mhurhangee/ep-ind-claims huggingface dataset:
A method for performing midcall fallback, the method comprising, assigning a direct inward dialing, DID, number to a first client, wherein the DID number uniquely represents a first client and is selected from a list of direct inward dialing numbers; establishing a VoIP phone call between the first client and a second client; sending the DID number representing the first client to a second client over the VoIP phone call; determining, via a processor of a call agent, that mid-call fallback should be performed based on a quality of the VoIP phone call; and performing midcall fall back by establishing a public switched telephone network, PSTN, phone call between the first client and the second client using the DID number.
A flow-type carbonization apparatus, comprising: - a carbonization controller; - a flow-type carbonization device including: - a first pipe, in which in use beverage to be carbonized and carbon dioxide flow; and - a second pipe, in which in use beverage not to be carbonized flows; - wherein at least one turbulence generation element (210a, 210b, 210c, 210d) is arranged in the first pipe - characterized in that it comprises at least one control valve configured to direct a fluid to the first pipe and/or second pipe; and in that the carbonization controller is configured, when in a first operation mode of the flow-type carbonization apparatus, to switch the at least one control valve such that beverage to be carbonized is directed to the first pipe and beverage not to be carbonized is directed to the second pipe, and in that the carbonization controller is configured, when in a second operation mode, to switch the control valve such as to direct a disinfection fluid through the second pipe; and in that the first pipe and second pipe are in thermal communication such that in use heat from a fluid flowing in the second pipe heats the first pipe. - a carbonization controller; - a flow-type carbonization device including: - a first pipe, in which in use beverage to be carbonized and carbon dioxide flow; and - a second pipe, in which in use beverage not to be carbonized flows; - wherein at least one turbulence generation element (210a, 210b, 210c, 210d) is arranged in the first pipe - characterized in that it comprises at least one control valve configured to direct a fluid to the first pipe and/or second pipe; and - a flow-type carbonization device including: - a first pipe, in which in use beverage to be carbonized and carbon dioxide flow; and - a second pipe, in which in use beverage not to be carbonized flows; - wherein at least one turbulence generation element (210a, 210b, 210c, 210d) is arranged in the first pipe - characterized in that it comprises at least one control valve configured to direct a fluid to the first pipe and/or second pipe; and - a first pipe, in which in use beverage to be carbonized and carbon dioxide flow; and - a second pipe, in which in use beverage not to be carbonized flows; - wherein at least one turbulence generation element (210a, 210b, 210c, 210d) is arranged in the first pipe - characterized in that it comprises at least one control valve configured to direct a fluid to the first pipe and/or second pipe; and
A transmission line substrate that transmits a driving control signal input to and output from a semiconductor device, the transmission line substrate comprising a signal line connectable to the semiconductor device and comprising a spurious-wave suppression circuit, wherein the signal line is connected to the spurious-wave suppression circuit and wherein the spurious-wave suppression circuit includes: a divider that divides the signal line into first and second signal lines in a same phase; a delay unit that is connected to the first signal line and includes a signal line with a length of substantially one half of an in-substrate effective wavelength of a spurious wave in a microwave band and a millimeter-wave band; parallel two lines including parallel third and fourth signal lines (53b, 53a), on which spurious waves are in opposite phases, the third signal line being connected to the delay unit and the fourth signal line being connected to the second signal line; a combiner that combines the third and fourth signal lines; and a resistor that is located on the parallel two lines and connects between the third and fourth signal lines (53b, 53a). a divider that divides the signal line into first and second signal lines in a same phase; a delay unit that is connected to the first signal line and includes a signal line with a length of substantially one half of an in-substrate effective wavelength of a spurious wave in a microwave band and a millimeter-wave band; parallel two lines including parallel third and fourth signal lines (53b, 53a), on which spurious waves are in opposite phases, the third signal line being connected to the delay unit and the fourth signal line being connected to the second signal line; a combiner that combines the third and fourth signal lines; and a resistor that is located on the parallel two lines and connects between the third and fourth signal lines (53b, 53a).
A closure for a receptacle containing carbonated liquid, the closure including activation means, wherein: - the closure comprises a first part forming a main housing and a second part movable in relation to the main housing; and - the activation means comprises a depressible section formed on the closure that is depressed manually for activation wherein the depressible section is on the top surface of the main housing and depression of the section causes the second part to move with respect to the first part to provide or increase a gap within the closure into which gas from the receptacle can be expelled thereby to reduce the pressure in the receptacle; and - the main housing comprises a central stem with a through-bore; and wherein the depressible section is formed as a compression disc having a disc-shaped body including a downwardly extending central stem which, when the closure is assembled, extends into the through-bore of the main housing, characterised in that said disc-shaped body has a radial line of reduced thickness which provides flexibility to the central part of said disc-shaped body. - the closure comprises a first part forming a main housing and a second part movable in relation to the main housing; and - the activation means comprises a depressible section formed on the closure that is depressed manually for activation wherein the depressible section is on the top surface of the main housing and depression of the section causes the second part to move with respect to the first part to provide or increase a gap within the closure into which gas from the receptacle can be expelled thereby to reduce the pressure in the receptacle; and - the main housing comprises a central stem with a through-bore; and wherein the depressible section is formed as a compression disc having a disc-shaped body including a downwardly extending central stem which, when the closure is assembled, extends into the through-bore of the main housing,
Sheet-processing machine comprising sheet-processing units, wherein the machine includes at least two printing units for processing sheets, wherein each of the printing units comprises a blanket cylinder and a plate cylinder, and a blanket cylinder of a printing unit cooperates with a respective sheet guide cylinder, wherein a sheet conveyor system is provided between two sheet guide cylinders, wherein the sheets are conveyed along a sheet conveyor path by the sheet guide cylinders and the sheet conveyor systems of the machine, wherein a sheet guide element, which starts in the region of the sheet guide cylinder, is provided beneath and along the sheet conveyor path in one or all printing units, wherein the first segment of the sheet guide element, starting in the region of the sheet guide cylinder, has a sheet guide surface that steadily approaches the axis of rotation of the sheet conveyor system, wherein such a sheet guide element is configured as a sheet guide plate and has comb fingers in the region facing the sheet guide cylinder, wherein, with respect to the sheet-conveying direction, a respective deionization device adjoins the comb fingers, and wherein the sheet guide surfaces of the comb fingers are assigned blower air openings, to which an overpressure can be applied.
A polymer composition comprising: a base polyoxymethylene; a conductive filler; wherein the conductive filler comprises a metal powder, metal flakes, metal fibers, or a combination thereof; and a black pigment concentrate comprising pigment carbon black, wherein the polymer composition is electrostatically dissipative and laser weldable. a base polyoxymethylene; a conductive filler; wherein the conductive filler comprises a metal powder, metal flakes, metal fibers, or a combination thereof; and a black pigment concentrate comprising pigment carbon black, wherein the polymer composition is electrostatically dissipative and laser weldable.
Horizontal baler with a bale binding device, comprising a horizontal compacting channel with a filler opening on its upper side for material to be compacted and a pressing ram reciprocating in the compacting channel; with a finished compacted bale being provided with one or more parallel bindings by a bale binding device prior to exiting the compacting channel; with the bale binding device having at least one wire-guiding roller arrangement (30, 30') and a wire-clamping device for each binding as means of guiding binding wires (20, 20') from external wire supply spools (21, 21') arranged on the baler into the compacting channel; the bale binding device also having one wire threader per binding that can be inserted from above into the compacting channel and upwardly out of the same, two wire-end twisting devices (23.1, 23.2) per wire threader; and at least one wire-cutting device, characterised in that side parts (33', 43') covering the rollers (31, 32, 31', 32') of the wire-guiding roller arrangements (30, 30') and/or clamping elements of the wire-clamping devices are associated with at least a part of the wire-guiding roller arrangements (30, 30') and/or clamping elements, and that each side part (33', 43') is releasably connected by a quick-release fastener (34', 44') to the associated wire-guiding roller arrangement (30, 30') or wire-clamping device so as to enable it to be removed or flipped off or swung aside.
A bi-lumen breathing circuit assembly including first and second breathing circuit conduit lengths each comprising: (i) a lengthwise extending inner septum for segregating inspiratory and expiratory lumens; and (ii) lumen opening pairs at their respective opposite distal ends; the assembly further comprising a connector comprising: (iii) a lengthwise extending connector septum for segregating inspiratory and expiratory connector passages (50, 60); and (iv) a pair of connector openings at its respective opposite distal ends; wherein a concavity is provided at each distal end of the connector septum for sealingly receiving the inner septum of each breathing circuit conduit length thus ensuring a contiguous passage between connected breathing circuit conduit lengths; characterised in that the inspiratory and/or the expiratory connector passages within the connector is/are divided into separate inflow and outflow passages; wherein an intermediate inflow opening is provided in the, or each, inflow passage, and an intermediate outflow opening is provided in the, or each, outflow passage; and an accessory is fitted between the inflow and outflow passages. (i) a lengthwise extending inner septum for segregating inspiratory and expiratory lumens; and (ii) lumen opening pairs at their respective opposite distal ends; (iii) a lengthwise extending connector septum for segregating inspiratory and expiratory connector passages (50, 60); and (iv) a pair of connector openings at its respective opposite distal ends;
Method for determining a physical property of an object, comprising: - providing volumetric image information of an object which is an anatomical three-dimensional structure comprising anatomical segments; - defining a plurality of segments in a generic three-dimensional model of the object, wherein each of the plurality of segments comprises local object context information; - adapting the generic three-dimensional model to form an adapted model that matches the object so that segments of the model define and identify the corresponding anatomical segments of the anatomical structure; - determining a physical property of the object along its three-dimensional structure, and - visualizing the object context information and the physical property, wherein determining the physical property further comprises: - defining a measurement plane for measurement of the physical property, - verifying whether the measurement plane is best matched on a respective position on the three-dimensional structure, thereby employing the local object context information associated with the segments of the adapted model, the local object context information comprising the type of the anatomical structure; and - determining in the measurement plane the local physical property. - providing volumetric image information of an object which is an anatomical three-dimensional structure comprising anatomical segments; - defining a plurality of segments in a generic three-dimensional model of the object, wherein each of the plurality of segments comprises local object context information; - adapting the generic three-dimensional model to form an adapted model that matches the object so that segments of the model define and identify the corresponding anatomical segments of the anatomical structure; - determining a physical property of the object along its three-dimensional structure, and - visualizing the object context information and the physical property, - defining a measurement plane for measurement of the physical property, - verifying whether the measurement plane is best matched on a respective position on the three-dimensional structure, thereby employing the local object context information associated with the segments of the adapted model, the local object context information comprising the type of the anatomical structure; and - determining in the measurement plane the local physical property.
A display device with a panel comprising: a display panel including an active area, on which information is displayed, and a first light shielding area positioned outside of the active area; and a panel disposed on the display panel, the panel including a first panel area having a size wider than the active area, a second light shielding area positioned outside the first panel area, and a third light shielding area ranging from a start position of the first light shielding area to a start position of the second light shielding area, wherein at least one dummy pattern is disposed in the third light shielding area of the panel, wherein the at least one dummy pattern includes a first dummy pattern on one surface of the panel, and characterized in that the at least one dummy pattern includes a second dummy pattern on another surface of the panel. a display panel including an active area, on which information is displayed, and a first light shielding area positioned outside of the active area; and a panel disposed on the display panel, the panel including a first panel area having a size wider than the active area, a second light shielding area positioned outside the first panel area, and a third light shielding area ranging from a start position of the first light shielding area to a start position of the second light shielding area, wherein at least one dummy pattern is disposed in the third light shielding area of the panel, wherein the at least one dummy pattern includes a first dummy pattern on one surface of the panel, and characterized in that the at least one dummy pattern includes a second dummy pattern on another surface of the panel.
A control and input device having a seat element, a swinging column, a pivot joint, and a foot, for machines and computers, wherein the control and input device is movable in all three dimensions and around corresponding rotational axes, and wherein the seat element is borne by a swinging column held in a pivot joint on a foot, and further wherein: -- the corresponding movements and changes in movements are mechanically sensed or are optically sensed via light scanning with the use of light diodes or laser diodes, and are transmitted to a computer or to another electronic circuit; and -- a coordinate system is defined at the seat element, and the seat element is swingable and/or rotatable around each of the coordinate axes; characterized in that • at least one light source and at least one reflector surface is (are) disposed at parts of the control and input device, which light source and reflector surface are movable with respect to each other, wherewith the reflector surface is disposed in the beam of the light; and • at least one sensor is provided for registering the scattered light [sic] sent from the light source and reflected from the reflector surface. -- the corresponding movements and changes in movements are mechanically sensed or are optically sensed via light scanning with the use of light diodes or laser diodes, and are transmitted to a computer or to another electronic circuit; and -- a coordinate system is defined at the seat element, and the seat element is swingable and/or rotatable around each of the coordinate axes; • at least one light source and at least one reflector surface is (are) disposed at parts of the control and input device, which light source and reflector surface are movable with respect to each other, wherewith the reflector surface is disposed in the beam of the light; and • at least one sensor is provided for registering the scattered light [sic] sent from the light source and reflected from the reflector surface.
Method for producing a vulcanizing mould for vehicle tyres, wherein the vulcanizing mould has radially on the inside cast mould surfaces of a mould material with mould projections for forming cuts in the tread profile of the vehicle tyre to be manufactured, characterized in that, for forming a mould projection, a core of a metal of higher strength than the mould material is provided and is at least partially coated with the mould material during the casting of the mould surfaces.
Wall-flow filter for cleaning exhaust gases from engines, comprising alternately closed, parallel exhaust gas inlet channels and exhaust gas outlet channels, wherein the filter additionally has catalyst channels which are closed at both ends and contain a catalyst in solid form, characterized in that the inlet channels and the catalyst channels have common walls and wherein the outlet channels and the catalyst channels have common walls.
An implantable medical device, comprising: memory to store a baseline task handling pattern; and TH circuitry including one or more processors, the TH circuitry configured to: perform tasks associated with one or more of collecting one or more cardiac activity signals or environmental event signals, analyzing the one or more CA signals or environmental event signals, delivering therapy, detecting communications requests, or maintaining communications sessions with an external device, characterized in that the TH circuitry is further configured to monitor a TH characteristic in connection with the performing the tasks, wherein the TH characteristic is an attribute of the IMD measurable in connection with performing the one or more tasks compare the TH characteristic to the baseline TH pattern; and implement a corrective action in response to the compare of the TH characteristic and the baseline TH pattern. memory to store a baseline task handling pattern; and TH circuitry including one or more processors, the TH circuitry configured to: perform tasks associated with one or more of collecting one or more cardiac activity signals or environmental event signals, analyzing the one or more CA signals or environmental event signals, delivering therapy, detecting communications requests, or maintaining communications sessions with an external device, characterized in that the TH circuitry is further configured to monitor a TH characteristic in connection with the performing the tasks, wherein the TH characteristic is an attribute of the IMD measurable in connection with performing the one or more tasks compare the TH characteristic to the baseline TH pattern; and implement a corrective action in response to the compare of the TH characteristic and the baseline TH pattern. perform tasks associated with one or more of collecting one or more cardiac activity signals or environmental event signals, analyzing the one or more CA signals or environmental event signals, delivering therapy, detecting communications requests, or maintaining communications sessions with an external device, characterized in that the TH circuitry is further configured to monitor a TH characteristic in connection with the performing the tasks, wherein the TH characteristic is an attribute of the IMD measurable in connection with performing the one or more tasks compare the TH characteristic to the baseline TH pattern; and implement a corrective action in response to the compare of the TH characteristic and the baseline TH pattern.
A system, comprising: an engine coupled to an intake and an exhaust, the engine comprising: a donor cylinder group configured to route exhaust gas to the intake; and a non-donor cylinder group configured to route exhaust gas exclusively to atmosphere; wherein each cylinder of the donor cylinder group has an exhaust valve with a first exhaust valve closing timing, and each cylinder of the non-donor cylinder group has an exhaust valve with a second exhaust valve closing timing earlier than the first exhaust valve closing timing; the system further comprising a damping volume positioned in an intake passage of the intake upstream of an intake manifold, the intake manifold fluidically coupled to each cylinder of the donor cylinder group and each cylinder of the non-donor cylinder group, wherein the damping volume comprises an expansion region, a collection region, and a contraction region, where a first diameter of the collection region is larger than a second diameter of the expansion region, the second diameter of the expansion region larger than a third diameter of the intake passage. a donor cylinder group configured to route exhaust gas to the intake; and a non-donor cylinder group configured to route exhaust gas exclusively to atmosphere; wherein each cylinder of the donor cylinder group has an exhaust valve with a first exhaust valve closing timing, and each cylinder of the non-donor cylinder group has an exhaust valve with a second exhaust valve closing timing earlier than the first exhaust valve closing timing; the system further comprising a damping volume positioned in an intake passage of the intake upstream of an intake manifold, the intake manifold fluidically coupled to each cylinder of the donor cylinder group and each cylinder of the non-donor cylinder group, wherein the damping volume comprises an expansion region, a collection region, and a contraction region, where a first diameter of the collection region is larger than a second diameter of the expansion region, the second diameter of the expansion region larger than a third diameter of the intake passage.