mhurhangee/patent-ind-claim-en huggingface dataset:
A method of managing access to protected file content on a computing device , the method comprising: receiving a request to open a file stored on the computing device; determining that the file is a protected file, wherein determining that the file is a protected file comprises determining that the file is managed using a file vault application on the computing device , the file vault application limiting user access to one or more managed files, the method further comprising determining that the file vault application does not support opening the file; in response to determining that the file is a protected file: identifying a first application that is suitable for opening the file, wherein identifying the first application comprises selecting an application that is different from the file vault application; determining that the first application is an unsecured application; and in response to determining that the first application is an unsecured application, locking the first application to prevent unauthorized access of application data of the first application in a locked state. receiving a request to open a file stored on the computing device; determining that the file is a protected file, wherein determining that the file is a protected file comprises determining that the file is managed using a file vault application on the computing device , the file vault application limiting user access to one or more managed files, the method further comprising determining that the file vault application does not support opening the file; in response to determining that the file is a protected file: identifying a first application that is suitable for opening the file, wherein identifying the first application comprises selecting an application that is different from the file vault application; determining that the first application is an unsecured application; and in response to determining that the first application is an unsecured application, locking the first application to prevent unauthorized access of application data of the first application in a locked state. identifying a first application that is suitable for opening the file, wherein identifying the first application comprises selecting an application that is different from the file vault application; determining that the first application is an unsecured application; and in response to determining that the first application is an unsecured application, locking the first application to prevent unauthorized access of application data of the first application in a locked state.
A crystalline polymorphic form A of 15β-hydroxy-osaterone acetate, which is a crystalline polymorphic form having diffraction peaks at the following diffraction angles 2θ in a powder X-ray diffraction spectrum: 9.6° ± 0.2°, 17.1° ± 0.2°, 20.2° ± 0.2°
A head-up display apparatus for reflecting, by a reflecting part, display light emitted by a display device to express an image and displaying a virtual image corresponding to the image by the display light reflected by the reflecting part , comprising: a reflecting-part holder provided with a pair of rotary shaft parts protruding at both ends of the reflecting-part holder , the reflecting-part holder for retaining the reflecting part ; a housing ; a pair of bearings for rotatably supporting the pair of rotary shaft parts respectively; and a pair of bearing holders for retaining the pair of bearings in the housing respectively, wherein a first supported part protruding in a radial direction of each of the bearings is provided to each of the bearing holders , and the housing including a hole-shaped first support part in which the first supported part of one of the bearing holders is positioned, and an elongated-hole-shaped second support part along an axial direction of the rotary shaft parts in which the first supported part of the other of the bearing holders is positioned, wherein at least one of the pair of bearing holders is provided with a second supported part to be positioned in the housing , the second supported part being arranged and protruding in a direction intersecting with the axial direction of the rotary shaft parts , and wherein the housing includes an elongated-hole-shaped third support part along a direction intersecting with the axial direction, the second supported part being positioned in the third support part . a reflecting-part holder provided with a pair of rotary shaft parts protruding at both ends of the reflecting-part holder , the reflecting-part holder for retaining the reflecting part ; a housing ; a pair of bearings for rotatably supporting the pair of rotary shaft parts respectively; and a pair of bearing holders for retaining the pair of bearings in the housing respectively, wherein a first supported part protruding in a radial direction of each of the bearings is provided to each of the bearing holders , and the housing including a hole-shaped first support part in which the first supported part of one of the bearing holders is positioned, and an elongated-hole-shaped second support part along an axial direction of the rotary shaft parts in which the first supported part of the other of the bearing holders is positioned, wherein at least one of the pair of bearing holders is provided with a second supported part to be positioned in the housing , the second supported part being arranged and protruding in a direction intersecting with the axial direction of the rotary shaft parts , and wherein the housing includes an elongated-hole-shaped third support part along a direction intersecting with the axial direction, the second supported part being positioned in the third support part .
A method of selective conversion of a compound of formula 1 to a compound of formula 2 by ozonolysis and subsequent reduction, wherein R is selected from H, acetals, aminals, optionally substituted alkyl groups, carboxylates, carbonates, carbamates, and any protecting group which can be attached to 1 and cleaved from 2 , R' is selected from CH=CH 2 , an alkyl moiety with C2-C20, or a cycloalkyl or polycycloalkyl moiety with C3-C20 optionally alkylated, respectively, the wavy bond is depicting an unspecified configuration of the adjacent double bond between C2 and C3, and wherein the ozonolysis is carried out at temperatures above -20 °C. wherein R is selected from H, acetals, aminals, optionally substituted alkyl groups, carboxylates, carbonates, carbamates, and any protecting group which can be attached to 1 and cleaved from 2 , R' is selected from CH=CH 2 , an alkyl moiety with C2-C20, or a cycloalkyl or polycycloalkyl moiety with C3-C20 optionally alkylated, respectively, the wavy bond is depicting an unspecified configuration of the adjacent double bond between C2 and C3, and wherein the ozonolysis is carried out at temperatures above -20 °C.
Method for producing a bicycle frame from at least two modules , wherein the modules are produced individually and are interconnected at corresponding connecting portions, wherein at least one of the modules is produced from hollow tubes having a round, oval or polygonal cross section and is produced from thermoplastic material on the basis of an injection-moulding method using the fluid-injection technique, characterised in that one module , in particular a front part or rear part in the form of an insert or pre-moulded part, is inserted into an injection mould and then a further module , in particular a rear part or front part, is produced in the moulding injection mould.
A method of removing CO 2 and O 2 from a gas comprising steps of: placing a CO 2 and O 2 remover in a container, wherein the CO 2 and O 2 remover comprises 65 to 85 weight percent (wt. %) of a nickel oxide (NiO), 5 to 20 wt. % of a magnesium oxide (MgO) and 5.9 to 18.3 wt. % of Al 2 O 3 , wherein the weight ratio of the nickel oxide and the magnesium oxide (NiO/MgO) is 4 to 11, and wherein the wt. % is based on the weight of the CO 2 and O 2 remover; and passing the gas through the container. placing a CO 2 and O 2 remover in a container, wherein the CO 2 and O 2 remover comprises 65 to 85 weight percent (wt. %) of a nickel oxide (NiO), 5 to 20 wt. % of a magnesium oxide (MgO) and 5.9 to 18.3 wt. % of Al 2 O 3 , wherein the weight ratio of the nickel oxide and the magnesium oxide (NiO/MgO) is 4 to 11, and wherein the wt. % is based on the weight of the CO 2 and O 2 remover; and passing the gas through the container.
Bottom bracket bearing arrangement for a pedal-powered vehicle, comprising a bottom bracket bearing shaft defining an axis of the bottom bracket bearing arrangement and provided for connection to two pedals, a first radial bearing as well as a second radial bearing axially spaced therefrom for rotatably supporting the bottom bracket bearing shaft, and a measuring sleeve , which is arranged axially at least partially between the first radial bearing and the second radial bearing and encloses the bottom bracket bearing shaft, for detecting a torque introduced into the bottom bracket bearing shaft via the pedals, wherein a rotationally fixed connection between the bottom bracket bearing shaft and the measuring sleeve exists only at a first end of the two axial ends of the measuring sleeve, and wherein the measuring sleeve extending in the axial direction as far as a position between the first radial bearing and the bottom bracket bearing shaft , so that at least one section of the measuring sleeve is arranged between the first radial bearing and the bottom bracket bearing shaft , characterized in that the rotationally fixed connection between the pedal bearing shaft and the measuring sleeve is realized by the engagement of at least one first positive-locking element of the measuring sleeve with at least one second positive-locking element of the pedal bearing shaft , wherein the second positive-locking element of the pedal bearing shaft being the same positive-locking element which is used to produce a rotationally fixed connection between the pedal and the pedal bearing shaft .
Edgebanding unit comprising an edgebanding machine and at least one device for providing edgebands , comprising a storage unit with individual store places , which are configured for the at least indirect loading with edgebands which in particular each form an edge reel at least in sections, characterised in that the at least one device is arranged in the region of the edgebanding machine in such manner that at least one edgeband , which can be arranged in the device , can be supplied at least in sections directly from the storage unit of the device to the edgebanding machine and that at least one of the store places is configured for receiving at least one cassette containing the edgeband at least in part, and the storage unit is arranged in or on a base frame linearly displaceable parallel to a vertical (Z), and that the store places of the device which can each be loaded at least indirectly with an edgeband can be arranged through linear displacement of the storage unit relative to the base frame in a plane of an edge feed of the edgebanding machine , and that the device further has a cutting arrangement by which a section of an edgeband , in particular unwound from an edge reel, can be separated.
A continuous wedging tool for directional diamond drilling comprising a composite stator assembly with a bearing seated composite rotor assembly in it, the lower end of said composite rotor assembly being attached to a suitable drill bit , and said stator assembly consisting of an upper wedge member and a lower wedge member with a slide block in-between, said slide block having a forehead , provided with fixing elements , and an inner board with a locking groove is provided in the upper side of the upper wedge member , and said rotor assembly consisting of an upper shaft and a lower shaft with formed upper and lower rims connected by a spline assembly , and said upper shaft is provided with an upper thrust bearing assembly and a locking pawl underneath, wherein the upper part of said upper shaft is provided with a tool joint for connecting to an orienting device, and said lower shaft is provided with a lower bearing assembly , and a lower spring member is positioned between said locking pawl and said spline assembly and an upper spring member is positioned between said upper thrust bearing assembly and said upper wedge member , characterised in that said upper shaft is solid and is provided with upper and lower longitudinal bores ( and ) ending respectively in side apertures ( and ), and a nozzle at the lower end of said lower longitudinal bore , said spline assembly is provided with a spline stuffing box , and said continuous wedging tool for directional diamond drilling is provided with an upper stuffing box positioned above the upper thrust bearing assembly .
A box for forming a Bag-in-Box package, the box comprising - a rectangular bottom having a first edge , a second edge opposite to the first edge , a third edge between the first edge and the second edge , and a fourth edge opposite to the third edge , - a first end wall extending upwards from the first edge of the bottom , - a second end wall extending upwards from the second edge of the bottom , - a first side wall extending upwards from the third edge of the bottom , - a second side wall extending upwards from the fourth edge of the bottom , and - a top , wherein the second end wall is higher than the first end wall , and the bottom , end walls , side walls and top together define a closed space for accommodating a bag containing liquid, characterized in that the box is configured to be piled with a second, identical box so that the tops of the two boxes face each other and the first side wall of each box is aligned with the first side wall of the other box and the first end wall of the first box is substantially aligned with the second end wall of the second box , and at least one end wall of the box is provided with a protrusion , which extends upwards from the top of the box and which is configured to be engaged with an end wall of the second box and/or with an aperture that is formed in the top of the second box for preventing mutual movement of the boxes in at least one direction. - a rectangular bottom having a first edge , a second edge opposite to the first edge , a third edge between the first edge and the second edge , and a fourth edge opposite to the third edge , - a first end wall extending upwards from the first edge of the bottom , - a second end wall extending upwards from the second edge of the bottom , - a first side wall extending upwards from the third edge of the bottom , - a second side wall extending upwards from the fourth edge of the bottom , and - a top ,
A cable for a robot, comprising: a center insert ; at least one inner core surrounding the center insert ; at least one first insert surrounding the center insert and wherein the at least one inner core and the at least one first insert are disposed on an outer side of the center insert ; an inner binding tape surrounding the inner core and the first insert to bind the inner core and the first insert , the inner binding tape being formed of an unsintered fluororesin; at least one outer core surrounding an outer side of the inner binding tape ; at least one second insert on an outer side of the inner binding tape ; an outer binding tape for binding the outer core and the second insert , the outer binding tape being formed of an unsintered fluororesin; a shielding layer on an outer side of the outer binding tape ; and a sheath on an outer side of the shielding layer , wherein the inner core comprises: a first conductor with a plurality of first wire rods twisted at a predetermined first pitch; and a first insulating layer on an outer side of the first conductor , wherein the first pitch is 15 to 30 times an outer diameter of the first conductor , wherein the center insert , the first insert and the second insert are formed by twisting elastic yarn, respectively. a center insert ; at least one inner core surrounding the center insert ; at least one first insert surrounding the center insert and wherein the at least one inner core and the at least one first insert are disposed on an outer side of the center insert ; an inner binding tape surrounding the inner core and the first insert to bind the inner core and the first insert , the inner binding tape being formed of an unsintered fluororesin; at least one outer core surrounding an outer side of the inner binding tape ; at least one second insert on an outer side of the inner binding tape ; an outer binding tape for binding the outer core and the second insert , the outer binding tape being formed of an unsintered fluororesin; a shielding layer on an outer side of the outer binding tape ; and a sheath on an outer side of the shielding layer , wherein the inner core comprises: a first conductor with a plurality of first wire rods twisted at a predetermined first pitch; and a first insulating layer on an outer side of the first conductor , wherein the first pitch is 15 to 30 times an outer diameter of the first conductor , wherein the center insert , the first insert and the second insert are formed by twisting elastic yarn, respectively. a first conductor with a plurality of first wire rods twisted at a predetermined first pitch; and a first insulating layer on an outer side of the first conductor , wherein the first pitch is 15 to 30 times an outer diameter of the first conductor , wherein the center insert , the first insert and the second insert are formed by twisting elastic yarn, respectively.
A body structure for an electrically operated vehicle, having an assembly space for an electric vehicle battery which is open toward the bottom of the vehicle in the vehicle vertical direction (z), is delimited toward the top of the vehicle by a floor panel forming the vehicle floor, and is delimited on both sides in the vehicle transverse direction (y) by a sill which delimits a side door opening toward the bottom of the vehicle, a front body longitudinal member extending on each side of the vehicle in the front-end region which merges into the corresponding sill toward the rear of the vehicle in the vehicle longitudinal direction (x), wherein each of the front battery corners of the electric vehicle battery is surrounded by an inner corner region which spans between the sill and a front battery cross member , the sill is offset with respect to the front body longitudinal member on either side of the vehicle by a transverse offset (Δy) toward the outside of the vehicle in the vehicle transverse direction (y), a corner node formed as a hollow profile adjoins the front body longitudinal member toward the rear of the vehicle in the vehicle longitudinal direction (x), which node widens in the vehicle longitudinal direction (x) toward the rear of the vehicle using up the transverse offset (Δy) and which is connected to the sill at a sill connection point so as to transmit force, characterized in that the front longitudinal member is a hollow profile part comprising a closed cross section and having a longitudinal member base , a longitudinal member top wall and inner and outer flanks which connect the longitudinal member base to the longitudinal member top wall , and in that the hollow profile corner node is a hollow profile part with a closed cross section, the corner node base of which extends the longitudinal member base toward the rear of the vehicle, the corner node lateral flanks of which extend the longitudinal member lateral flanks toward the rear of the vehicle, and whose corner node top wall extends the longitudinal member top wall toward the rear of the vehicle.
Device for loading rolls (R) in a machine , comprising a rotating member around an axis (A) of rotation and having a plurality of radial elements (17A, 17B, 17C, 17D; 17E) angularly spaced with respect to each other, which define receiving seats for rolls; at least one of said receiving seats is suitable for assuming at least two distinct configurations for receiving and handling rolls (R) of different radial dimensions; said device comprises a plurality of pairs of radial elements and is characterized in that at least one of said radial elements (17A, 17B, 17C, 17D; 17E) is replaceable with an alternative radial element , the replaceable radial element and the alternative radial element having different geometrical shapes, such that in a configuration mounted on the rotating member define respective receiving seats of different angular openings for receiving and handling rolls of different sizes.
A coupling tool for coupling together an electronics unit and a base unit of a wearable device for continuous analyte monitoring, comprising: a carrier comprising a receiving feature and a carrier retention device , the carrier retention device configured to retain the electronics unit adjacent the receiving feature ; wherein the coupling tool is in a locked configuration when the carrier retention device is configured to retain the electronics unit , and the coupling tool is in the unlocked configuration when the carrier retention device is configured to release the electronics unit from the carrier retention device , and characterised in that the coupling tool further comprises: an activator comprising: a first member at least partially receivable in the receiving feature and configured to contact the electronics unit to force the electronics unit and the base unit together in response to the coupling tool being in an unlocked configuration; and a contact member configured to release the electronics unit from the carrier retention device in response to engaging the carrier retention device with the activator . a first member at least partially receivable in the receiving feature and configured to contact the electronics unit to force the electronics unit and the base unit together in response to the coupling tool being in an unlocked configuration; and a contact member configured to release the electronics unit from the carrier retention device in response to engaging the carrier retention device with the activator .