core, wherein the ASID resource pool comprises a plurality of first ASIDs; allocating a second ASID to a process run by the second processor core; and when the first ASIDs in the ASID resource pool are exhausted, updating only the first ASIDs in the ASID resource pool in an ASID generation iteration manner, invalidating the first ASIDs allocated to the processes run by the first processor core, and refreshing a translation lookaside buffer TLB in the first processor core.
Tubular screwing tool for screwing an externally threaded hollow screw into a drilled hole in a component characterized in that said screwing tool has a driving pin extending through said hollow screw and which includes a drive profile and, on its end protruding from said hollow screw, a spreadable screw tap which can be spread open to such an extent when being screwed into said hole that it will form an external thread sitting on spreading parts (9 to 14) which - by spreading apart its components during rotation of the driving pin - will cut an internal thread into said hole, into which the hollow screw can then be rotatably inserted.
A sheet guiding cylinder having at least one pneumatically controllable sheet holding device for a processing machine, comprising at least one suction cup strip with suction nozzles arranged spaced for fixing sheet material and a compressed-air source connected on the line side, wherein each suction nozzle of a suction cup strip is coupled to an ejector system which is designed as consisting of an inflow opening with a flow channel, an outflow opening arranged on the same on the end side, a suction channel which opens into the flow channel at a mouth, wherein more or all inflow openings are coupled to an air control system (13, 14, 19) and to a compressed-air source generating compressed air, characterized in that in each ejector system within the flow channel in the region of the mouth of the suction channel an ejector insert generating a negative pressure through compressed air is provided, wherein the ejector insert comprises a cylindrical passage which extends in longitudinal direction of the flow channel, in that means for generating a blowing air blast directed against the suction direction through the ejector systems and/or multiple or all suction nozzles are provided, wherein the circumferential openings of the suction nozzles are opened during the execution of the blowing air blast.
A compounding agent for rubber, comprising or containing thioester group-containing organosilicon compound represented by the following formula: wherein B is a straight, branched, or cyclic divalent hydrocarbon group; R 5 is independently an alkyl group containing 1 to 10 carbon atoms or an aryl group containing 6 to 10 carbon atoms; R 6 is independently an alkyl group containing 1 to 20 carbon atoms optionally having an intervening oxygen atom, an alkenyl group containing 2 to 10 carbon atoms, an aryl group containing 6 to 10 carbon atoms, or an acyl group containing 1 to 20 carbon atoms; n is an integer of 1 to 3; p is an integer of 1 to 10 and Y is hydrogen atom or a structure represented by the following general formula: wherein the wavy line represents a bond, m is 0, 1 or 2 and R 5, R 6, B and p are as defined above, and in which there has been esterification between carboxyl groups of formula wherein Y is hydrogen, or of formula, and the hydrolysable silyl groups in the same or in different molecules.
A method for publishing a message, the method comprising: receiving, at a first relay, a subscription request from a first client, wherein the subscription request includes a target; recording, at the first relay, subscription information of the first client based on the subscription request; receiving, at the first relay, a publication request from a second client, wherein the publication request includes a message string characterized by a pattern; determining, by the first relay, that the target matches at least a portion of the pattern; determining, by the first relay, if the publication request is a local publication request based on a predetermined policy rule; and transmitting the message string to the first client if the publication request is determined to be a local publication request. receiving, at a first relay, a subscription request from a first client, wherein the subscription request includes a target; recording, at the first relay, subscription information of the first client based on the subscription request; receiving, at the first relay, a publication request from a second client, wherein the publication request includes a message string characterized by a pattern; determining, by the first relay, that the target matches at least a portion of the pattern; determining, by the first relay, if the publication request is a local publication request based on a predetermined policy rule; and transmitting the message string to the first client if the publication request is determined to be a local publication request.
A method for adaptive detection of a target using a radar device in the presence of stationary interference, said radar being equipped with an array antenna, comprising: - a step of determining a set of steering vectors each describing an angular arrival hypothesis and a Doppler steering hypothesis of a received useful signal; - for each steering vector, a step of approximating a received useful signal in a neighbourhood by angle and by Doppler around said vector producing an approximate space-time model in the neighbourhood of each of said steering vectors; - a step of detecting by comparing, with a given threshold, a statistical feature (114, 123) of a signal received from said target in the neighbourhood of a steering vector with the space-time model corresponding to said neighbourhood, the method being characterised in that, with said model being temporal, said statistical feature, denoted l TSA-MLED, is defined as follows: l TSA-MLED = 2 − q 1 − q 2 y Δ − a 1 2 + a 2 2 Δ ⁢ g + y where the coefficients are: a 1 = 1 N ′ C 0 ∗ R ^ − 1 z 1 a 2 = 1 N ′ C 0 ∗ R ^ − 1 z 2 q 1 = 1 N ′ z 1 ∗ R ^ − 1 z 1 q 2 = 1 N ′ z 2 ∗ R ^ − 1 z 2 g = 1 N ′ C 0 ∗ R ^ − 1 C 0 r = 1 N ′ z 1 ∗ R ^ − 1 z 2 Δ = 1 − q 1 1 − q 2 − r 2 y = 1 − q 2 a 1 2 + 1 − q 1 a 2 2 + ra 1 a 2 ̅ + ra 2 a 1 ̅ with C 0 being the steering vector defined by its angular hypotheses (u 0, v 0) and its Doppler steering hypothesis (f 0); R̂ being the estimated covariance matrix of the space-time data X of the received signal; z 1 and z 2 being the two columns of the matrix Z f 0 = X H ̅ r H r T H ̅ r − 1 2; H r being a two-column approximation matrix, the first column being formed by components of said first-order Taylor expansion of the Doppler steering hypothesis f 0 and the second column being formed by components of the drift relative to the frequency on said Doppler steering. - a step of determining a set of steering vectors each describing an angular arrival hypothesis and a Doppler steering hypothesis of a received useful signal; - for each steering vector, a step of approximating a received useful signal in a neighbourhood by angle and by Doppler around said vector producing an approximate space-time model in the neighbourhood of each of said steering vectors; - a step of detecting by comparing, with a given threshold, a statistical feature (114, 123) of a signal received from said target in the neighbourhood of a steering vector with the space-time model corresponding to said neighbourhood, with C 0 being the steering vector defined by its angular hypotheses (u 0, v 0) and its Doppler steering hypothesis (f 0); R̂ being the estimated covariance matrix of the space-time data X of the received signal; z 1 and z 2 being the two columns of the matrix Z f 0 = X H ̅ r H r T H ̅ r − 1 2; H r being a two-column approximation matrix, the first column being formed by components of said first-order Taylor expansion of the Doppler steering hypothesis f 0 and the second column being formed by components of the drift relative to the frequency on said Doppler steering.
A process for converting synthesis gas to an oxygenate, which process comprises contacting a mixture of hydrogen and carbon monoxide with a transition metal-containing, Anderson-type heteropoly compound catalyst under conditions of temperature, pressure and gas hourly space velocity sufficient to convert said mixture to at least one alcohol wherein the alcohol contains from one carbon atom to six carbon atoms, the catalyst having a structure represented by general formula x [M 1 Mo y W 6-y]M 2, wherein A is H +, an ammonium ion, or an alkali metal ion, M 1 is at least one of aluminum, zinc or a transition metal selected from iron, ruthenium, chromium, rhodium, copper, cobalt, nickel, palladium, iridium, platinum and manganese, M 2 is an optional modifier that is at least one metal selected from an alkali metal, an alkaline earth metal and a transition metal selected from a group consisting of rhenium, chromium, palladium, nickel, iridium, cobalt, platinum, ruthenium and osmium, x is an integer within a range of from 3 to 4 and y is an integer within a range of from 0 to 6.
A ceiling panel comprising: a frame body including a plurality of corner parts (39a, 39b, 39c, 39d) and a plurality of corner covers configured to detachably cover the corner parts (39a, 39b, 39c, 39d) of the frame body, wherein each of the corner parts (39a, 39b, 39c, 39d) includes an outer circumferential part defining a contour of the frame body and including a plurality of engaging holes, a screw-receiving part positioned on the inner side of the outer circumferential part, and a cover-fixing screw screwed into the screw-receiving part, each of the corner covers includes a plurality of engaging claws detachably hooked to the engaging holes,and a screw-fixing part protruded toward the screw-receiving part, characterized in that the screw-fixing part includes a guide slot through which a stem of the cover-fixing screw passes in a penetrating manner and which is opened at a tip of the screw-fixing part, and guide walls protruded from the screw-fixing part so as to surround the guide slot, and configured to move the corner cover toward a regular position on the corner part by being brought into contact with an outer peripheral edge of a head of the cover-fixing screw when the cover-fixing screw is tightened. a frame body including a plurality of corner parts (39a, 39b, 39c, 39d) and a plurality of corner covers configured to detachably cover the corner parts (39a, 39b, 39c, 39d) of the frame body, wherein each of the corner parts (39a, 39b, 39c, 39d) includes an outer circumferential part defining a contour of the frame body and including a plurality of engaging holes, a screw-receiving part positioned on the inner side of the outer circumferential part, and a cover-fixing screw screwed into the screw-receiving part, each of the corner covers includes a plurality of engaging claws detachably hooked to the engaging holes,and a screw-fixing part protruded toward the screw-receiving part, characterized in that the screw-fixing part includes a guide slot through which a stem of the cover-fixing screw passes in a penetrating manner and which is opened at a tip of the screw-fixing part, and guide walls protruded from the screw-fixing part so as to surround the guide slot, and configured to move the corner cover toward a regular position on the corner part by being brought into contact with an outer peripheral edge of a head of the cover-fixing screw when the cover-fixing screw is tightened.