mhurhangee/ep-ind-claims huggingface dataset:
A wellhead assembly comprising: an outer tubular wellhead member; an inner tubular wellhead member adapted to land within the outer tubular wellhead member, defining a seal pocket between them; an annular recess formed in at least one of the wellhead members; an inlay located in the recess, the inlay comprising a material having a yield strength greater than the yield strength of the material of the wellhead member having the annular recess; a plurality of circumferentially extending, parallel ridges formed in the inlay; and an annular seal that is adapted to be disposed within the seal pocket and to be urged against the ridges on the inlay, wherein the annular seal is formed of a metal having a yield strength less than the yield strength of the inlay. an outer tubular wellhead member; an inner tubular wellhead member adapted to land within the outer tubular wellhead member, defining a seal pocket between them; an annular recess formed in at least one of the wellhead members; an inlay located in the recess, the inlay comprising a material having a yield strength greater than the yield strength of the material of the wellhead member having the annular recess; a plurality of circumferentially extending, parallel ridges formed in the inlay; and an annular seal that is adapted to be disposed within the seal pocket and to be urged against the ridges on the inlay, wherein the annular seal is formed of a metal having a yield strength less than the yield strength of the inlay.
A plumbing sealing arrangement coomprising: a passassway having an Inlet adapted to be connected to a waste outlet and an outlet adapted to be connected to a soll stack; a one way valve comprising a duck bill shaped valve located between the passageway inlet and outlet, the one way valve adapted to permit the passage of fluid through the passageway in one direction only from the inlet to the outlet; and a trap arranged to permit a liquid seal to be formed between the passageway inlet and the passageway outlet; wherein, in normal use, at least a portion of the one way valve is immersed in the liquid seal. a passassway having an Inlet adapted to be connected to a waste outlet and an outlet adapted to be connected to a soll stack; a one way valve comprising a duck bill shaped valve located between the passageway inlet and outlet, the one way valve adapted to permit the passage of fluid through the passageway in one direction only from the inlet to the outlet; and a trap arranged to permit a liquid seal to be formed between the passageway inlet and the passageway outlet; wherein, in normal use, at least a portion of the one way valve is immersed in the liquid seal.
Arrangement for transferring loads, in particular elongate loads, such as parent rolls and/or reeling shafts and/or rolls and/or beams of cranes and/or machine parts, between at least two target stations (20; 21; 22) in connection with production of fiber webs, which arrangement comprises at least one transfer device, characterized in, that the arrangement comprises at least two different kinds of pallets (11, 13) that are moved by the same at least one transfer device and that at least one pallet i.e. parent roll pallet is provided for transferring of parent rolls and/or reeling shafts and at least one pallet i.e. roll pallet is provided for transferring rolls and that in the arrangement the parent roll pallet and the roll pallet are exchangeable on/from the transfer device and that the pallets (11, 13) are releasably attached to the transfer device.
A method comprising: displaying a graphical user interface, GUI on a touch screen; identifying, using a sensor included in a turbulence detector, a spatial relationship between a body part of a user, that is not in contact with the touch screen, and at least a portion of the GUI displayed on the touch screen; identifying, using said sensor, a rate of approach of the body part toward the touch screen; and, if the body part is not in contact with the touch screen and the rate of approach is above a predetermined threshold, moving, in response to relative motion between the touch screen and the body part, a position of the portion of the GUI within the touch screen to maintain the spatial relationship between the body part and the portion of the GUI by adjusting the manner in which the GUI is displayed. displaying a graphical user interface, GUI on a touch screen; identifying, using a sensor included in a turbulence detector, a spatial relationship between a body part of a user, that is not in contact with the touch screen, and at least a portion of the GUI displayed on the touch screen; identifying, using said sensor, a rate of approach of the body part toward the touch screen; and, if the body part is not in contact with the touch screen and the rate of approach is above a predetermined threshold, moving, in response to relative motion between the touch screen and the body part, a position of the portion of the GUI within the touch screen to maintain the spatial relationship between the body part and the portion of the GUI by adjusting the manner in which the GUI is displayed.
Motor vehicle automatic braking process, implementing a function of management of the vehicle's longitudinal dynamics, braking of the vehicle using wheel brakes, consisting, after the detection of a first collision of this vehicle with an obstacle, of operating on the control of the vehicle's motor so that after the first collision it is unable to deliver motor torque to the drive wheels of this vehicle no matter what the driver does based on an analysis function of life situation which takes account of an analysis of the vehicle environment including monitoring the obstacle having caused the first collision which started a braking with intervention on the control of the vehicle's motor; characterised in that this first collision is detected from information delivered by the accelerometers registering sudden acceleration, or by the deployment of the passenger safety airbags, the information delivered by the analysis function of life situation being in addition transmitted to a vehicle safety management function, which receives in addition information concerning the driver's actions, in order to determine the best possible action to be taken on the vehicle's dynamics to assure safety, and avoid another collision.
A method for establishing control relationships between at least two networked devices, the method comprising the following steps: (a) a configuration device reads identification data of a first networked device from a first machine-readable tag, said first machine-readable tag being connected to said first networked device; (b) the configuration device writes the identification data of the first networked device to a second machine-readable tag while supplying power necessary to accomplish said writing to the second machine-readable tag, said second machine-readable tag being connected to a second networked device; (c) a controller unit of the second networked device reads the identification data of the first networked device from the second machine-readable tag; (d) the controller unit of the second networked device uses the identification data of the first networked device to establish a control relationship between the first networked device and the second networked device, wherein the second machine-readable tag is connected to the controller unit via a wired connection, and wherein, in step (c), the controller unit reads the identification data of the first networked device from the second machine-readable tag via said wired connection. (a) a configuration device reads identification data of a first networked device from a first machine-readable tag, said first machine-readable tag being connected to said first networked device; (b) the configuration device writes the identification data of the first networked device to a second machine-readable tag while supplying power necessary to accomplish said writing to the second machine-readable tag, said second machine-readable tag being connected to a second networked device; (c) a controller unit of the second networked device reads the identification data of the first networked device from the second machine-readable tag; (d) the controller unit of the second networked device uses the identification data of the first networked device to establish a control relationship between the first networked device and the second networked device, wherein the second machine-readable tag is connected to the controller unit via a wired connection, and wherein, in step (c), the controller unit reads the identification data of the first networked device from the second machine-readable tag via said wired connection.
A process for the preparation of sorafenib tosylate polymorph III characterized by powder X-ray diffractogram as shown in Figure 1, which comprises: a. providing a solution comprising sorafenib, p-toluenesulfonic acid and a solvent selected from a group consisting of a mixture of dimethyl acetamide and an alcoholic solvent, a mixture of dimethylformamide and an alcoholic solvent and a mixture thereof; b. adding an alcoholic solvent to the solution obtained in step (a); c. isolating the solid; d. slurring the solid obtained in step (c) with an alcoholic solvent; and e. isolating sorafenib tosylate polymorph III by filtering and then drying at 65 to 70 °C for 11 hours; wherein the alcoholic solvent used in step (a), (b) and (d) is methanol. a. providing a solution comprising sorafenib, p-toluenesulfonic acid and a solvent selected from a group consisting of a mixture of dimethyl acetamide and an alcoholic solvent, a mixture of dimethylformamide and an alcoholic solvent and a mixture thereof; b. adding an alcoholic solvent to the solution obtained in step (a); c. isolating the solid; d. slurring the solid obtained in step (c) with an alcoholic solvent; and e. isolating sorafenib tosylate polymorph III by filtering and then drying at 65 to 70 °C for 11 hours;
A tissue cutting system for cutting tissue of a heart, such as tissue of a septum of a heart, comprising: - an outer tubular member having a proximal portion and a distal portion, said distal portion comprising a tissue resection window; - a resection element axially slidably arranged inside the outer tubular member configured to resect tissue extending through the tissue resection window, wherein the resection element is configured to cut tissue backwards in a direction from the distal portion towards the proximal portion; - a plunger sealingly engaged inside the outer tubular member; wherein the plunger is directly connected to or forming an integral part of the resection element, said system configured to control a fluid in a closed chamber defined by the outer tubular member and the plunger such that when a chamber pressure in the chamber is increased a backwards movement of the resection element is produced and when the chamber pressure is decreased a forwards movement of the resection element is produced; - at least one pressure sensor; wherein the outer tubular member and resection element are arranged to establish: - a first fluid flow channel suitable for transporting resected tissue away from an area adjacent to the resection element; - at least one second fluid flow channel configured to assist the first fluid flow channel in transporting resected tissue. - an outer tubular member having a proximal portion and a distal portion, said distal portion comprising a tissue resection window; - a resection element axially slidably arranged inside the outer tubular member configured to resect tissue extending through the tissue resection window, wherein the resection element is configured to cut tissue backwards in a direction from the distal portion towards the proximal portion; - a plunger sealingly engaged inside the outer tubular member; - at least one pressure sensor; - a first fluid flow channel suitable for transporting resected tissue away from an area adjacent to the resection element; - at least one second fluid flow channel configured to assist the first fluid flow channel in transporting resected tissue.
Cradle (20, 40, 60, 70, 80, 90) for a coded information reader (10, 30, 50), wherein the cradle (20, 40, 60, 70, 80, 90) comprises at least one security information interaction device (22, 42, 62, 71, 81, 91), characterized in that said at least one security information interaction device (22, 42, 62, 71, 81, 91) is configured to make security information directly intelligible to a human operator by making it visible, or to decode the security information and provide the operator with a decoding results indication, or to modify the security information.
Tread profile of a vehicle tire, which tread profile has a profile band which runs in encircling fashion over the circumference of the tread and which has sipes, wherein the sipe is composed of at least three approximately axially running sections (5, 6, 7) which are in the form of straight lines as seen in plan view, wherein the first and third sections (5, 7) form the two outer sections of the sipe and are arranged on a common imaginary straight line as seen in plan view of the tread profile, and the first and third sections (5, 7) have depth profiles which deviate codirectionally from the radial direction (rR) by an angle α, and wherein the second section, in its depth profile, deviates from the radial direction (rR) by an angle β in the opposite direction to the first and third sections (5, 7), characterized in that the second section - in plan view and in the new state of the tread profile - is arranged offset in the circumferential direction (uR), and in that the total size of the surfaces of the first and third sections (5, 7) is unequal to the size of the surface of the second section.
An active ray curable inkjet ink set comprising a white ink and a colored ink each containing at least a photopolymerizable compound and a photopolymerization initiator, wherein the white ink further contains titanium oxide and a gelling agent, the colored ink further contains a color material, a value of a mass ratio of a content of the photopolymerization initiator in the white ink to a content of the photopolymerization initiator in the colored ink, namely in (white ink/colored ink), is in the range of 0.10 to 0.90, and the content of the photopolymerization initiator in the white ink is in the range of 0.3 to 2.7 mass% based on the total mass of the ink.
Molded foam body having anisotropic, thermally inducible shape memory properties, comprising at least one shape memory polymer which, after a mechanical or thermomechanical programming, is able to execute at least one shape transition temperature-induced from a temporary shape to a permanent shape, characterized in that the unprogrammed shape memory polymer exhibits a foam structure having asymmetric pores, oriented substantially in a common, first spatial direction, wherein a ratio of an average pore dimension in the first spatial direction to an average pore dimension in a second spatial direction extending orthogonally thereto is at least 2.
A binding plate, adapted to interact with the user-side surface of a ski, characterised in that: the distal ends (16a, 16b) of the binding plate are constructed from a hard plastic material, in particular a plastic material suitable for mounting a binding housing thereto, and the central portion of the binding plate comprises a relatively softer plastic material.
An implantable sling (1 0) for use in a medical application comprising: a biocompatible support member having a first surface and a second surface, the first and second surfaces including a first end (240a, 240b), a second end (260a, 260b), and a central region (250a, 250b) positioned therebetween; a first set of fixation elements positioned on the first end of the first surface; a second set of fixation elements positioned on the second end of the first surface; and, a first spacer positioned on the central region of the first surface; characterized in that it further comprises a third set of fixation elements positioned on the second surface and in that a second and a third spacer (292, 294) is provided on the second surface of the support member, the second spacer being positioned on the first end of the second surface opposite the first set of fixation elements and the third spacer being positioned on the second end of the second surface, opposite the second set of fixation elements. a biocompatible support member having a first surface and a second surface, the first and second surfaces including a first end (240a, 240b), a second end (260a, 260b), and a central region (250a, 250b) positioned therebetween; a first set of fixation elements positioned on the first end of the first surface; a second set of fixation elements positioned on the second end of the first surface; and, a first spacer positioned on the central region of the first surface; characterized in that it further comprises a third set of fixation elements positioned on the second surface and in that a second and a third spacer (292, 294) is provided on the second surface of the support member, the second spacer being positioned on the first end of the second surface opposite the first set of fixation elements and the third spacer being positioned on the second end of the second surface, opposite the second set of fixation elements.
A combination comprising an aircraft wing trailing edge section (2, 2', 2") including a wing trailing edge and an adjustment body (8, 21, 24, 34), the adjustment body (8, 21, 24, 34) comprising: a tapered cross section in a local chord axis direction of the wing trailing edge section (2, 2', 2") with an upper adjustment body surface (18, 22, 26), a lower adjustment body surface (16, 28) and a back-end surface (12, 23, 25), wherein the lower adjustment body surface (16, 28) is connected to a top surface of the aircraft wing trailing edge section, and wherein the back-end surface (12, 23, 25) has a height (h), wherein the adjustment body has a length in a local chord axis direction; wherein the adjustment body (8, 21, 24, 34) is positioned on the wing trailing edge section (2, 2', 2") such that the back-end surface (12, 23, 25) is flush with the wing trailing edge, a tapered cross section in a local chord axis direction of the wing trailing edge section (2, 2', 2") with an upper adjustment body surface (18, 22, 26), a lower adjustment body surface (16, 28) and a back-end surface (12, 23, 25), wherein the lower adjustment body surface (16, 28) is connected to a top surface of the aircraft wing trailing edge section, and wherein the back-end surface (12, 23, 25) has a height (h), wherein the adjustment body has a length in a local chord axis direction; wherein the adjustment body (8, 21, 24, 34) is positioned on the wing trailing edge section (2, 2', 2") such that the back-end surface (12, 23, 25) is flush with the wing trailing edge,
Rotor for an electric motor, comprising: a ring shaped one-piece non-laminated rotor iron core having an inner surface, wherein a magnet area of the inner surface is provided with a groove (30, 30a, 30b, 30c) to reduce eddy current losses; and a magnet part disposed in the magnet area of the inner surface of the iron core, the magnet part comprising a plurality of magnet sheets (20, 21, 22, 23, 24), wherein each magnet sheet (20, 21, 22, 23, 24) has a rectangular circumferential shape which is defined by two long edges extending in parallel and two short edges extending parallel to each other and perpendicular to the long edges, wherein the magnet sheets (20, 21, 22, 23, 24) are arranged adjacently in sequence along the inner surface of the iron core with the long edges bordering each other, and wherein the groove forms a certain angle with the long edges of each magnet sheet (20, 21, 22, 23, 24) forming the magnet part, characterised in that the groove (30, 30a, 30b, 30c) forms an angle of 30 degrees with the longest edge of each magnet sheet (20, 21, 22, 23, 24). a ring shaped one-piece non-laminated rotor iron core having an inner surface, wherein a magnet area of the inner surface is provided with a groove (30, 30a, 30b, 30c) to reduce eddy current losses; and a magnet part disposed in the magnet area of the inner surface of the iron core, the magnet part comprising a plurality of magnet sheets (20, 21, 22, 23, 24), wherein each magnet sheet (20, 21, 22, 23, 24) has a rectangular circumferential shape which is defined by two long edges extending in parallel and two short edges extending parallel to each other and perpendicular to the long edges, wherein the magnet sheets (20, 21, 22, 23, 24) are arranged adjacently in sequence along the inner surface of the iron core with the long edges bordering each other, and wherein the groove forms a certain angle with the long edges of each magnet sheet (20, 21, 22, 23, 24) forming the magnet part, characterised in that the groove (30, 30a, 30b, 30c) forms an angle of 30 degrees with the longest edge of each magnet sheet (20, 21, 22, 23, 24).
A method for transfer of electrocardiograph data between a remote processor connected to a central processor via a network wherein identification information concerning a test subject associated with the electrocardiograph data is entered, the method being characterized by: recording demographic data associated with the test subject on a portable storage medium containing the electrocardiograph data; coupling the portable storage medium containing the electrocardiograph data to the remote processor; extracting the electrocardiograph data from the portable storage medium and transmitting the identification information and the electrocardiograph data from the remote processor to the central processor; and transmitting a release message from the central processor to the remote processor to enable erasure of the electrocardiograph data from the portable storage medium, wherein the transmission of the release message is subsequent to the successful storage of the electrocardiograph data on the central processor. recording demographic data associated with the test subject on a portable storage medium containing the electrocardiograph data; coupling the portable storage medium containing the electrocardiograph data to the remote processor; extracting the electrocardiograph data from the portable storage medium and transmitting the identification information and the electrocardiograph data from the remote processor to the central processor; and transmitting a release message from the central processor to the remote processor to enable erasure of the electrocardiograph data from the portable storage medium, wherein the transmission of the release message is subsequent to the successful storage of the electrocardiograph data on the central processor.