mhurhangee/patent-ind-claim-en huggingface dataset:
A peelable heat shrink tube composed of a fluororesin, characterised in that a determination coefficient calculated from [Equation 1] below using an elastic modulus ratio (%) is more than 0.00, but 0.90 or less, the elastic modulus ratio (%) being obtained by measuring, on a straight line passing through regions (A), (B) and (C) below, elastic moduli of at least three points freely selected from each region, provided that a wall thickness of the tube at a cross-section perpendicular to an extrusion direction of the tube is 100%, the elastic modulus ratio (%) being a ratio of an average value of the elastic moduli in each region and an average value of the elastic moduli in all the regions, (A) Region of less than 30% from an interior of the tube (B) Region of 30% or more, but less than 70%, from the interior of the tube (C) Region of 70% or more from the interior of the tube Determination coefficient = correlation coefficient 2 = covariance standard deviation of X standard deviation of Y 2 where X, Y and covariance represent the following: X: Proportion of a position of each point, where the elastic modulus was measured, from the interior of the tube Y: Elastic modulus ratio in each region Covariance: Average of a product of deviations of X and Y (A) Region of less than 30% from an interior of the tube (B) Region of 30% or more, but less than 70%, from the interior of the tube (C) Region of 70% or more from the interior of the tube Determination coefficient = correlation coefficient 2 = covariance standard deviation of X standard deviation of Y 2 X: Proportion of a position of each point, where the elastic modulus was measured, from the interior of the tube Y: Elastic modulus ratio in each region Covariance: Average of a product of deviations of X and Y
An ice cream machine having a filling zone and an emptying zone , said ice cream machine comprising: a rotatable unit having a radial extension; at least one mould for receiving ice cream, said moulds being arranged to rotate with said rotatable unit ; an extrusion nozzle for extruding ice cream into said moulds , said extrusion nozzle being arranged at said filling zone ; an ejection mechanism for ejecting ice cream radially out of said moulds at said emptying zone , characterized by a stick providing arrangement that is arranged to provide a stick for each mould , wherein the stick providing arrangement is arranged in a stick providing zone , prior to the filling zone , and is arranged to provide each mould with a stick as the moulds are rotated passed the stick providing arrangement , such that the stick is provided to the mould 20 prior to filling the mould 20 with ice cream said ejection mechanism comprising a piston connected to said mould , and a bottom of said mould is radially movable together with said piston . a rotatable unit having a radial extension; at least one mould for receiving ice cream, said moulds being arranged to rotate with said rotatable unit ; an extrusion nozzle for extruding ice cream into said moulds , said extrusion nozzle being arranged at said filling zone ; an ejection mechanism for ejecting ice cream radially out of said moulds at said emptying zone , characterized by a stick providing arrangement that is arranged to provide a stick for each mould , wherein the stick providing arrangement is arranged in a stick providing zone , prior to the filling zone , and is arranged to provide each mould with a stick as the moulds are rotated passed the stick providing arrangement , such that the stick is provided to the mould 20 prior to filling the mould 20 with ice cream said ejection mechanism comprising a piston connected to said mould , and a bottom of said mould is radially movable together with said piston .
A system, comprising at least one computing device configured to implement one or more services, wherein the one or more services are configured to: in response to a start of a migration of a virtual machine instance from a first location to a second location, the virtual machine instance having a first lease associating the virtual machine instance with a block storage device provided by a block-level storage service, at least: obtain a second lease associating the virtual machine instance in the second location with the block storage device, the second lease specifying a second policy of access to the block storage device by the virtual machine instance; determine a progress of the migration; update the status of the first and second leases based at least in part on the determined migration progress; responsive to an input-output request to the at least one block storage device, determine a response location for a response to the input-output request, the location determined based on the determined migration progress and the state of the first and second lease, wherein the response location is selected from the first location and the second location; send the response to the determined response location; copy a first set of state information associated with the block storage device from the first location to the second location; and copy a second set of state information associated with the block storage device from the first location to the second location, the second set of state information including one or more changes to a subset of the first set of state information. obtain a second lease associating the virtual machine instance in the second location with the block storage device, the second lease specifying a second policy of access to the block storage device by the virtual machine instance; determine a progress of the migration; update the status of the first and second leases based at least in part on the determined migration progress; responsive to an input-output request to the at least one block storage device, determine a response location for a response to the input-output request, the location determined based on the determined migration progress and the state of the first and second lease, wherein the response location is selected from the first location and the second location; send the response to the determined response location; copy a first set of state information associated with the block storage device from the first location to the second location; and copy a second set of state information associated with the block storage device from the first location to the second location, the second set of state information including one or more changes to a subset of the first set of state information.
Installation for treating a workpiece with a process fluid , which workpiece has a workpiece body having at least one cavity extending from a first opening to a second opening , comprising a line system for supplying the process fluid , which system has at least one line channel with an adapter for connecting the line system to the at least one cavity , and comprising a process chamber for receiving the workpiece during treatment, which chamber has an outlet for discharging process fluid introduced into the cavity for treating the workpiece , characterized by a suction apparatus connected to the process chamber for generating negative pressure through a suction channel , in order to suck the process fluid out of a fluid container into the process chamber through the at least one line channel and the at least one cavity .
A feeding device for feeding blank rings to a transport assembly , having a guide mandrel for the blank rings , which extends along a longitudinal axis (L) from an upper end to a lower end , having an insertion channel , which is assigned to the upper end of the guide mandrel and which is arranged coaxially with the longitudinal axis (L), having a holding arrangement , which has at least one holding part with a holding opening arranged coaxially with the longitudinal axis (L), wherein the inner dimension of the holding opening is greater than the outer dimension of the guide mandrel , so that an annular channel for the blank rings is provided in the holding opening , wherein the guide mandrel is mounted movably along the longitudinal axis (L) and wherein the lower end of the guide mandrel is supported on a transport surface for the blank rings , characterized in that a drive arrangement is provided and configured to raise the lower end of the guide mandrel from the transport surface by means of a magnetic field or a bodiless medium. having a guide mandrel for the blank rings , which extends along a longitudinal axis (L) from an upper end to a lower end , having an insertion channel , which is assigned to the upper end of the guide mandrel and which is arranged coaxially with the longitudinal axis (L), having a holding arrangement , which has at least one holding part with a holding opening arranged coaxially with the longitudinal axis (L), wherein the inner dimension of the holding opening is greater than the outer dimension of the guide mandrel , so that an annular channel for the blank rings is provided in the holding opening , wherein the guide mandrel is mounted movably along the longitudinal axis (L) and wherein the lower end of the guide mandrel is supported on a transport surface for the blank rings , characterized in that a drive arrangement is provided and configured to raise the lower end of the guide mandrel from the transport surface by means of a magnetic field or a bodiless medium.
A harsh environment integrated MPD riser joint comprising: a dynamic annular sealing system comprising: an upper sealing element , and a lower sealing element ; a static annular sealing system disposed below the dynamic annular sealing system comprising: an annular packer system and a connection sealing element disposed within the annular packer system , wherein a top mandrel is attached to a top distal end of the connection sealing element and a bottom mandrel is attached to a bottom distal end of the connection sealing element and the top mandrel and bottom mandrel secure the connection sealing element in place relative to the annular packer system with a plurality of locking dogs ; and a flow spool disposed below the static annular sealing system that diverts returning fluids to the surface, wherein the dynamic annular sealing system maintains annular pressure during drilling operations while the static annular sealing system is disengaged, and wherein the static annular sealing system maintains annular pressure during connection operations while the dynamic annular sealing system is disengaged. a dynamic annular sealing system comprising: an upper sealing element , and a lower sealing element ; an upper sealing element , and a lower sealing element ; a static annular sealing system disposed below the dynamic annular sealing system comprising: an annular packer system and a connection sealing element disposed within the annular packer system , wherein a top mandrel is attached to a top distal end of the connection sealing element and a bottom mandrel is attached to a bottom distal end of the connection sealing element and the top mandrel and bottom mandrel secure the connection sealing element in place relative to the annular packer system with a plurality of locking dogs ; and a flow spool disposed below the static annular sealing system that diverts returning fluids to the surface, wherein the dynamic annular sealing system maintains annular pressure during drilling operations while the static annular sealing system is disengaged, and wherein the static annular sealing system maintains annular pressure during connection operations while the dynamic annular sealing system is disengaged.
A competition wheelchair tire comprising: in regions (A1, A2), divided by a tire equator (CL), on both sides of a tread surface of the tire, a grip area along an entire circumference of a tread, the grip area including a plurality of recessed lines (3a, 3b, 30a-30d), with a shape recessed toward an inner side of the tire from an outline of the tread surface , that extend from a tread edge side in a direction inclined relative to the tire equator (CL) and are arrayed in parallel; and in each region (A1, A2), a recessed portion (5a-5f) defined by two lines (L1, L2, L4, L5, L7, L8, L10, L11, L13, L14), extending radially towards the grip area from a point (E1, E10, E20, E30, E40) positioned in a direction of the grip area from the tire equator (CL), and a line (L3, L6, L9, L12, L15) connecting tips of the two lines. in regions (A1, A2), divided by a tire equator (CL), on both sides of a tread surface of the tire, a grip area along an entire circumference of a tread, the grip area including a plurality of recessed lines (3a, 3b, 30a-30d), with a shape recessed toward an inner side of the tire from an outline of the tread surface , that extend from a tread edge side in a direction inclined relative to the tire equator (CL) and are arrayed in parallel; and in each region (A1, A2), a recessed portion (5a-5f) defined by two lines (L1, L2, L4, L5, L7, L8, L10, L11, L13, L14), extending radially towards the grip area from a point (E1, E10, E20, E30, E40) positioned in a direction of the grip area from the tire equator (CL), and a line (L3, L6, L9, L12, L15) connecting tips of the two lines.
A method for isolating cell-free DNA (cfDNA) from a liquid biological sample from a mammal, said method comprising: a) contacting a liquid biological sample containing cfDNA with a plurality of magnetic beads that reversibly bind to DNA; b) separating the cfDNA-bound magnetic beads from the unbound components of the liquid biological sample by inserting a rod-shaped magnet into the liquid biological sample to magnetically bind the cfDNA-bound magnetic beads, and removing the cfDNA-bound magnetic beads from the unbound components of the liquid biological sample; c) transferring the cfDNA-bound magnetic beads to a vessel containing an elution solution; and d) separating the magnetic beads from the elution solution by contacting the vessel containing the magnetic beads in the elution solution to a magnetic plate, wherein the magnetic plate comprises a ring magnet or causes the magnetic beads to adhere to the vessel walls, and collecting the elution solution containing the cfDNA. a) contacting a liquid biological sample containing cfDNA with a plurality of magnetic beads that reversibly bind to DNA; b) separating the cfDNA-bound magnetic beads from the unbound components of the liquid biological sample by inserting a rod-shaped magnet into the liquid biological sample to magnetically bind the cfDNA-bound magnetic beads, and removing the cfDNA-bound magnetic beads from the unbound components of the liquid biological sample; c) transferring the cfDNA-bound magnetic beads to a vessel containing an elution solution; and d) separating the magnetic beads from the elution solution by contacting the vessel containing the magnetic beads in the elution solution to a magnetic plate, wherein the magnetic plate comprises a ring magnet or causes the magnetic beads to adhere to the vessel walls, and collecting the elution solution containing the cfDNA.
A control device of a general-purpose engine which is used as a power source of a working machine , the control device comprising: an engine control unit configured to control the general-purpose engine in response to a command from an operation management unit external to the control device , the operation management unit being configured to control an operation of the working machine based on a management program (P2); a communication interface configured to communicate with an external device to obtain the management program (P2) from the external device ; a management program acquisition unit configured to acquire the management program (P2) from the external device through the communication interface ; a storage medium configured to store the management program (P2) acquired by the management program acquisition unit ; and an operation management substitute unit which is configured to control the operation of the working machine in place of the operation management unit in accordance with the management program (P2) stored in the storage medium when a failure of the operation management unit is detected, wherein the control device is configured to control the operation of the working machine in addition to the control of the general-purpose engine , when the operation management unit included in the working machine fails. an engine control unit configured to control the general-purpose engine in response to a command from an operation management unit external to the control device , the operation management unit being configured to control an operation of the working machine based on a management program (P2); a communication interface configured to communicate with an external device to obtain the management program (P2) from the external device ; a management program acquisition unit configured to acquire the management program (P2) from the external device through the communication interface ; a storage medium configured to store the management program (P2) acquired by the management program acquisition unit ; and an operation management substitute unit which is configured to control the operation of the working machine in place of the operation management unit in accordance with the management program (P2) stored in the storage medium when a failure of the operation management unit is detected, wherein the control device is configured to control the operation of the working machine in addition to the control of the general-purpose engine , when the operation management unit included in the working machine fails.
A drainage assembly comprising: a first segment comprising: a first inner tube defining a first inner tube passage ; a first outer tube concentrically disposed around the first inner tube and defining a first outer tube passage ; and a first fitting disposed on an end of the first segment , wherein the first fitting has a first outer passage in fluid communication with the first outer tube passage ; a plate configured adjacent the first fitting , wherein the plate has a plate outer passage in fluid communication with the first outer passage on one side; and a drainage line in fluid communication with the first outer tube passage ; characterised in that : the first fitting has a first inner passage in fluid communication with the first inner tube passage and the plate has a plate inner passage in fluid communication with the first inner passage on the one side. a first segment comprising: a first inner tube defining a first inner tube passage ; a first outer tube concentrically disposed around the first inner tube and defining a first outer tube passage ; and a first fitting disposed on an end of the first segment , wherein the first fitting has a first outer passage in fluid communication with the first outer tube passage ; a first inner tube defining a first inner tube passage ; a first outer tube concentrically disposed around the first inner tube and defining a first outer tube passage ; and a first fitting disposed on an end of the first segment , wherein the first fitting has a first outer passage in fluid communication with the first outer tube passage ; a plate configured adjacent the first fitting , wherein the plate has a plate outer passage in fluid communication with the first outer passage on one side; and a drainage line in fluid communication with the first outer tube passage ; characterised in that : the first fitting has a first inner passage in fluid communication with the first inner tube passage and the plate has a plate inner passage in fluid communication with the first inner passage on the one side.
Electronic device, comprising low and high frequency digital logic adapted to change the sampling rate of a base band signal delivered by a base band processor to provide an upsampled signal; sigma-delta modulation means (SDM) adapted to operate with a clock signal to process said upsampled signal, and having output means adapted to deliver a digital data signal, first means (PLL) adapted to deliver a radiofrequency transposition signal, two identical radiofrequency digital to analog conversion blocks (RDCi), wherein each radiofrequency digital to analog conversion block having first input means coupled to said output means, second input means adapted to receive said radiofrequency transposition signal, and second output means adapted to deliver a radiofrequency analog signal (ARFSi), digital delay means (DM) controlled by said clock signal and including a delay block connected between the two first input means, wherein the first input means of a first radiofrequency digital to analog conversion block being directly connected to said output means, and the first input means of the second radiofrequency digital to analog conversion block being connected to said output means through said delay block, and summation means (SM) adapted to sum said radiofrequency analog signals (ARFSi); wherein the delay value of the delay block is smaller than 1/(10 ∗ BW), where BW is the frequency bandwidth of the summed radio frequency analog signal. delivered by a base band processor to provide an upsampled signal; sigma-delta modulation means (SDM) adapted to operate with a clock signal to process said upsampled signal, and having output means adapted to deliver a digital data signal, first means (PLL) adapted to deliver a radiofrequency transposition signal, two identical radiofrequency digital to analog conversion blocks (RDCi), wherein each radiofrequency digital to analog conversion block having first input means coupled to said output means, second input means adapted to receive said radiofrequency transposition signal, and second output means adapted to deliver a radiofrequency analog signal (ARFSi), digital delay means (DM) controlled by said clock signal and including a delay block connected between the two first input means, wherein the first input means of a first radiofrequency digital to analog conversion block being directly connected to said output means, and the first input means of the second radiofrequency digital to analog conversion block being connected to said output means through said delay block, and summation means (SM) adapted to sum said radiofrequency analog signals (ARFSi); wherein the delay value of the delay block is smaller than 1/(10 ∗ BW), where BW is the frequency bandwidth of the summed radio frequency analog signal.