mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic radial tire for a passenger car including a carcass having a radial structure, a belt layer arranged on an outer side of the carcass and formed of at least two belt plies (7A, 7B), and a tread portion having a tread pattern whose position when mounted on a vehicle is specified, wherein the tread portion has an outer tread edge (To) and an inner tread edge (Ti) which are respectively positioned, when mounted on a vehicle, on an outer side and an inner side of the vehicle, the tread portion is divided into four circumferential land regions by a plurality of main grooves (10, 11, 12, 13) extending continuously in a tire circumferential direction, the circumferential land regions include an outer shoulder land region including the outer tread edge (To), an inner shoulder land region including the inner tread edge (Ti), an outer middle land region adjacent to the outer shoulder land region, and an inner middle land region adjacent to the inner shoulder land region, the outer shoulder land region is provided with a plurality of outer shoulder lateral grooves each extending inwardly in a tire axial direction from the outer tread edge (To) and terminating within the outer shoulder land region, the inner shoulder land region is provided with a plurality of inner shoulder lateral grooves each extending axially inwardly from the inner tread edge (Ti) and terminating within the inner shoulder land region, a number of the inner shoulder lateral grooves is larger than a number of the outer shoulder lateral grooves, and each of the outer middle land region and the inner middle land region is provided with a plurality of middle sipes each extending from an edge on a side of the inner tread edge (Ti) of the respective land region (18, 19) toward the outer tread edge (To) and terminating within the respective land region (18, 19), characterized in that the middle sipes include first middle sipes and second middle sipes each having a smaller length in the tire axial direction than that of each of the first middle sipes.
A control unit for an outdoor lighting network including a plurality of lighting units (LU1 - LU8) grouped in a plurality of zones (30, 31), the control unit being characterised in that it comprises: a safety monitor module arranged to determine a safety factor for each of the plurality of zones (30, 31), wherein the safety factor for each of the plurality of zones (30, 31) is determined using at least one factor that represents an aspect that contributes to an assessment of each of the plurality of zones' safety, wherein the at least one factor represents automobile traffic, pedestrian traffic, crime rate, or automobile accident rate in each of the plurality of zones (30, 31); and a decision module arranged to determine a repair priority of a faulty lighting unit (LU1 - LU8) based upon the safety factors determined by the safety monitor module. a safety monitor module arranged to determine a safety factor for each of the plurality of zones (30, 31), wherein the safety factor for each of the plurality of zones (30, 31) is determined using at least one factor that represents an aspect that contributes to an assessment of each of the plurality of zones' safety, wherein the at least one factor represents automobile traffic, pedestrian traffic, crime rate, or automobile accident rate in each of the plurality of zones (30, 31); and a decision module arranged to determine a repair priority of a faulty lighting unit (LU1 - LU8) based upon the safety factors determined by the safety monitor module.
A range hood, comprising: a main body comprising a duct and an opening formed in a bottom surface of the main body; a first camera disposed on the bottom surface of the main body and configured to capture, via the opening of the main body, an image of an upper plate of a cook top that is positioned below the main body; a driver including a motor and a fan, and a controller configured to control the driver to displace fogging generated in front of the first camera; a second camera disposed on the front surface of the main body and configured to capture an image of a user; a display; a communicator disposed in the main body; and a processor configured to: control the first camera to capture a first image of a cooking process that is being performed on the upper plate, control the driver to be operated while capturing the first image of the cooking process, control the second camera to capture a second image of the user, control the display to display a GUI for viewing the first image, and control the communicator to transmit the first image to an external device (400, 410, 420, 430, 440). a main body comprising a duct and an opening formed in a bottom surface of the main body; a first camera disposed on the bottom surface of the main body and configured to capture, via the opening of the main body, an image of an upper plate of a cook top that is positioned below the main body; a driver including a motor and a fan, and a controller configured to control the driver to displace fogging generated in front of the first camera; a second camera disposed on the front surface of the main body and configured to capture an image of a user; a display; a communicator disposed in the main body; and a processor configured to: control the first camera to capture a first image of a cooking process that is being performed on the upper plate, control the driver to be operated while capturing the first image of the cooking process, control the second camera to capture a second image of the user, control the display to display a GUI for viewing the first image, and control the communicator to transmit the first image to an external device (400, 410, 420, 430, 440). control the first camera to capture a first image of a cooking process that is being performed on the upper plate, control the driver to be operated while capturing the first image of the cooking process, control the second camera to capture a second image of the user, control the display to display a GUI for viewing the first image, and control the communicator to transmit the first image to an external device (400, 410, 420, 430, 440).
Packed wheat flour flavoring comprising: a container; and wheat flour flavoring packed in the container, wherein the wheat flour flavoring is a powder mixture containing wheat flour and powdered flavoring, the wheat flour flavoring has an angle of repose of 33 to 54 degrees, and the container is a shaker-type container having one or more shaker holes with a maximum width of 2 to 20 mm, wherein the wheat flour flavoring further comprises 0.02 to 3% by mass of one or more fluidizers selected from the group consisting of a sucrose fatty acid ester and silicon dioxide. a container; and wheat flour flavoring packed in the container, wherein the wheat flour flavoring is a powder mixture containing wheat flour and powdered flavoring, the wheat flour flavoring has an angle of repose of 33 to 54 degrees, and the container is a shaker-type container having one or more shaker holes with a maximum width of 2 to 20 mm, wherein the wheat flour flavoring further comprises 0.02 to 3% by mass of one or more fluidizers selected from the group consisting of a sucrose fatty acid ester and silicon dioxide.
A second stage tire building drum, the drum comprising: a first and second hub (120, 120'), wherein each hub is mounted on a central shaft of the second stage tire building drum; wherein each hub (120, 120') is mounted on an inner sleeve, wherein (i) the inner sleeve has an inner surface that is threadedly engaged with an internal screw positioned within the inner sleeve for axial translation; or (ii) the inner sleeve is freely axially slidable on the central shaft; characterized in that each hub (120, 120') has a bead receiving mechanism, wherein said bead receiving mechanism includes one or more bead segments, wherein each bead segment has a pocket, and wherein the pocket has a planer inner receiving surface. a first and second hub (120, 120'), wherein each hub is mounted on a central shaft of the second stage tire building drum; wherein each hub (120, 120') is mounted on an inner sleeve, wherein (i) the inner sleeve has an inner surface that is threadedly engaged with an internal screw positioned within the inner sleeve for axial translation; or (ii) the inner sleeve is freely axially slidable on the central shaft; characterized in that each hub (120, 120') has a bead receiving mechanism, wherein said bead receiving mechanism includes one or more bead segments, wherein each bead segment has a pocket, and wherein the pocket has a planer inner receiving surface.
A barrel for a barrel joint for parts of furniture and furnishing items comprising a hollow cylindrical body containing a blocking element and at least one hole on its cylindrical side surface, for the passage of a tip of a tool which actuates said blocking element, said hollow cylindrical body also providing at least a further hole for receiving a pin of the barrel joint, characterized in that said hollow cylindrical body houses the blocking member which is provided in the form of a cylinder which is rotatable in its interior and which provides a cam in an intermediate portion, which is suitable for being engaged with a screw having an enlarged head forming part of the pin of the barrel joint, and in that an upper portion of the cylinder contains a perimetric toothing, embedded with respect to the side surface of the cylinder, which can be engaged by means of a star tip of a screwdriver forming actuation means for the rotation of the cam.
A compound having the structure of Formula (I'): wherein: Y is -CH 2 -; R 1 is H or C 1-6 alkyl; R 2 is H or C 1-6 alkyl; each R 3 is independently selected from C 1-6 alkyl, halogen, -CN, C 1-6 haloalkyl, -SF 5, and -OR 7; R 4 is selected from each R 7 is independently selected from H, C 1-6 alkyl, C 1-6 haloalkyl, C 3-8 cycloalkyl, and -C 1-6 alkyl-C 3-8 cycloalkyl; a, b, c, and d are independently 0 or 1; e is 0, 1, or 2; w is 0, 1, 2, 3, or 4; n is 0 or 1; m is 0 or 1; p is 0, 1, or 2; and q is 0, 1, or 2; provided that when q is 0, then p is 2; or a pharmaceutically acceptable salt thereof. Y is -CH 2 -; R 1 is H or C 1-6 alkyl; R 2 is H or C 1-6 alkyl; each R 3 is independently selected from C 1-6 alkyl, halogen, -CN, C 1-6 haloalkyl, -SF 5, and -OR 7; R 4 is selected from each R 7 is independently selected from H, C 1-6 alkyl, C 1-6 haloalkyl, C 3-8 cycloalkyl, and -C 1-6 alkyl-C 3-8 cycloalkyl; a, b, c, and d are independently 0 or 1; e is 0, 1, or 2; w is 0, 1, 2, 3, or 4; n is 0 or 1; m is 0 or 1; p is 0, 1, or 2; and q is 0, 1, or 2; provided that when q is 0, then p is 2; or a pharmaceutically acceptable salt thereof.
A calcium sulfonate grease composition comprising the following ingredients: less than 36% by weight overbased oil-soluble calcium sulfonate and calcium hydroxyapatite having the formula Ca 5 (PO 4) 3 OH or an algebraically equivalent empirical formula 3 Ca 3 (PO 4) 2 x Ca 2, excluding a mixture of tricalcium phosphate and calcium hydroxide; and wherein the calcium sulfonate grease has a dropping point of 302 °C (575 F) or higher.
A monoclonal antibody directed against the CD20 antigen, characterized in that each of the light chains thereof is encoded by murine-human chimeric nucleic acid sequence SEQ ID No: 27, and in that each of the heavy chains thereof is encoded by murine-human chimeric nucleic acid sequence SEQ ID No: 19.
Scissor gear assembly (1; 31) comprising: - a main gear (3; 33); - an auxiliary gear (5; 35) concentric to the main gear and in axial direction near the main gear; and - a planar annular spring (7; 37) being interrupted at one place at which place the spring having two ends (7A, 7B; 37A, 37B), which spring is present between both gears and with one end (7A; 37A) connected to the main gear (3; 33) and with the other end (7B; 37B) connected to the auxiliary gear (5; 35), so that both gears are connected to each other in rotation direction, characterized in that at least one end (7A, 7B; 37A, 37B) of the spring (7; 37) is provided with an extension forming extra mass. - a main gear (3; 33); - an auxiliary gear (5; 35) concentric to the main gear and in axial direction near the main gear; and - a planar annular spring (7; 37) being interrupted at one place at which place the spring having two ends (7A, 7B; 37A, 37B), which spring is present between both gears and with one end (7A; 37A) connected to the main gear (3; 33) and with the other end (7B; 37B) connected to the auxiliary gear (5; 35), so that both gears are connected to each other in rotation direction,
A storage device, wherein disk space of the storage device comprises a data area having a plurality of data block units whose disk addresses are end-to-end adjacent, each of the data block units comprises a metadata block and a data block adjacent to each other; wherein the data block with a first preset capacity is configured to store target data, and the metadata block with a second preset capacity is configured to store data information of the target data; characterized in that, the disk space of the storage device further comprises a control block having a control block header and a block bitmap; wherein the control block header is configured to store the number of the data block units, the first preset capacity and the second preset capacity, and the block bitmap is configured to store status information of usage status of each data block unit; the disk space of the storage device further comprises a redundant control block configured to be a redundant backup of the control block; and the tail address of the redundant control block is the same as that of the disk space. wherein the data block with a first preset capacity is configured to store target data, and the metadata block with a second preset capacity is configured to store data information of the target data; characterized in that, the disk space of the storage device further comprises a control block having a control block header and a block bitmap; wherein the control block header is configured to store the number of the data block units, the first preset capacity and the second preset capacity, and the block bitmap is configured to store status information of usage status of each data block unit; the disk space of the storage device further comprises a redundant control block configured to be a redundant backup of the control block; and the tail address of the redundant control block is the same as that of the disk space.
A method for performing transmit power control, TPC, by a first entity of a first communication system in a convergence network of a plurality of communication systems, the method comprising: receiving, from a second entity of a second communication system, a TPC information request message requesting information associated with transmit power control, TPC; upon receiving the TPC information request message, transmitting a first TPC information reporting message to the second entity, the first TPC information reporting message including a maximum transmit power value of the first entity and an interference signal value caused by a neighbor entity of the first entity; receiving a TPC command message from the second entity, the TPC command message including information of an adjusted maximum transmit power value of the first entity, the adjusted maximum transmit power value based on the maximum transmit power value of the first entity and the interference signal value transmitted from the first entity to the second entity in the first TPC information reporting message; and adjusting the maximum transmit power value of the first entity based on the information of the adjusted maximum transmit power value of the first entity. receiving, from a second entity of a second communication system, a TPC information request message requesting information associated with transmit power control, TPC; upon receiving the TPC information request message, transmitting a first TPC information reporting message to the second entity, the first TPC information reporting message including a maximum transmit power value of the first entity and an interference signal value caused by a neighbor entity of the first entity; receiving a TPC command message from the second entity, the TPC command message including information of an adjusted maximum transmit power value of the first entity, the adjusted maximum transmit power value based on the maximum transmit power value of the first entity and the interference signal value transmitted from the first entity to the second entity in the first TPC information reporting message; and adjusting the maximum transmit power value of the first entity based on the information of the adjusted maximum transmit power value of the first entity.
Connector (1, 2) for use in fluid driving applications such as enteral feeding sets, catheters, and other medical devices, comprising: a body having a cylindrical coupling portion with a substantially circular coupling surface and having an outer surface extending from the coupling surface to form an internal cavity, a tube mating portion extending outward from the body for connecting to a tube, and at least one thread sector provided at the coupling portion, wherein the connector is adapted to be coupled to a second connector by rotating the two connectors (1, 2) with respect to each other in the plane of their coupling surfaces by a predetermined angle, characterized in that at least one locking means is provided on the coupling surface, and the internal cavity comprises a plurality of barriers extending from the inner surface inside the internal cavity so as to avoid a working connection with a non-compatible connector. a body having a cylindrical coupling portion with a substantially circular coupling surface and having an outer surface extending from the coupling surface to form an internal cavity, a tube mating portion extending outward from the body for connecting to a tube, and at least one thread sector provided at the coupling portion, wherein the connector is adapted to be coupled to a second connector by rotating the two connectors (1, 2) with respect to each other in the plane of their coupling surfaces by a predetermined angle, characterized in that at least one locking means is provided on the coupling surface, and the internal cavity comprises a plurality of barriers extending from the inner surface inside the internal cavity so as to avoid a working connection with a non-compatible connector.
A shielded cable pass through assembly configured to provide electrical contact between a shielding layer of a shielded cable and a boundary through which the shielded cable passes, said assembly comprising: a metallic sleeve that defines a shield surface used to make electrical contact with the shielding layer of the shielded cable; a contact terminal that defines a contact feature used to make electrical contact with the boundary through which the shielded cable passes, and defines a plurality of inner contact fingers extending from the contact terminal in a longitudinal direction parallel to a longitudinal axis of the shielded cable, wherein the plurality of inner contact fingers is urged in a radial direction to make electrical contact with a contact surface of the metallic sleeve after the assembly is assembled, characterized in that the assembly includes a retainer that defines a hook that fits into an opening defined by the metallic sleeve, wherein the hook and the opening cooperate to retain the metallic sleeve on the retainer and prevent rotation of the metallic sleeve relative to the retainer after the assembly is assembled, and in that the retainer defines a plurality of passageways through which the plurality of inner contact fingers passes after the assembly is assembled, wherein the plurality of passageways and the plurality of inner contact fingers cooperate to prevent rotation of the contact terminal relative to the retainer after the assembly is assembled. a metallic sleeve that defines a shield surface used to make electrical contact with the shielding layer of the shielded cable; a contact terminal that defines a contact feature used to make electrical contact with the boundary through which the shielded cable passes, and defines a plurality of inner contact fingers extending from the contact terminal in a longitudinal direction parallel to a longitudinal axis of the shielded cable, wherein the plurality of inner contact fingers is urged in a radial direction to make electrical contact with a contact surface of the metallic sleeve after the assembly is assembled, characterized in that the assembly includes a retainer that defines a hook that fits into an opening defined by the metallic sleeve, wherein the hook and the opening cooperate to retain the metallic sleeve on the retainer and prevent rotation of the metallic sleeve relative to the retainer after the assembly is assembled, and in that the retainer defines a plurality of passageways through which the plurality of inner contact fingers passes after the assembly is assembled, wherein the plurality of passageways and the plurality of inner contact fingers cooperate to prevent rotation of the contact terminal relative to the retainer after the assembly is assembled.
An adaptive filter, comprising: a transmit signal x(n) transmitted from a transmitting end; an input signal y(n) collected at a receiving end; a desired signal included in the y(n); and an adaptive delay diversity filter for estimating the desired signal using the x(n) as a reference signal and using the y(n) as a target signal; wherein the adaptive delay diversity filter comprises a plurality of sub-filters; wherein the plurality of sub-filters is composed of M sub-filters, where M is a natural number greater than 1; wherein each sub-filter of the plurality of sub-filters is implemented as an adaptive filter; wherein each of the sub-filters uses the y(n) as a target signal; wherein each of the sub-filters uses signals x j (n), j=1,...,M, obtained by time-delaying the x(n) using different delay values for respective sub-filters, as respective reference signals; wherein each of the signals x j (n) is configured to satisfy Equation 1; wherein Equation 1 is x j (n) = x (n - D j), j=1,..., M, where a time delay value D j is an integer satisfying 0 ≤ D 1 < D 2 < ··· < D M; and wherein the adaptive delay diversity filter computes output values of respective sub-filters through filtering with respect to each input value, and selects one of the computed multiple output values as an output value of the adaptive delay diversity filter. a transmit signal x(n) transmitted from a transmitting end; an input signal y(n) collected at a receiving end; a desired signal included in the y(n); and an adaptive delay diversity filter for estimating the desired signal using the x(n) as a reference signal and using the y(n) as a target signal; wherein the adaptive delay diversity filter comprises a plurality of sub-filters; wherein the plurality of sub-filters is composed of M sub-filters, where M is a natural number greater than 1; wherein each sub-filter of the plurality of sub-filters is implemented as an adaptive filter; wherein each of the sub-filters uses the y(n) as a target signal; wherein each of the sub-filters uses signals x j (n), j=1,...,M, obtained by time-delaying the x(n) using different delay values for respective sub-filters, as respective reference signals; wherein each of the signals x j (n) is configured to satisfy Equation 1; wherein Equation 1 is x j (n) = x (n - D j), j=1,..., M, where a time delay value D j is an integer satisfying 0 ≤ D 1 < D 2 < ··· < D M; and wherein the adaptive delay diversity filter computes output values of respective sub-filters through filtering with respect to each input value, and selects one of the computed multiple output values as an output value of the adaptive delay diversity filter.