mhurhangee/ep-ind-claims huggingface dataset:
A device for automatically releasing cremated ashes, comprising: a chamber for containing cremated ashes; and a release mechanism configured to selectively release cremated ashes contained in the chamber to the external environment, characterised in the release mechanism comprising an annular outer member, and an inner member at least partially radially inward of the outer member, the outer member comprising an outlet from the chamber, wherein the release mechanism is configured to translate the inner member and the outer member relative to each other along a common longitudinal axis from a first relative position, in which release of cremated ashes in the chamber through the outlet is inhibited, to a second relative position, in which release of cremated ashes in the chamber through the outlet is enabled, wherein, in the first relative position, the inner member is in contact with the outer member so as to cover the outlet, and wherein, in the second relative position, the inner member is spaced from the outer member, wherein the inner member comprises an annular sloping surface arranged to contact the outer member in the first relative position. a chamber for containing cremated ashes; and a release mechanism configured to selectively release cremated ashes contained in the chamber to the external environment, characterised in the release mechanism comprising an annular outer member, and an inner member at least partially radially inward of the outer member, the outer member comprising an outlet from the chamber, wherein the release mechanism is configured to translate the inner member and the outer member relative to each other along a common longitudinal axis from a first relative position, in which release of cremated ashes in the chamber through the outlet is inhibited, to a second relative position, in which release of cremated ashes in the chamber through the outlet is enabled, wherein, in the first relative position, the inner member is in contact with the outer member so as to cover the outlet, and wherein, in the second relative position, the inner member is spaced from the outer member, wherein the inner member comprises an annular sloping surface arranged to contact the outer member in the first relative position.
An electronic apparatus comprising: an electronic panel which provides an image and is foldable with respect to a folding axis; a window which is foldable together with the electronic panel, with respect to the folding axis, and disposed on the electronic panel; a first functional layer which is foldable together with the window and the electronic panel, and disposed between the window and the electronic panel; and a second functional layer which is foldable together with the first functional layer, the window and the electronic panel, and disposed between the first functional layer and the electronic panel, wherein of the window, the first functional layer and the second functional layer the window is closest to the folding axis; characterized in that the second functional layer which is disposed farther from the window than the first functional layer, has a thickness in a range from about 30 micrometers to about 50 micrometers and a modulus of elasticity in a range from about 3 gigapascals to about 8 gigapascals, and the first functional layer has a thickness equal to or greater than that of the second functional layer and a modulus of elasticity less than that of the second functional layer. an electronic panel which provides an image and is foldable with respect to a folding axis; a window which is foldable together with the electronic panel, with respect to the folding axis, and disposed on the electronic panel; a first functional layer which is foldable together with the window and the electronic panel, and disposed between the window and the electronic panel; and a second functional layer which is foldable together with the first functional layer, the window and the electronic panel, and disposed between the first functional layer and the electronic panel, wherein of the window, the first functional layer and the second functional layer the window is closest to the folding axis; characterized in that the second functional layer which is disposed farther from the window than the first functional layer, has a thickness in a range from about 30 micrometers to about 50 micrometers and a modulus of elasticity in a range from about 3 gigapascals to about 8 gigapascals, and the first functional layer has a thickness equal to or greater than that of the second functional layer and a modulus of elasticity less than that of the second functional layer.
A method, executed by a computer, for tracking a bone, comprising the steps of: a) receiving bone registration data which represent locations of points (5a-5g) on the surface of the bone; b) calculating, from the bone registration data, the current relative position between the bone and a medical instrument (1; 6) which bears a marker device; c) determining an offset between the current relative position and a desired relative position; d) outputting indication information which is based on the calculated offset; e) receiving bone re-registration data which represent locations of points (5a-5c) on the surface of the bone; f) calculating the positional relationship data from the bone re-registration data; and g) tracking the bone by tracking the marker device and using the positional relationship data. a) receiving bone registration data which represent locations of points (5a-5g) on the surface of the bone; b) calculating, from the bone registration data, the current relative position between the bone and a medical instrument (1; 6) which bears a marker device; c) determining an offset between the current relative position and a desired relative position; d) outputting indication information which is based on the calculated offset; e) receiving bone re-registration data which represent locations of points (5a-5c) on the surface of the bone; f) calculating the positional relationship data from the bone re-registration data; and g) tracking the bone by tracking the marker device and using the positional relationship data.
Method for electrolytically depositing a deposition metal on a workpiece, comprising the following method steps: (a) providing an electrolytic metal depositing apparatus, in which the workpiece, at least one anode (40, 41) and a deposition electrolyte are arranged and which has a device for electric current generation and at least one current feeding device each in the form of a contact clamp, wherein the contact clamp has in each case at least one electrical contact element (34, 35) for making electrical contact with the workpiece; (d) depositing the deposition metal on the at least one electrical contact element (34, 35), and then; (b) bringing the at least one electrical contact element (34, 35) on which the deposition metal deposited in method step (d) is located into contact with the workpiece; (c) feeding electric current to the workpiece via the at least one electrical contact element (34, 35) in order that the deposition metal deposits on the workpiece, and then (e) removing deposition metal present from the at least one electrical contact element (34, 35); wherein the method steps (d), (b), (c) and (e) are repeated cyclically. (a) providing an electrolytic metal depositing apparatus, in which the workpiece, at least one anode (40, 41) and a deposition electrolyte are arranged and which has a device for electric current generation and at least one current feeding device each in the form of a contact clamp, wherein the contact clamp has in each case at least one electrical contact element (34, 35) for making electrical contact with the workpiece; (d) depositing the deposition metal on the at least one electrical contact element (34, 35), and then; (b) bringing the at least one electrical contact element (34, 35) on which the deposition metal deposited in method step (d) is located into contact with the workpiece; (c) feeding electric current to the workpiece via the at least one electrical contact element (34, 35) in order that the deposition metal deposits on the workpiece, and then (e) removing deposition metal present from the at least one electrical contact element (34, 35);
A controlling apparatus which is connected to a plurality of physical devices (22; 23; 24) in which respective virtual machines (22a, 22b; 23a; 24a) are operated and a process device which is connected to the plurality of physical devices (22; 23; 24) with a plurality of routes (28a to 28e) and in which a plurality of duplication process virtual machines (21a to 21d) for executing a duplication process of duplicating data used by the plurality of virtual machines (22; 23; 24) to a memory device different from the plurality of the physical devices are operated, the apparatus comprising: an acquisition unit arranged to acquire loads of the plurality of routes (28a to 28e) and percentages of completion of the duplication process executed by the plurality of duplication process virtual machines (21a to 21d); and a movement control unit arranged to move any of the duplication process virtual machines (21a to 21d) for performing the duplication process using the selected route to any of the plurality of physical devices (22; 23; 24) from the process device, when the route is selected based on a used band and incompletion of the duplication process using the selected route within a regulated time is detected based on the percentage of completion, wherein the physical device at a movement destination is determined with the condition that completion of the duplication process executed by the duplication process virtual machine (21a; 21b; 21c; 21d) to be moved, when the duplication process virtual machine as a movement target is moved, is expected based on the percentage of completion. an acquisition unit arranged to acquire loads of the plurality of routes (28a to 28e) and percentages of completion of the duplication process executed by the plurality of duplication process virtual machines (21a to 21d); and a movement control unit arranged to move any of the duplication process virtual machines (21a to 21d) for performing the duplication process using the selected route to any of the plurality of physical devices (22; 23; 24) from the process device, when the route is selected based on a used band and incompletion of the duplication process using the selected route within a regulated time is detected based on the percentage of completion, wherein the physical device at a movement destination is determined with the condition that completion of the duplication process executed by the duplication process virtual machine (21a; 21b; 21c; 21d) to be moved, when the duplication process virtual machine as a movement target is moved, is expected based on the percentage of completion.
A process for preparing an olefin comprising subjecting a crude alcohol stream, that is a product of either saponification of at least one fatty oil with caustic, or of sugar hydrogenolysis, the crude alcohol stream including an alcohol selected from glycerol, propylene glycol, ethylene glycol, and combinations thereof, further including a total amount of at least 5 weight percent, based on weight of the crude alcohol stream as a whole, of at least one contaminant selected from the group consisting of alkali metal chlorides, alkali metal phosphates, water, and combinations thereof, provided that the crude alcohol stream includes water in an amount greater than 2.5 weight percent, based on weight of the crude alcohol stream as a whole, to dehydroxylation conditions in the presence of a halogen-based catalyst, selected from the group consisting of iodine (I 2), hydrogen iodide, and combinations thereof, containing at least one iodine atom per molecule thereof, which conditions include a reductive or a non-reductive gas, at an applied pressure thereof ranging from 1 pound per square inch gauge (∼6.89 kilopascals) to 2000 pound per square inch gauge (∼13.79 megapascals), or at autogenous pressure; a temperature within a range of from 50 °C to 250 °C; a liquid reaction medium; and a ratio of moles of the alcohol to moles of the iodine atoms ranging from 1:10 to 100:1; such that at least one olefin is formed and the amount of the at least one contaminant is reduced. that is a product of either saponification of at least one fatty oil with caustic, or of sugar hydrogenolysis, the crude alcohol stream including an alcohol selected from glycerol, propylene glycol, ethylene glycol, and combinations thereof, further including a total amount of at least 5 weight percent, based on weight of the crude alcohol stream as a whole, of at least one contaminant selected from the group consisting of alkali metal chlorides, alkali metal phosphates, water, and combinations thereof, provided that the crude alcohol stream includes water in an amount greater than 2.5 weight percent, based on weight of the crude alcohol stream as a whole, provided that the crude alcohol stream includes water in an amount greater than 2.5 weight percent, based on weight of the crude alcohol stream as a whole, in the presence of a halogen-based catalyst, selected from the group consisting of iodine (I 2), hydrogen iodide, and combinations thereof, containing at least one iodine atom per molecule thereof, which conditions include a reductive or a non-reductive gas, at an applied pressure thereof ranging from 1 pound per square inch gauge (∼6.89 kilopascals) to 2000 pound per square inch gauge (∼13.79 megapascals), or at autogenous pressure; a temperature within a range of from 50 °C to 250 °C; a liquid reaction medium; and a ratio of moles of the alcohol to moles of the iodine atoms ranging from 1:10 to 100:1; such that at least one olefin is formed and the amount of the at least one contaminant is reduced.
A method for detecting and measuring the degree of phosphorylation in a sample, comprising: (i) introducing the sample containing an analyte into an inductively coupled plasma mass spectrometer having a reactive collision cell, and producing analyte ions; (ii) reacting the analyte ions with a reactive gas, producing product ions with a different mass to charge ratio than the analyte ions which provides interference-free detection; (iii) detecting and measuring a signal or combination of signals from a product phosphorus-containing ion and a signal or combination of signals from a second ion, wherein the second ion is specific to the sample and is one of an ion and a plurality of ions; and (iv) computing one of the ratio and plurality of ratios, of the signal or combination of signals from the product phosphorus-containing ions to the signal or combination of signals from the second ions, to determine the degree of phosphorylation in the sample. (i) introducing the sample containing an analyte into an inductively coupled plasma mass spectrometer having a reactive collision cell, and producing analyte ions; (ii) reacting the analyte ions with a reactive gas, producing product ions with a different mass to charge ratio than the analyte ions which provides interference-free detection; (iii) detecting and measuring a signal or combination of signals from a product phosphorus-containing ion and a signal or combination of signals from a second ion, wherein the second ion is specific to the sample and is one of an ion and a plurality of ions; and (iv) computing one of the ratio and plurality of ratios, of the signal or combination of signals from the product phosphorus-containing ions to the signal or combination of signals from the second ions, to determine the degree of phosphorylation in the sample.
A yarn winding device configured to wind yarn onto a cone-shaped bobbin to form a cone-shaped package, the yarn winding device comprising: a cradle configured to rotatably support the bobbin with a bobbin holding portion (B1, B2) configured to hold the bobbin; a driving section attached to the cradle, having a rotation shaft that is coupled to the bobbin holding portion (B1, B2) in an integrally rotatable manner, and configured to rotate the bobbin holding portion (B1, B2) thereby rotating the bobbin; a traverse device configured to move a yarn guiding section on which the yarn is hooked, thereby traversing the yarn to be wound around the bobbin or the package; a package-peripheral-speed acquisition section configured to acquire, as a first peripheral speed, a peripheral speed of an outer peripheral surface of the bobbin or the package at a predetermined position in a rotational-axis direction of the bobbin; a touch roller configured to come into contact with the outer peripheral surface of the bobbin or the package and to be rotated by rotation of the bobbin or the package; characterized by a roller-peripheral-speed calculation section configured to calculate, as a second peripheral speed, a peripheral speed of an outer peripheral surface of the touch roller; and a contact-state determination section configured to compare the first peripheral speed acquired by the package-peripheral-speed acquisition section and the second peripheral speed calculated by the roller-peripheral-speed calculation section, thereby determining a contact state of the bobbin or the package that is in contact with the touch roller. a cradle configured to rotatably support the bobbin with a bobbin holding portion (B1, B2) configured to hold the bobbin; a driving section attached to the cradle, having a rotation shaft that is coupled to the bobbin holding portion (B1, B2) in an integrally rotatable manner, and configured to rotate the bobbin holding portion (B1, B2) thereby rotating the bobbin; a traverse device configured to move a yarn guiding section on which the yarn is hooked, thereby traversing the yarn to be wound around the bobbin or the package; a package-peripheral-speed acquisition section configured to acquire, as a first peripheral speed, a peripheral speed of an outer peripheral surface of the bobbin or the package at a predetermined position in a rotational-axis direction of the bobbin; a touch roller configured to come into contact with the outer peripheral surface of the bobbin or the package and to be rotated by rotation of the bobbin or the package; characterized by a roller-peripheral-speed calculation section configured to calculate, as a second peripheral speed, a peripheral speed of an outer peripheral surface of the touch roller; and a contact-state determination section configured to compare the first peripheral speed acquired by the package-peripheral-speed acquisition section and the second peripheral speed calculated by the roller-peripheral-speed calculation section, thereby determining a contact state of the bobbin or the package that is in contact with the touch roller.
An optical fiber connector sub-assembly for an optical fiber connector, comprising: a ferrule configured to hold an optical fiber therein; a ferrule holder (120; 720) configured to hold the ferrule; a retaining tube (130; 730) configured to hold the ferrule holder (120; 720) and receive a fiber optic cable; and a connecting tube (140; 740) configured to be rotatingly coupled with the ferrule holder (120; 720), a forward end portion of the connecting tube (140; 740) being configured to be received in the ferrule holder (120; 720) and to be slidingly received by the retaining tube (130; 730), wherein the ferrule holder, the retaining tube, and the connecting tube are configured to receive an optical fiber, wherein the retaining tube (130; 730) and the connecting tube (140; 740) are configured to cooperate with one another to prevent relative rotation between the ferrule holder (120; 720) and the retaining tube (130; 730), wherein the retaining tube (130; 730) includes a forward end portion and a rearward end portion, the forward end portion and the rearward end portion being separated at an interior of the retaining tube (130; 730) by an inner annular shoulder, characterized in that the connecting tube (140; 740) includes an elongated cylindrical portion having a head portion (142; 742) at its rear end, the head portion including a flattened region, and wherein the rearward end portion of the retaining tube (130; 730) includes an inner wall having a flattened inner region configured to be aligned with the flattened region of the connecting tube (140; 740). a ferrule configured to hold an optical fiber therein; a ferrule holder (120; 720) configured to hold the ferrule; a retaining tube (130; 730) configured to hold the ferrule holder (120; 720) and receive a fiber optic cable; and a connecting tube (140; 740) configured to be rotatingly coupled with the ferrule holder (120; 720), a forward end portion of the connecting tube (140; 740) being configured to be received in the ferrule holder (120; 720) and to be slidingly received by the retaining tube (130; 730), wherein the ferrule holder, the retaining tube, and the connecting tube are configured to receive an optical fiber, wherein the retaining tube (130; 730) and the connecting tube (140; 740) are configured to cooperate with one another to prevent relative rotation between the ferrule holder (120; 720) and the retaining tube (130; 730), wherein the retaining tube (130; 730) includes a forward end portion and a rearward end portion, the forward end portion and the rearward end portion being separated at an interior of the retaining tube (130; 730) by an inner annular shoulder, characterized in that the connecting tube (140; 740) includes an elongated cylindrical portion having a head portion (142; 742) at its rear end, the head portion including a flattened region, and wherein the rearward end portion of the retaining tube (130; 730) includes an inner wall having a flattened inner region configured to be aligned with the flattened region of the connecting tube (140; 740).
DC switching device for switching direct currents, in particular direct currents in the kiloampere range, comprising - an electrical series connection, which comprises a first and a second switch (20, 30), wherein the first switch is a mechanical switch and has a movable contact system for the purpose of switching, and - a semiconductor power switch, which is connected in parallel with the series connection, wherein - the second switch of the series connection is likewise a mechanical switch and likewise has a movable contact system for the purpose of switching and - the movable contact system of the second switch is configured in such a way that it can switch faster than the movable contact system of the first switch, characterized in that the DC switching device has a control device, which, in the event of a fault, actuates exclusively the semiconductor power switch and the second switch in order to disconnect the fault current and which, during normal operation, in the event of operative action, actuates exclusively the semiconductor power switch and the first switch in order to switch off the normal-operation current. - an electrical series connection, which comprises a first and a second switch (20, 30), wherein the first switch is a mechanical switch and has a movable contact system for the purpose of switching, and - a semiconductor power switch, which is connected in parallel with the series connection, wherein - the second switch of the series connection is likewise a mechanical switch and likewise has a movable contact system for the purpose of switching and - the movable contact system of the second switch is configured in such a way that it can switch faster than the movable contact system of the first switch,
Razor with a handle, at the one end of which a ball joint socket is arranged, and with a blade head having at least one razor blade and a ball joint head, the ball joint head of the blade head and the ball joint socket of the handle forming a ball joint, and the handle having in the ball joint socket an alignment element consisting of an elastic material, which is designed to engage in a recess in the ball joint head.