mhurhangee/ep-ind-claims huggingface dataset:
A fastening member such as a bolt, a nut or a washer employed for fastening a body being fastened by a screw tightening action, the fastening member having a tapered-ring-body-shaped part, which is formed into a ring body shape with a gradually increasing diameter toward a seating surface formed into a circular-planar-band-ring-shape concentric with an axis so as to press against the body being fastened, wherein the taper angle of the tapered-ring-body-shaped part is an acute angle, and an upright surface is formed in an outer circumferential surface of the tapered-ring-body-shaped part and vertically erected from the body being fastened, so that an outer diameter of the circular-planar-band-ring-shaped seating surface has a size in a range for creating a surface pressure from the seating surface so as to effectively press against the body being fastened, characterized in that an inner circumferential surface of the tapered-ring-body-shaped part includes a concave-curved surface. wherein the taper angle of the tapered-ring-body-shaped part is an acute angle, and an upright surface is formed in an outer circumferential surface of the tapered-ring-body-shaped part and vertically erected from the body being fastened, so that an outer diameter of the circular-planar-band-ring-shaped seating surface has a size in a range for creating a surface pressure from the seating surface so as to effectively press against the body being fastened, characterized in that an inner circumferential surface of the tapered-ring-body-shaped part includes a concave-curved surface.
A rearview mirror assembly comprising: a bezel; and an electro-optic mirror element comprising: a first substrate having an edge extending around at least a portion of a perimeter of the first substrate; a second substrate having a second edge extending around at least a portion of a perimeter of the second substrate and a surface, wherein the first substrate and the second substrate define a cavity therebetween; and an electro-optic material disposed within the cavity, wherein the bezel is integrally molded to the first substrate and the second substrate, and wherein the second edge is positioned one of inboard of the edge relative to the bezel or outboard of the edge relative to the bezel. a bezel; and an electro-optic mirror element comprising: a first substrate having an edge extending around at least a portion of a perimeter of the first substrate; a second substrate having a second edge extending around at least a portion of a perimeter of the second substrate and a surface, wherein the first substrate and the second substrate define a cavity therebetween; and an electro-optic material disposed within the cavity, a first substrate having an edge extending around at least a portion of a perimeter of the first substrate; a second substrate having a second edge extending around at least a portion of a perimeter of the second substrate and a surface, wherein the first substrate and the second substrate define a cavity therebetween; and an electro-optic material disposed within the cavity, wherein the bezel is integrally molded to the first substrate and the second substrate, and wherein the second edge is positioned one of inboard of the edge relative to the bezel or outboard of the edge relative to the bezel.
Tool case having a main element and a lid, wherein the main element and the lid form a case interior space for accommodating at least one hand-held power tool, and having a locking flap for locking the lid to the main element, characterized in that the locking flap has an insert-tool-holding device for holding at least one insert tool.
A user equipment comprising: a transmission unit configured to transmit hybrid automatic repeat request-acknowledgement, HARQ-ACK, bits in a subframe n, the n being an integer; and a reception unit configured to detect downlink control information, DCI, format 0 or 4 corresponding to a physical uplink shared channel on a serving cell, wherein a number of the HARQ-ACK bits is determined based on a W DAI UL, and wherein in a case that the user equipment is configured with more than one serving cell, frame structure types of two configured serving cells are different, and a primary cell is frame structure type 2, a value of the W DAI UL is determined by a downlink assignment index, DAI, in a subframe n-4 for a serving cell with frame structure type 1, a value of the W DAI UL is determined by the DAI in a subframe n-k, the k being an integer defined by TDD, Time Division Duplex, uplink-downlink configuration and the subframe n, for a serving cell with the frame structure type 2, the DAI is in the DCI format 0 or 4, the frame structure type 1 is applicable to FDD, Frequency Division Duplex, and the frame structure type 2 is applicable to TDD. a transmission unit configured to transmit hybrid automatic repeat request-acknowledgement, HARQ-ACK, bits in a subframe n, the n being an integer; and a reception unit configured to detect downlink control information, DCI, format 0 or 4 corresponding to a physical uplink shared channel on a serving cell, wherein a number of the HARQ-ACK bits is determined based on a W DAI UL, and wherein in a case that the user equipment is configured with more than one serving cell, frame structure types of two configured serving cells are different, and a primary cell is frame structure type 2, a value of the W DAI UL is determined by a downlink assignment index, DAI, in a subframe n-4 for a serving cell with frame structure type 1, a value of the W DAI UL is determined by the DAI in a subframe n-k, the k being an integer defined by TDD, Time Division Duplex, uplink-downlink configuration and the subframe n, for a serving cell with the frame structure type 2, the DAI is in the DCI format 0 or 4, the frame structure type 1 is applicable to FDD, Frequency Division Duplex, and the frame structure type 2 is applicable to TDD. a value of the W DAI UL is determined by a downlink assignment index, DAI, in a subframe n-4 for a serving cell with frame structure type 1, a value of the W DAI UL is determined by the DAI in a subframe n-k, the k being an integer defined by TDD, Time Division Duplex, uplink-downlink configuration and the subframe n, for a serving cell with the frame structure type 2, the DAI is in the DCI format 0 or 4, the frame structure type 1 is applicable to FDD, Frequency Division Duplex, and the frame structure type 2 is applicable to TDD.
Control installation for the closed-loop controlling of the room temperature of a building having a plurality of rooms, having - a central control unit for determining a nominal temperature for a central heat generator, based on a nominal/actual variance of a room temperature (T n, T sn) of a reference room; - a plurality of room sensors for detecting a respective room temperature (T n) in a respective room, wherein the room sensors in terms of data technology are connected to the control unit; - wherein the control unit is configured for actuating actuator vales of individual rooms for heating circuits of individual rooms, characterized in that - the control unit is configured in such a manner that the actuator valves of individual rooms as a function of current nominal/actual variances of different rooms are actuated in such a manner that heat is transported from overheated rooms to cooler rooms. - a central control unit for determining a nominal temperature for a central heat generator, based on a nominal/actual variance of a room temperature (T n, T sn) of a reference room; - a plurality of room sensors for detecting a respective room temperature (T n) in a respective room, wherein the room sensors in terms of data technology are connected to the control unit; - wherein the control unit is configured for actuating actuator vales of individual rooms for heating circuits of individual rooms, - the control unit is configured in such a manner that the actuator valves of individual rooms as a function of current nominal/actual variances of different rooms are actuated in such a manner that heat is transported from overheated rooms to cooler rooms.
Device for establishing electrical contact between a shield of an electrical cable and a housing, having an electrical cable which has a shield which is surrounded by a cable sheathing and which in the fitted state by way of a cable gland of the housing is routed through the housing and terminates there at a contact element, having an under-sleeve, and having a contact sleeve, wherein the contact sleeve is press-fitted to the under-sleeve while the shield is interlayered, characterized in that the contact sleeve at the end side has a plurality of contact tongues which are configured as springs tongue and which in the fitted state bear on an internal wall of the cable gland, and in that in the fitted state a closure cap is pulled over the cable gland in which the contact sleeve is embedded, and is connected thereto.
Collagen hydrolysate as an active substance for treatment of sarcopenia or degenerative loss of muscle mass, wherein the collagen hydrolysate has a mean molecular weight of up to 5.000 Da and does not contain any added free amino acids, and wherein the collagen hydrolysate is to be administered in conjunction with muscle exercise.
A Transmission-Multiprotocol Label Switching (T-MPLS) network system, comprising: a master link comprising at least three master communication nodes; a Linear Protection link locating between a head master communication node and an end master communication node of the master link wherein there is at least one backup communication node in the Linear Protection link; characterized in that it further comprises a Ring Protection link locating between two adjacent master communication nodes wherein there is at least one backup communication node in the Ring Protection link; and in that each master communication node comprises a first switching module and a second switching module, the first switching module being configured to adopt a Ring Protection link between the two adjacent master communication nodes to transmit data messages when a master link between the two adjacent master communication nodes is determined going wrong and the second switching module being configured to adopt the Linear Protection link to transmit data messages when an intermediate master communication node in the master link is determined going wrong. a master link comprising at least three master communication nodes; a Linear Protection link locating between a head master communication node and an end master communication node of the master link wherein there is at least one backup communication node in the Linear Protection link; characterized in that it further comprises a Ring Protection link locating between two adjacent master communication nodes wherein there is at least one backup communication node in the Ring Protection link; and in that each master communication node comprises a first switching module and a second switching module, the first switching module being configured to adopt a Ring Protection link between the two adjacent master communication nodes to transmit data messages when a master link between the two adjacent master communication nodes is determined going wrong and the second switching module being configured to adopt the Linear Protection link to transmit data messages when an intermediate master communication node in the master link is determined going wrong.
A pharmaceutical composition comprising: olmesartan medoxomil is in the range of from 5% to 45%, amlodipine besylate is in the range of from 2% to 20%, poloxamer is in the range of from 0.1 % to 15%, disintegrant is in the range of from 1% to 15%, filler/diluent is in the range of from 5% to 80%, glidant is in the range of from 0.1 % to 10%, lubricant is in the range of from 0.1 % to 5%, coating agent is in the range of from 0.1 % to 10% by weight of total pharmaceutical composition prepared by direct compression or wet granulation methods.
Electrical resetting apparatus adapted to be associated with a protection device provided with a control lever adapted to be actuated to electrically connect/disconnect an electric load circuit to/from a power supply network, the electrical resetting apparatus comprising: - a resetting device (13, 30, 31, 32), adapted to be connected to the power supply network, comprising a rotating resetting arm adapted to mechanically cooperate with the control lever; - a control circuit adapted to be connected to the electric load circuit for detecting an operating state thereof in order to control said resetting device (13, 30, 31, 32); - sectioning elements (c1,c2,c3) adapted to be actuated to take up a first or a second operating state, for respectively connecting/disconnecting the control circuit to/from the load circuit; - a control handle (11,12) rotatable around a rotation axis (R-R), adapted to be actuated to manually rotate the resetting arm; characterised in that the control handle (11,12) comprises a first and a second handle portion adapted to rotate with respect to one another around said axis (R-R) and articulated like calipers, the first portion being operatively coupled with sectioning elements (c1,c2,c3) and adapted to rotate between two distinct angular positions each corresponding to a respective operating state of the sectioning elements c1,c2,c3). - a resetting device (13, 30, 31, 32), adapted to be connected to the power supply network, comprising a rotating resetting arm adapted to mechanically cooperate with the control lever; - a control circuit adapted to be connected to the electric load circuit for detecting an operating state thereof in order to control said resetting device (13, 30, 31, 32); - sectioning elements (c1,c2,c3) adapted to be actuated to take up a first or a second operating state, for respectively connecting/disconnecting the control circuit to/from the load circuit; - a control handle (11,12) rotatable around a rotation axis (R-R), adapted to be actuated to manually rotate the resetting arm;
Apparatus for reproduction of stereo sound from a two channel signal, comprising: an enclosure housing one or more first transducers for reproducing a signal comprising one of, or the sum of, the two channels, and one or more second transducers for reproducing a signal comprising the difference between the two channels, the apparatus being arranged such that the signal generated by the one or more first transducers is transmitted from an output plane in a direction substantially orthogonal to the output plane, and the apparatus further comprising a duct associated with the one or more second transducers and characterised in that the duct is arranged to conduct the signal generated by the one or more second transducers such that it is transmitted along a direction substantially parallel to the output plane from a point spaced from the plane in the direction in which the signal generated by the one or more first transducers is transmitted. an enclosure housing one or more first transducers for reproducing a signal comprising one of, or the sum of, the two channels, and one or more second transducers for reproducing a signal comprising the difference between the two channels, the apparatus being arranged such that the signal generated by the one or more first transducers is transmitted from an output plane in a direction substantially orthogonal to the output plane, and the apparatus further comprising a duct associated with the one or more second transducers and characterised in that the duct is arranged to conduct the signal generated by the one or more second transducers such that it is transmitted along a direction substantially parallel to the output plane from a point spaced from the plane in the direction in which the signal generated by the one or more first transducers is transmitted.
Dental turbine for driving a dental preparation tool by pressurized air, comprising: a head housing, inside of which a turbine chamber is formed, a rotor shaft that is rotatably mounted in the head housing using anti-friction bearings (8a, 8b; 20a, 20b) and that has a chuck for receiving the preparation tool, a turbine wheel (13, 23) that is arranged in the turbine chamber and that is non-rotatably mounted to the rotor shaft, characterized in that an outer race (10a, 10b; 21a, 21b) of the anti-friction bearing (8a, 8b; 20a, 20b) extends into the turbine chamber in axial direction, an annular web (16a, 16b; 26a, 26b) non-rotatably mounted to the rotor shaft is arranged concentrically to the outer race (10a, 10b; 21a, 21b) of the anti-friction bearing (8a, 8b; 20a, 20b) and, together with the outer race, forms a gap seal (17a, 17b; 27a, 27b). a head housing, inside of which a turbine chamber is formed, a rotor shaft that is rotatably mounted in the head housing using anti-friction bearings (8a, 8b; 20a, 20b) and that has a chuck for receiving the preparation tool, a turbine wheel (13, 23) that is arranged in the turbine chamber and that is non-rotatably mounted to the rotor shaft, characterized in that an outer race (10a, 10b; 21a, 21b) of the anti-friction bearing (8a, 8b; 20a, 20b) extends into the turbine chamber in axial direction, an annular web (16a, 16b; 26a, 26b) non-rotatably mounted to the rotor shaft is arranged concentrically to the outer race (10a, 10b; 21a, 21b) of the anti-friction bearing (8a, 8b; 20a, 20b) and, together with the outer race, forms a gap seal (17a, 17b; 27a, 27b).
A method, comprising: receiving, at a first device in a deterministic Ethernet network, a deterministic binary schedule specifying timing information for transmitting data fragments relating to a plurality of data flows; receiving data packets to transmit to a destination device within the deterministic Ethernet network; fragmenting each of the data packets into two or more fragments; characterized by: encoding, by operation of one or more computer processors, at least one of the two or more fragments for each of the data packets with a respective sparse graph code; and transmitting the encoded fragments to the destination device, across multiple paths through the deterministic Ethernet network, according to timing information specified in the deterministic binary schedule. receiving, at a first device in a deterministic Ethernet network, a deterministic binary schedule specifying timing information for transmitting data fragments relating to a plurality of data flows; receiving data packets to transmit to a destination device within the deterministic Ethernet network; fragmenting each of the data packets into two or more fragments; characterized by: encoding, by operation of one or more computer processors, at least one of the two or more fragments for each of the data packets with a respective sparse graph code; and transmitting the encoded fragments to the destination device, across multiple paths through the deterministic Ethernet network, according to timing information specified in the deterministic binary schedule. encoding, by operation of one or more computer processors, at least one of the two or more fragments for each of the data packets with a respective sparse graph code; and transmitting the encoded fragments to the destination device, across multiple paths through the deterministic Ethernet network, according to timing information specified in the deterministic binary schedule.
Arrangement to align a part of a wind turbine to its counterpart, - whereby the arrangement comprises an alignment tool, - whereby the alignment tool comprises a first area to be connected to the part of the wind turbine, and a second area that protrudes over the physical dimensions of the part of the wind turbine, - whereby the second area is arranged and prepared in a way that it abuts on the counterpart during the alignment of the part of the wind turbine and its counterpart, - whereby the arrangement comprises a second alignment tool, characterized in that the second alignment tool protrudes less far over the physical dimensions of the part of the wind turbine than the first alignment tool, so that the first alignment tool abuts to the counterpart before the second alignment tool when the part of the wind turbine approaches the counterpart. - whereby the arrangement comprises an alignment tool, - whereby the alignment tool comprises a first area to be connected to the part of the wind turbine, and a second area that protrudes over the physical dimensions of the part of the wind turbine, - whereby the second area is arranged and prepared in a way that it abuts on the counterpart during the alignment of the part of the wind turbine and its counterpart, - whereby the arrangement comprises a second alignment tool,
A system for detecting material accumulation relative to disk gang assemblies of agricultural implements, the system including an implement frame and a disk gang assembly supported relative to the implement frame, the disk gang assembly including a toolbar coupled to the implement frame and a plurality of disks supported by the toolbar, a load sensor configured to provide data indicative of an applied load through the disk gang assembly; and a computing system communicatively coupled to the load sensor, the computing system being configured to: monitor the load applied through the disk gang assembly based on the data provided by the load sensor; compare the monitored load to a load threshold selected for the disk gang assembly wherein the load threshold comprises a maximum load threshold; determine that the disk gang assembly is in a plugged state when the monitored load exceeds the maximum load threshold; initiate a control action when it is determined that the disk gang assembly is in the plugged state; and characterized in that the computing system is further configured to select the load threshold based at least in part on a ground speed of the agricultural implement and a penetration depth of the plurality of disks of the disk gang assembly. a load sensor configured to provide data indicative of an applied load through the disk gang assembly; and a computing system communicatively coupled to the load sensor, the computing system being configured to: monitor the load applied through the disk gang assembly based on the data provided by the load sensor; compare the monitored load to a load threshold selected for the disk gang assembly wherein the load threshold comprises a maximum load threshold; determine that the disk gang assembly is in a plugged state when the monitored load exceeds the maximum load threshold; initiate a control action when it is determined that the disk gang assembly is in the plugged state; and characterized in that the computing system is further configured to select the load threshold based at least in part on a ground speed of the agricultural implement and a penetration depth of the plurality of disks of the disk gang assembly. monitor the load applied through the disk gang assembly based on the data provided by the load sensor; compare the monitored load to a load threshold selected for the disk gang assembly wherein the load threshold comprises a maximum load threshold; determine that the disk gang assembly is in a plugged state when the monitored load exceeds the maximum load threshold; initiate a control action when it is determined that the disk gang assembly is in the plugged state; and characterized in that the computing system is further configured to select the load threshold based at least in part on a ground speed of the agricultural implement and a penetration depth of the plurality of disks of the disk gang assembly.