mhurhangee/ep-ind-claims huggingface dataset:
A method for producing an exhaust muffler, comprising the following measures: a) providing at least one muffler insert with at least one retaining wall and with at least one retaining-wall opening in the at least one retaining wall, b) providing at least one first exhaust-gas routing pipe, c) surrounding the at least one muffler insert with a peripheral wall of a muffler housing, wherein a peripheral-wall opening is provided in the peripheral wall, assigned to the at least one retaining-wall opening, d) arranging the at least one first exhaust-gas routing pipe in such a manner that a first end region of the at least one first exhaust-gas routing pipe is positioned so as to engage in the peripheral-wall opening provided, assigned to the at least one retaining-wall opening, and a second end region of the at least one first exhaust-gas routing pipe is retained in the at least one retaining-wall opening by force closure or interlocking, e) connecting the at least one first exhaust-gas routing pipe to the peripheral wall by material closure in the region of the peripheral-wall opening, wherein in the course of measure a) the at least one first exhaust-gas routing pipe is positioned so as to engage in the at least one retaining-wall opening, characterized in that in the course of measure d) the at least one first exhaust-gas routing pipe is moved, with its first end region leading, from inside in the direction toward the peripheral-wall opening until the first end region is positioned so as to engage in the peripheral-wall opening and the second end region is retained on the at least one retaining wall by force closure or interlocking so as to engage in the at least one retaining-wall opening. a) providing at least one muffler insert with at least one retaining wall and with at least one retaining-wall opening in the at least one retaining wall, b) providing at least one first exhaust-gas routing pipe, c) surrounding the at least one muffler insert with a peripheral wall of a muffler housing, wherein a peripheral-wall opening is provided in the peripheral wall, assigned to the at least one retaining-wall opening, d) arranging the at least one first exhaust-gas routing pipe in such a manner that a first end region of the at least one first exhaust-gas routing pipe is positioned so as to engage in the peripheral-wall opening provided, assigned to the at least one retaining-wall opening, and a second end region of the at least one first exhaust-gas routing pipe is retained in the at least one retaining-wall opening by force closure or interlocking, e) connecting the at least one first exhaust-gas routing pipe to the peripheral
A method for providing data from an internal data processing system of an industrial plant to an external data processing system, the external data processing system being external to the industrial plant, wherein the internal data processing system comprises at least one industrial edge device (ED1, ED2,... EDn), at least one industrial machine (IM1, IM2,... IMn) and at least one data processing module, wherein the at least one data processing module is provided with a user-defined data filter and wherein the method comprises following steps - generating a plurality of data packets from data related to the at least one industrial machine (IM1, IM2,... IMn) by means of the at least one industrial edge device (ED1, ED2,... EDn), and - signing each data packet (DP1, DP2,... DPn) of the plurality of data packets with a first digital signature, in order to produce a plurality of signed data packets, by means of the at least one industrial edge device (ED1, ED2,... EDn); and by means of the data processing module: - reading each signed data packet of the plurality of the signed data packets and, while reading, applying the user-defined data filter to it, - letting through those signed data packets that pass the user-defined data filter or rejecting those signed data packets that fail to pass the user-defined data filter, and - sending all those data packets that have passed the user-defined data filter towards the external data processing system. - generating a plurality of data packets from data related to the at least one industrial machine (IM1, IM2,... IMn) by means of the at least one industrial edge device (ED1, ED2,... EDn), and - signing each data packet (DP1, DP2,... DPn) of the plurality of data packets with a first digital signature, in order to produce a plurality of signed data packets, - reading each signed data packet of the plurality of the signed data packets and, while reading, applying the user-defined data filter to it, - letting through those signed data packets that pass the user-defined data filter or rejecting those signed data packets that fail to pass the user-defined data filter, and - sending all those data packets that have passed the user-defined data filter towards the external data processing system.
A signal transmission method comprising: determining data to be transmitted by a unit in air conditioning units; transmitting, by the unit, the data to be transmitted to other units through a designated power line in multiphase power lines, wherein the designated power line is any power line in the multiphase power lines, and the designated power line is a power line shared by all units in the air conditioning units characterised by: determining, by the unit, that designated data transmitted by a designated unit is not received within a preset time; and receiving, by the unit, the designated data through at least one unit of other units than the designated unit. determining data to be transmitted by a unit in air conditioning units; transmitting, by the unit, the data to be transmitted to other units through a designated power line in multiphase power lines, wherein the designated power line is any power line in the multiphase power lines, and the designated power line is a power line shared by all units in the air conditioning units characterised by: determining, by the unit, that designated data transmitted by a designated unit is not received within a preset time; and receiving, by the unit, the designated data through at least one unit of other units than the designated unit. determining, by the unit, that designated data transmitted by a designated unit is not received within a preset time; and receiving, by the unit, the designated data through at least one unit of other units than the designated unit.
A guidewire directing device (10, 10a) comprising: an elongate shaft (12, 12a) having a distal portion with a distal end and a lumen that extends to a distal outlet opening; an expandable member (16, 16a) on the distal portion of the shaft; and at least one navigation apparatus (14, 40a, 40b) having a proximal end and a distal end, the proximal end of said at least one navigation apparatus (14, 40a, 40b) being attached to the device shaft (12, 12a) and the distal end of said at least one navigation apparatus (14, 40a, 40b) being free of the device shaft (12, 12a); said device (10, 10a) being transitionable between; a) a first configuration wherein the expandable member (16, 16a) is non-expanded and the distal portion of the device shaft (12, 12a) is substantially straight; and b) a second configuration wherein the expandable member (16, 16a) is expanded, thereby causing the expandable member (16, 16a) to displace to one side of the navigation apparatus (14, 40a, 40b) and resulting in lateral curvature of the distal portion of the device shaft (12, 12a) to that side of the navigation apparatus (14, 40a, 40b). an elongate shaft (12, 12a) having a distal portion with a distal end and a lumen that extends to a distal outlet opening; an expandable member (16, 16a) on the distal portion of the shaft; and at least one navigation apparatus (14, 40a, 40b) having a proximal end and a distal end, the proximal end of said at least one navigation apparatus (14, 40a, 40b) being attached to the device shaft (12, 12a) and the distal end of said at least one navigation apparatus (14, 40a, 40b) being free of the device shaft (12, 12a); said device (10, 10a) being transitionable between; a) a first configuration wherein the expandable member (16, 16a) is non-expanded and the distal portion of the device shaft (12, 12a) is substantially straight; and b) a second configuration wherein the expandable member (16, 16a) is expanded, thereby causing the expandable member (16, 16a) to displace to one side of the navigation apparatus (14, 40a, 40b) and resulting in lateral curvature of the distal portion of the device shaft (12, 12a) to that side of the navigation apparatus (14, 40a, 40b). a) a first configuration wherein the expandable member (16, 16a) is non-expanded and the distal portion of the device shaft (12, 12a) is substantially straight; and b) a second configuration wherein the expandable member (16, 16a) is expanded, thereby causing the expandable member (16, 16a) to displace to one side of the navigation apparatus (14, 40a, 40b) and resulting in lateral curvature of the distal portion of the device shaft (12, 12a) to that side of the navigation apparatus (14, 40a, 40b).
An isolated antibody comprising: (a) a CDR-L1 comprising the amino acid sequence of SEQ ID NO: 108; (b) a CDR-L2 comprising the amino acid sequence of SEQ ID NO: 123; (c) a CDR-L3 comprising the amino acid sequence of SEQ ID NO: 135; (d) a CDR-H1 comprising the amino acid sequence of SEQ ID NO: 81; (e) a CDR-H2 comprising the amino acid sequence of SEQ ID NO: 84; and (f) a CDR-H3 comprising the amino acid sequence of SEQ ID NO: 96; wherein the antibody specifically targets both N-acetylneuraminic sialyl Tn antigen (AcSTn) and N-glycolylneuraminic sialyl Tn antigen (GcSTn). (a) a CDR-L1 comprising the amino acid sequence of SEQ ID NO: 108; (b) a CDR-L2 comprising the amino acid sequence of SEQ ID NO: 123; (c) a CDR-L3 comprising the amino acid sequence of SEQ ID NO: 135; (d) a CDR-H1 comprising the amino acid sequence of SEQ ID NO: 81; (e) a CDR-H2 comprising the amino acid sequence of SEQ ID NO: 84; and (f) a CDR-H3 comprising the amino acid sequence of SEQ ID NO: 96;
A switchable adhesive composition comprising a polymer, a photoinitiator, and a hydrocolloid, wherein the composition can be switched from a first liquid state to a second adhesive state by activation of the photoinitiator; the composition - having in the first liquid state a complex viscosity |η*| below 0.4 MPa s; and - having in the second adhesive state a higher complex viscosity |η*| than the complex viscosity |η*| of the first liquid state, and having in the second adhesive state a second repeated peel force above 1 N/25mm. - having in the first liquid state a complex viscosity |η*| below 0.4 MPa s; and - having in the second adhesive state a higher complex viscosity |η*| than the complex viscosity |η*| of the first liquid state, and having in the second adhesive state a second repeated peel force above 1 N/25mm.
An ultrasound imaging apparatus comprising: a probe configured to transmit ultrasound waves and detect echo signals; a display; and at least one processor configured to generate a real-time ultrasound image of a uterus based on the echo signals, wherein the at least one processor is further configured to obtain a three-dimensional medical image of a uterus, determine a target position for embryo transfer based on the 3D medical image, obtain the real-time ultrasound image of the uterus, identify the target position in the real-time ultrasound image, and control the display to display the real-time ultrasound image and information about the target position, characterised in that the at least one processor is further configured to provide at least one of: information about a distance between a plane corresponding to the real-time ultrasound image and the target position; or a guide for moving the probe to obtain the real-time ultrasound image corresponding to the target position. a probe configured to transmit ultrasound waves and detect echo signals; a display; and at least one processor configured to generate a real-time ultrasound image of a uterus based on the echo signals, wherein the at least one processor is further configured to obtain a three-dimensional medical image of a uterus, determine a target position for embryo transfer based on the 3D medical image, obtain the real-time ultrasound image of the uterus, identify the target position in the real-time ultrasound image, and control the display to display the real-time ultrasound image and information about the target position, characterised in that the at least one processor is further configured to provide at least one of: information about a distance between a plane corresponding to the real-time ultrasound image and the target position; or a guide for moving the probe to obtain the real-time ultrasound image corresponding to the target position. information about a distance between a plane corresponding to the real-time ultrasound image and the target position; or a guide for moving the probe to obtain the real-time ultrasound image corresponding to the target position.
A method for implementing data chunk transfer by a protection storage system, PSS, the method comprising: performing an optimization protocol by maintaining a fingerprint hit probability, FHP, for each PSS of a set of PSSs to obtain a set of FHPs, wherein the FHP is a ratio of a number of query responses indicating a fingerprint match to a number query of responses indicating no fingerprint match; selecting, based on the FHPs, a first subset of PSSs of the set of PSSs; receiving, from a client, a first backup request comprising a first fingerprint, wherein the first fingerprint is a digital signature that uniquely identifies a first data chunk; generating a first fingerprint query comprising the first fingerprint; transmitting the first fingerprint query to the first subset of PSSs; and obtaining, in response to the first fingerprint query and from at least one PSS of the first subset of PSSs, the first data chunk. performing an optimization protocol by maintaining a fingerprint hit probability, FHP, for each PSS of a set of PSSs to obtain a set of FHPs, wherein the FHP is a ratio of a number of query responses indicating a fingerprint match to a number query of responses indicating no fingerprint match; selecting, based on the FHPs, a first subset of PSSs of the set of PSSs; receiving, from a client, a first backup request comprising a first fingerprint, wherein the first fingerprint is a digital signature that uniquely identifies a first data chunk; generating a first fingerprint query comprising the first fingerprint; transmitting the first fingerprint query to the first subset of PSSs; and obtaining, in response to the first fingerprint query and from at least one PSS of the first subset of PSSs, the first data chunk.
Sorting apparatus for sorting individual items, having at least a first movable transport unit for transporting at least one individual item in a main transport direction, the first transport unit having a chassis for movement in the main transport direction, a transfer unit, which is provided for moving the individual item in a transfer direction, which differs from the main transport direction, during a transfer operation, and a drive unit, which is fixed to the first transport unit and is provided for driving the individual item in the transfer direction, characterised by a coupling facility, which is provided for the purpose of coupling the chassis to the drive unit at least for a period of time.
A method for performing a thermal spray process, comprising: heating and/or accelerating a gas to form an effluent gas stream; feeding a particulate-bearing carrier stream through an axial injection port into said effluent gas stream to form a mixed stream, and impacting the mixed stream on a substrate to form a coating characterized in that said axial injection port comprises a plurality of chevrons located at a distal end of said axial injection port. heating and/or accelerating a gas to form an effluent gas stream; feeding a particulate-bearing carrier stream through an axial injection port into said effluent gas stream to form a mixed stream, and impacting the mixed stream on a substrate to form a coating characterized in that said axial injection port comprises a plurality of chevrons located at a distal end of said axial injection port.
A rotary motor actuator which has a table rotating relative to a base around a center line, comprising: a rotary motor that has a stator and a rotor opposed to the stator and is configured to rotate the table relative to the base around the center line; and a guide mechanism which has a first member and a second member mounted movable on the first member via a plurality of rolling elements and which guides rotation of the table relative to the base around the center line, characterized in that the base, the table, the stator, the rotor, the first member and the second member have a plurality of base segments, a plurality of table segments, a plurality of stator segments, a plurality of rotor segments, a plurality of first member segments and a plurality of second member segments, respectively, which are arranged in a circumferential direction around the center line, one of the stator segments and the rotor segments is connected to the base segments, and one of the first member segments and the second member segments is connected to the base segments, and the other of the stator segments and the rotor segments is connected to the table segments, and the other of the first member segments and the second member segments is connected to the table segments. a rotary motor that has a stator and a rotor opposed to the stator and is configured to rotate the table relative to the base around the center line; and a guide mechanism which has a first member and a second member mounted movable on the first member via a plurality of rolling elements and which guides rotation of the table relative to the base around the center line, characterized in that the base, the table, the stator, the rotor, the first member and the second member have a plurality of base segments, a plurality of table segments, a plurality of stator segments, a plurality of rotor segments, a plurality of first member segments and a plurality of second member segments, respectively, which are arranged in a circumferential direction around the center line, one of the stator segments and the rotor segments is connected to the base segments, and one of the first member segments and the second member segments is connected to the base segments, and the other of the stator segments and the rotor segments is connected to the table segments, and the other of the first member segments and the second member segments is connected to the table segments.
A laminated glazing with a network of heating wires comprising at least two rigid transparent sheets (1, 3, 5, 7) that are connected to one another pairwise by an intercalary adhesive layer (2, 4, 6), wherein at least one network of heating wires is arranged on a face, not forming one of the two exterior main faces (8, 9) of the laminated glazing, of one of said at least two rigid transparent sheets (1, 3, 5, 7), the network of heating wires being supplied with power by contact with at least two feeds (11, 12, 13, 14) that are connected to an electric current source, characterized in that the feeds (11, 12, 13, 14) are arranged on the edges of the laminated glazing and/or on its exterior main face that is intended to be oriented, in the mounting position, opposite the exterior atmosphere.
A method performed by a terminal device (1, 2, 3, 4, 5) of a wireless telecommunication network, the wireless telecommunication network further comprising first and second radio access nodes (NB1, NB2), the method comprising: repeatedly measuring one or more metrics for signals transmitted by the first radio access node and signals transmitted by the second radio access node; wherein a frequency with which the one or more metrics are measured varies as a function inversely proportional of: a difference between the average value of the one or more metrics for signals transmitted by the first radio access node and the average value of the one or more metrics for signals transmitted by the second radio access node over a measurement period; or as a function proportional of a rate of change of the difference between the average value of the one or more metrics for signals transmitted by the first radio access node and the average value of the one or more metrics for signals transmitted by the second radio access node over a measurement period. repeatedly measuring one or more metrics for signals transmitted by the first radio access node and signals transmitted by the second radio access node; wherein a frequency with which the one or more metrics are measured varies as a function inversely proportional of: a difference between the average value of the one or more metrics for signals transmitted by the first radio access node and the average value of the one or more metrics for signals transmitted by the second radio access node over a measurement period; or as a function proportional of a rate of change of the difference between the average value of the one or more metrics for signals transmitted by the first radio access node and the average value of the one or more metrics for signals transmitted by the second radio access node over a measurement period. a difference between the average value of the one or more metrics for signals transmitted by the first radio access node and the average value of the one or more metrics for signals transmitted by the second radio access node over a measurement period; or as a function proportional of a rate of change of the difference between the average value of the one or more metrics for signals transmitted by the first radio access node and the average value of the one or more metrics for signals transmitted by the second radio access node over a measurement period.
Arrangement comprising a component, which is provided with a retaining foot, and a fastening system having a fastening element for elastically connecting the component to a panel-like carrier part, wherein the fastening element has a middle connecting region in the form of a shaft, which is adjoined on one side by a support plate with a rotary handle or tool attachment and on the other side by a cam element, and the connecting region is surrounded by an elastomeric sleeve which has a retaining groove which runs around at least partially on the outside and in which the retaining foot engages, and wherein, in the assembled state, the cam element is plugged through a shaped hole in the carrier part in such a way that the fastening element is rotated to give a latching connection, and the elastomeric sleeve is compressed between the support plate and the carrier part and thus is elastically preloaded, and wherein, on the cam element, there is configured at least one cam (21, 22) which, after rotation, is intended to produce a form-fitting plug-through connection with a carrier wall region which surrounds the shaped hole, characterized in that that region of the retaining foot which engages in the retaining groove of the elastomeric sleeve is configured in the form of a retaining foot plug-in part having a C-shaped, partially open ring shape which is adapted to the inner diameter of the retaining groove, and in that, also on the cam element, a latching contour having at least one sliding bevel (28, 29) is configured in such a way that, during rotation, the cam element is drawn further into the shaped hole as a result of an oblique sliding action, and thus by shortening the length between the support plate and the carrier part, a preload in the elastomeric sleeve there is built up perpendicularly with respect to the carrier part.