mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine comprising: a fan drive turbine driving a fan rotor through a main gear reduction; a primary lubricant system for supplying lubricant to said main gear reduction; and an auxiliary oil pump for supplying oil to said main gear reduction; characterised in that: the gas turbine engine further comprises an auxiliary pump epicylic gear train for driving said auxiliary pump when said fan rotor is rotating in either direction, said main gear reduction being separate from said auxiliary pump epicyclic gear train; an input gear rotates when said fan rotor rotates, and in a direction of rotation of said fan rotor, and engages a ring gear in said auxiliary pump epicyclic gear train, said ring gear having an outer peripheral envelope; and an axis of rotation of said auxiliary pump is within said outer peripheral envelope. a fan drive turbine driving a fan rotor through a main gear reduction; a primary lubricant system for supplying lubricant to said main gear reduction; and an auxiliary oil pump for supplying oil to said main gear reduction; characterised in that: the gas turbine engine further comprises an auxiliary pump epicylic gear train for driving said auxiliary pump when said fan rotor is rotating in either direction, said main gear reduction being separate from said auxiliary pump epicyclic gear train; an input gear rotates when said fan rotor rotates, and in a direction of rotation of said fan rotor, and engages a ring gear in said auxiliary pump epicyclic gear train, said ring gear having an outer peripheral envelope; and an axis of rotation of said auxiliary pump is within said outer peripheral envelope. the gas turbine engine further comprises an auxiliary pump epicylic gear train for driving said auxiliary pump when said fan rotor is rotating in either direction, said main gear reduction being separate from said auxiliary pump epicyclic gear train; an input gear rotates when said fan rotor rotates, and in a direction of rotation of said fan rotor, and engages a ring gear in said auxiliary pump epicyclic gear train, said ring gear having an outer peripheral envelope; and an axis of rotation of said auxiliary pump is within said outer peripheral envelope.
A robotic system for performing an ultrasound scan on a body part of a patient, the system comprising: a support surface for supporting the body part a display, and a positioning device configured to hold an ultrasound probe and move the ultrasound probe to obtain the ultrasound scan of the body part supported by the support surface, wherein the display is integrated into the support surface and adapted for supporting at least part of the body part to be scanned. a support surface for supporting the body part a display, and a positioning device configured to hold an ultrasound probe and move the ultrasound probe to obtain the ultrasound scan of the body part supported by the support surface, wherein the display is integrated into the support surface and adapted for supporting at least part of the body part to be scanned.
A delivery apparatus for implanting a radially compressible and expandable prosthetic heart valve in a native heart valve of the heart, the apparatus comprising: an elongated shaft comprising a proximal end portion and a distal end portion; an inflatable balloon mounted on the distal end portion of the shaft; and a valve mounting member (124; 140) secured to the distal end portion of the shaft within the balloon and configured to facilitate frictional engagement between the prosthetic heart valve and the balloon when the prosthetic heart valve is mounted in a radially compressed state on the balloon and surrounding the mounting member (124; 140), wherein the mounting member (124; 140) comprises at least one longitudinally extending fluid passageway through which an inflation fluid in the balloon can flow, the at least one fluid passageway having first and second openings adjacent first and second ends of a prosthetic heart valve, respectively, with the prosthetic heart valve mounted on the balloon in a crimped state surrounding the mounting member (124; 140), characterized in that the at least one fluid passageway allows inflation fluid in the balloon to flow from a first region of the balloon proximal to the first end of the prosthetic valve, inwardly through the first opening, through the fluid passageway, outwardly through the second opening and into a second region of the balloon distal to the second end of the prosthetic valve. an elongated shaft comprising a proximal end portion and a distal end portion; an inflatable balloon mounted on the distal end portion of the shaft; and a valve mounting member (124; 140) secured to the distal end portion of the shaft within the balloon and configured to facilitate frictional engagement between the prosthetic heart valve and the balloon when the prosthetic heart valve is mounted in a radially compressed state on the balloon and surrounding the mounting member (124; 140), wherein the mounting member (124; 140) comprises at least one longitudinally extending fluid passageway through which an inflation fluid in the balloon can flow, the at least one fluid passageway having first and second openings adjacent first and second ends of a prosthetic heart valve, respectively, with the prosthetic heart valve mounted on the balloon in a crimped state surrounding the mounting member (124; 140), characterized in that the at least one fluid passageway allows inflation fluid in the balloon to flow from a first region of the balloon proximal to the first end of the prosthetic valve, inwardly through the first opening, through the fluid passageway, outwardly through the second opening and into a second region of the balloon distal to the second end of the prosthetic valve.
Converter cutting device for a converter which is provided for converting at least one continuous fibre into cut fibres, with at least one cutting unit which is rotatably driveable about a rotation axis and comprises at least one cutting means having at least one cutting edge, the cutting means including, at least at the cutting edge, a cutting angle unequal to 0 degrees with a plane that is oriented perpendicularly with respect to the rotation axis, and with at least one fixed counter cutting unit (19, 20, 21) having at least one counter cutting means (22, 23, 24) forming a counter cutting edge (25, 26, 27), the cutting edge comprising an inner point and an outer point, between which it has an axial cutting edge offset along a direction extending parallel with respect to the rotation axis, wherein the inner point has a shortest distance from the rotation axis and wherein the outer point has a longest distance from the rotation axis, characterized in that the entire cutting means is tilted about a tilting axis to set the cutting angle, the tilting axis extending in a plane perpendicularly to the rotation axis, wherein the tilting axis itself has an approximately radial extension with respect to the rotation axis.
A splicing device which is capable of splicing an embossed tape in which component storage sections are formed at a constant interval at a lower position than a conveyance reference surface (60a1), and a paper tape in which the component storage sections are formed at a constant interval at an upper position than the conveyance reference surface (60a1), the device is characterized by: a first detection section (53a, 53b) which detects whether or not the component storage section protrudes downward from the conveyance reference surface (60a1); a second detection section (54a, 54b) which detects the component storage section of the paper tape; a discrimination section which determines whether a tape inserted into the splicing device is the embossed tape or the paper tape based on a detection signal of the first detection section (53a, 53b); a first calculating section which calculates a pitch of the component storage sections of the embossed tape by using the first detection section (53a, 53b) in a case where the discrimination section determines that the embossed tape is inserted; and a second calculating section which calculates a pitch of the component storage sections of the paper tape by using the second detection section (54a, 54b) in a case where the discrimination section determines that the paper tape is inserted. a first detection section (53a, 53b) which detects whether or not the component storage section protrudes downward from the conveyance reference surface (60a1); a second detection section (54a, 54b) which detects the component storage section of the paper tape; a discrimination section which determines whether a tape inserted into the splicing device is the embossed tape or the paper tape based on a detection signal of the first detection section (53a, 53b); a first calculating section which calculates a pitch of the component storage sections of the embossed tape by using the first detection section (53a, 53b) in a case where the discrimination section determines that the embossed tape is inserted; and a second calculating section which calculates a pitch of the component storage sections of the paper tape by using the second detection section (54a, 54b) in a case where the discrimination section determines that the paper tape is inserted.
Coupling element for the flexible connection of two elements for conducting media, in particular of one flexible hose to another flexible hose or to a unit, having a first component for connection to the first element, and a second component for connection to the second element, wherein the first component and the second component have a common longitudinal direction, wherein the first component and the second component can be displaced translationally with respect to one another in the direction of the common longitudinal direction, and wherein the first component and the second component can be rotated with respect to one another about the common longitudinal direction, wherein the first component has at least one latching receptacle which extends in the longitudinal direction, and wherein the second component has at least one latching clip which is designed to engage in the latching receptacle, wherein the latching receptacle has a latching edge and a latching stop which are arranged spaced apart from one another in the longitudinal direction, with the result that a spacing is formed between the latching clip and the latching edge or the latching stop in the longitudinal direction, by which spacing the first component and the second component can be displaced translationally with respect to one another, wherein the latching clip has a latching hook which is designed to engage behind the latching edge, characterized in that the first component has a projection which is designed to engage in a corresponding recess of the second component, with the result that a spacing is formed between the projection and the sides of the recess in the circumferential direction, by which spacing the first component and second component can be rotated with respect to one another.
A method for sending a Transparent Interconnection of Lots of Links data frame, comprising: acquiring a user virtual local area network, VLAN, or a combination of a user VLAN and a user multicast medium access control, MAC, address in a first protocol packet; acquiring a first port identifier of a pseudo wire port receiving the first protocol packet; characterized by storing, in a forwarding table, a correspondence between the acquired user VLAN and the first port identifier or a correspondence between the combination of the user VLAN and the user multicast MAC address and the first port identifier; and searching, when a Transparent Interconnection of Lots of Links, TRILL, data frame is received, according to a user VLAN or a combination of a user VLAN and a user multicast MAC address in the TRILL data frame, the forwarding table for a second port identifier corresponding to the user VLAN or the combination of the user VLAN and the user multicast MAC address in the TRILL data frame, and forwarding the TRILL data frame from a pseudo wire port corresponding to the second port identifier. acquiring a user virtual local area network, VLAN, or a combination of a user VLAN and a user multicast medium access control, MAC, address in a first protocol packet; acquiring a first port identifier of a pseudo wire port receiving the first protocol packet; characterized by storing, in a forwarding table, a correspondence between the acquired user VLAN and the first port identifier or a correspondence between the combination of the user VLAN and the user multicast MAC address and the first port identifier; and searching, when a Transparent Interconnection of Lots of Links, TRILL, data frame is received, according to a user VLAN or a combination of a user VLAN and a user multicast MAC address in the TRILL data frame, the forwarding table for a second port identifier corresponding to the user VLAN or the combination of the user VLAN and the user multicast MAC address in the TRILL data frame, and forwarding the TRILL data frame from a pseudo wire port corresponding to the second port identifier.
A dry distribution transformer comprising at least: - one low-voltage winding and one high-voltage winding, concentrically mounted around a core column (1.2, 1.3) and - a cooling circuit associated to at least one low-voltage winding and/or one high-voltage winding, the cooling circuit being electrically insulated with respect to the low-voltage and high-voltage windings (2, 3), the cooling circuit being capable of enabling circulation of a cooling fluid inside it, wherein the cooling circuit is provided with a constructive arrangement configured to involve partly the core column (1.2, 1.3), wherein the cooling circuit is provided with a plurality of separate cooling ducts, and wherein each cooling duct only partially surrounds the core column (1.2, 1.3) without forming a complete turn around the core column (1.2, 1.3) characterized in that each cooling duct has its own input/output ducts for connection to an external heat exchanger. - one low-voltage winding and one high-voltage winding, concentrically mounted around a core column (1.2, 1.3) and - a cooling circuit associated to at least one low-voltage winding and/or one high-voltage winding, the cooling circuit being electrically insulated with respect to the low-voltage and high-voltage windings (2, 3), the cooling circuit being capable of enabling circulation of a cooling fluid inside it,
A method comprising: determining that a device that includes a grid based capacitive sensor is either grounded or ungrounded; and sampling the output of the grid based capacitive sensor over a plurality of sampling windows; performing mutual capacitive detection over a first sampling window from the plurality of sampling windows; sampling the output from both columns and rows of the grid based capacitive sensor over a second sampling window from the plurality of sampling windows, wherein the output is sampled without driving the column or rows with a driving signal emitted by a controller configured to operate the grid based capacitive sensor and wherein the grid based capacitive sensor is either driven by a stylus or by noise; identifying a heatmap (410; 430) based on the mutual capacitive detection over the first sampling window; identifying areas of touch input from the output sampled over the second sampling window based on determining that the device is ungrounded; comparing the heatmap to the areas of touch input identified based on determining that the device is ungrounded; reporting the coordinates of the touch based on the comparing; and performing palm rejection based on the comparing and refraining from reporting coordinates of a palm input. determining that a device that includes a grid based capacitive sensor is either grounded or ungrounded; and sampling the output of the grid based capacitive sensor over a plurality of sampling windows; performing mutual capacitive detection over a first sampling window from the plurality of sampling windows; sampling the output from both columns and rows of the grid based capacitive sensor over a second sampling window from the plurality of sampling windows, wherein the output is sampled without driving the column or rows with a driving signal emitted by a controller configured to operate the grid based capacitive sensor and wherein the grid based capacitive sensor is either driven by a stylus or by noise; identifying a heatmap (410; 430) based on the mutual capacitive detection over the first sampling window; identifying areas of touch input from the output sampled over the second sampling window based on determining that the device is ungrounded; comparing the heatmap to the areas of touch input identified based on determining that the device is ungrounded; reporting the coordinates of the touch based on the comparing; and performing palm rejection based on the comparing and refraining from reporting coordinates of a palm input.
An electronic look-up device implemented on a semiconductor chip, the electronic look-up device, comprising: (a) an array of addressable registers storing a plurality of data; (b) a plurality of input registers operatively connected to said array, said input registers storing an input command parameter of a command and a plurality of operands of the command; characterized by said operands including a plurality of address operands referencing a plurality of registers of said array; (c) processing circuitry which processes, based on said input command parameter, said data; wherein the command accesses non-consecutive registers of said array, and based on said input command parameter said processing circuitry for all of said address operands: reads a datum of said data previously stored in said registers, updates said datum thereby producing an updated datum, and writes said updated datum into one of said plurality of registers of said array; and (d) logic circuitry operatively attached between said input register and said processing circuitry, said logic circuitry pre-processing the command to detect if any of said operands are identical and providing a logical output signal to said processing circuitry indicating which if any of said address operands are identical thereby supporting at least two of said address operands being identical. (a) an array of addressable registers storing a plurality of data; (b) a plurality of input registers operatively connected to said array, said input registers storing an input command parameter of a command and a plurality of operands of the command; characterized by said operands including a plurality of address operands referencing a plurality of registers of said array; (c) processing circuitry which processes, based on said input command parameter, said data; wherein the command accesses non-consecutive registers of said array, and based on said input command parameter said processing circuitry for all of said address operands: reads a datum of said data previously stored in said registers, updates said datum thereby producing an updated datum, and writes said updated datum into one of said plurality of registers of said array; and (d) logic circuitry operatively attached between said input register and said processing circuitry, said logic circuitry pre-processing the command to detect if any of said operands are identical and providing a logical output signal to said processing circuitry indicating which if any of said address operands are identical thereby supporting at least two of said address operands being identical.
A system configured to convey print media through a print zone in an inkjet printer, the system comprising: an endless conveyor belt in a loop; a pair of drivers (14, 16) configured to circulate the conveyor belt through the print zone from opposite ends of the loop; an encoder configured to measure movement of the conveyor belt; and a controller programmed to control both drivers driving the conveyor belt based on measurements from the encoder; characterized in that the controller is programmed to: control the first driver to pull forward on an upper run of the conveyor belt from one end of the loop; control the second driver to pull back on a lower run of the conveyor belt from the other end of the loop simultaneously with the first driver pulling forward on the upper run of the conveyor belt; and control both drivers to pull the respective run of the conveyor belt at the same linear speed. an endless conveyor belt in a loop; a pair of drivers (14, 16) configured to circulate the conveyor belt through the print zone from opposite ends of the loop; an encoder configured to measure movement of the conveyor belt; and a controller programmed to control both drivers driving the conveyor belt based on measurements from the encoder; characterized in that the controller is programmed to: control the first driver to pull forward on an upper run of the conveyor belt from one end of the loop; control the second driver to pull back on a lower run of the conveyor belt from the other end of the loop simultaneously with the first driver pulling forward on the upper run of the conveyor belt; and control both drivers to pull the respective run of the conveyor belt at the same linear speed. control the first driver to pull forward on an upper run of the conveyor belt from one end of the loop; control the second driver to pull back on a lower run of the conveyor belt from the other end of the loop simultaneously with the first driver pulling forward on the upper run of the conveyor belt; and control both drivers to pull the respective run of the conveyor belt at the same linear speed.
A multifunctional ceiling structure, in particular for living spaces and workspaces, including: - multiple heat-conducting profiles that are directly or indirectly fastened to a building ceiling, and having a downwardly directed mounting surface, wherein a line receiving region is formed in the mounting surface; - a heating medium line that runs in the line receiving region of the heat-conducting profiles and conducts a heat-transporting medium; - a ceiling panel that is fastened to the mounting surface of the heat-conducting profiles and is in heat-conducting contact with the heating medium line; characterized by: - an absorber strip, made up of sound absorber elements, that extends, at least in sections, along an upper abutting edge that runs between a building wall and the plane of the ceiling panel, wherein the sound absorber elements have a width of 200-400 mm, a thickness of 25-65 mm, and a length-specific flow resistance in the range of 8-10 kPa*s/m 2, and wherein the sound absorber elements consist of expanded glass granules with a grain size of 0.25 - 4 mm, the granules being sintered in sheet form or bonded with added binder. - multiple heat-conducting profiles that are directly or indirectly fastened to a building ceiling, and having a downwardly directed mounting surface, wherein a line receiving region is formed in the mounting surface; - a heating medium line that runs in the line receiving region of the heat-conducting profiles and conducts a heat-transporting medium; - a ceiling panel that is fastened to the mounting surface of the heat-conducting profiles and is in heat-conducting contact with the heating medium line; - an absorber strip, made up of sound absorber elements, that extends, at least in sections, along an upper abutting edge that runs between a building wall and the plane of the ceiling panel, wherein the sound absorber elements have a width of 200-400 mm, a thickness of 25-65 mm, and a length-specific flow resistance in the range of 8-10 kPa*s/m 2, and wherein the sound absorber elements consist of expanded glass granules with a grain size of 0.25 - 4 mm, the granules being sintered in sheet form or bonded with added binder.