mhurhangee/ep-ind-claims huggingface dataset:
A slot-in type disk drive apparatus comprising: a frame which comprises a slot to insert a disk therethrough; a spindle motor assembly which comprises a turntable and a spindle motor to rotate the turntable, the turntable comprising a disk seating part and a chucking member; a traverse assembly which mounts the spindle motor thereon and is movable in a direction perpendicular to an inserting direction of the disk; a conveyance roller which is movable between a contact position and a non-contact position with the disk and conveys the disk using a friction force; characterised by, a roller driving unit which in operation, when the disk is unloaded, moves the conveyance roller from the non-contact position to the contact position after an unchucking operation of the disk is completed, and by that said roller driving unit comprises: a roller support member which is pivotably disposed on the frame and supports the conveyance roller; at least one rotary member (120, 220) which is rotatable in at least one of a clockwise and a counter clockwise direction and is adapted to rotate the roller support member, and a sliding member (140, 240) which in operation reciprocates linearly and rotates the at least one rotary member, thereby operating the traverse assembly. a frame which comprises a slot to insert a disk therethrough; a spindle motor assembly which comprises a turntable and a spindle motor to rotate the turntable, the turntable comprising a disk seating part and a chucking member; a traverse assembly which mounts the spindle motor thereon and is movable in a direction perpendicular to an inserting direction of the disk; a conveyance roller which is movable between a contact position and a non-contact position with the disk and conveys the disk using a friction force; characterised by, a roller driving unit which in operation, when the disk is unloaded, moves the conveyance roller from the non-contact position to the contact position after an unchucking operation of the disk is completed, and by that said roller driving unit comprises: a roller support member which is pivotably disposed on the frame and supports the conveyance roller; at least one rotary member (120, 220) which is rotatable in at least one of a clockwise and a counter clockwise direction and is adapted to rotate the roller support member, and a sliding member (140, 240) which in operation reciprocates linearly and rotates the at least one rotary member, thereby operating the traverse assembly. a roller support member which is pivotably disposed on the frame and supports the conveyance roller; at least one rotary member (120, 220) which is rotatable in at least one of a clockwise and a counter clockwise direction and is adapted to rotate the roller support member, and a sliding member (140, 240) which in operation reciprocates linearly and rotates the at least one rotary member, thereby operating the traverse assembly.
An exercise machine, comprising: a stationary main frame having a forward end, a rear end, and opposite sides; an exercise arm assembly movably mounted relative to the main frame and having a user engaging portion which is adapted for engagement by a part of a user's body to perform an exercise when a user is supported in an exercise position on a user support assembly; a user support assembly mounted on the main frame and adapted to support a user in an exercise position during an exercise; the user support assembly comprising a base pivotally mounted on the main frame for rotation above a first pivot axis, an unstable user support platform, and a pivot connection between the user support platform and the base configured for allowing free rotation of the user support platform about at least one non-vertical tilting pivot axis in at least two opposite directions between a centered user support position and first and second tilted end positions; a stop assembly between the base and the user support platform which defines the respective first and second end positions and limits tilting movement from said centered support position in each direction to a predetermined angular range; characterized by a connecting linkage between the user support assembly and the exercise arm assembly which links movement of the exercise arm assembly during an exercise to movement of the user support assembly about said first pivot axis, and a load which resists movement of at least one of the user support assembly, the exercise arm assembly and the connecting linkage. a stationary main frame having a forward end, a rear end, and opposite sides; an exercise arm assembly movably mounted relative to the main frame and having a user engaging portion which is adapted for engagement by a part of a user's body to perform an exercise when a user is supported in an exercise position on a user support assembly; a user support assembly mounted on the main frame and adapted to support a user in an exercise position during an exercise; the user support assembly comprising a base pivotally mounted on the main frame for rotation above a first pivot axis, an unstable user support platform, and a pivot connection between the user support platform and the base configured for allowing free rotation of the user support platform about at least one non-vertical tilting pivot axis in at least two opposite directions between a centered user support position and first and second tilted end positions; a stop assembly between the base and the user support platform which defines the respective first and second end positions and limits tilting movement from said centered support position in each direction to a predetermined angular range; characterized by a connecting linkage between the user support assembly and the exercise arm assembly which links movement of the exercise arm assembly during an exercise to movement of the user support assembly about said first pivot axis, and a load which resists movement of at least one of the user support assembly, the exercise arm assembly and the connecting linkage.
A system (100, 600) for parking an apparatus during a period of inactivity, the system comprising an actuator (110, 300, 620) having a working range and configured to be coupled to the apparatus (120, 920, 930, 940) to position the apparatus in a configuration within a range of motion of the apparatus, and a platform comprising a computer readable non-transitory storage media coupled to a processor and a communication interface, the platform configured to communicate with the actuator and a command console, the storage media having embodied thereon instructions executable by the processor adapted to perform a method for parking the apparatus, the method comprising: receiving an instruction to park the apparatus from the command console; identifying a parking configuration for the apparatus in which it is desirable to position the apparatus during the period of inactivity; and instructing the actuator to move to a length in its working range that positions the apparatus in the parking configuration during the period of inactivity. receiving an instruction to park the apparatus from the command console; identifying a parking configuration for the apparatus in which it is desirable to position the apparatus during the period of inactivity; and instructing the actuator to move to a length in its working range that positions the apparatus in the parking configuration during the period of inactivity.
A process for producing a steviol glycosides composition, comprising the steps of: (a) providing 70% v/v aqueous ethanol containing RebM, RebD and Reb A; (b) providing at least one resin capable of adsorbing RebM, RebD and Reb A, wherein the resin is Amberlite FPA98Cl in OH- form; (c) contacting the resin of (b) with the 70% v/v aqueous ethanol of (a) to obtain a resin with RebM, RebD and Reb A adsorbed onto the resin; (d) washing the resin obtained after (c) with 70% v/v aqueous ethanol to elute RebA; and (e) eluting the resin obtained after (d) with deonized water to obtain a steviol glycosides composition comprising RebM and RebD. (a) providing 70% v/v aqueous ethanol containing RebM, RebD and Reb A; (b) providing at least one resin capable of adsorbing RebM, RebD and Reb A, wherein the resin is Amberlite FPA98Cl in OH- form; (c) contacting the resin of (b) with the 70% v/v aqueous ethanol of (a) to obtain a resin with RebM, RebD and Reb A adsorbed onto the resin; (d) washing the resin obtained after (c) with 70% v/v aqueous ethanol to elute RebA; and (e) eluting the resin obtained after (d) with deonized water to obtain a steviol glycosides composition comprising RebM and RebD.
A system for producing a wire harness including: - a wire routing element; and - a support including: - at least one screen for displaying wire harness production assistance data adapted to display a wiring diagram, and - at least one fastening surface (103, 400) associated with said at least one display screen, said at least one fastening surface being configured to receive at least one wire routing element (200, 211) to arrange the wires in accordance with said wiring diagram, characterised in that said wire routing element includes a body, a suction cup fastened to a lower face of the body and an arm extending laterally from the body, said arm supporting one or more wire fastening elements. - a wire routing element; and - a support including: - at least one screen for displaying wire harness production assistance data adapted to display a wiring diagram, and - at least one fastening surface (103, 400) associated with said at least one display screen, said at least one fastening surface being configured to receive at least one wire routing element (200, 211) to arrange the wires in accordance with said wiring diagram, characterised in that said wire routing element includes a body, a suction cup fastened to a lower face of the body and an arm extending laterally from the body, said arm supporting one or more wire fastening elements.
A computer-implemented method for encrypting and embedding information in a data string containing characters in a first set of characters, comprising: with computing equipment, encrypting the data string using format-preserving encryption to produce an encrypted data string containing characters in the first set of characters; and with the computing equipment, embedding information in the encrypted data string to produce an augmented data string (34,33) containing characters in a second set of characters, wherein the number of characters in the second set of characters is greater than the number of characters in the first set of characters, wherein embedding the information comprises, with a map that maps each of the characters in the second set of characters to one of the characters in the first set of characters, replacing at least one character of the encrypted data string with a character in the second set of characters, wherein the information is encoded by the character in the second set of characters. with computing equipment, encrypting the data string using format-preserving encryption to produce an encrypted data string containing characters in the first set of characters; and with the computing equipment, embedding information in the encrypted data string to produce an augmented data string (34,33) containing characters in a second set of characters, wherein the number of characters in the second set of characters is greater than the number of characters in the first set of characters, wherein embedding the information comprises, with a map that maps each of the characters in the second set of characters to one of the characters in the first set of characters, replacing at least one character of the encrypted data string with a character in the second set of characters, wherein the information is encoded by the character in the second set of characters.
A method performed by a user equipment for handling communications from one or more network nodes in a radio access network, the method comprising: receiving (100, 200, 302) by the user equipment that is operating in a connected state, a radio resource control release message from a network node; determining (102, 202, 304), based on an indication in the RRC release message, whether to suspend the user equipment to an inactive state or an idle state, the indication comprising a presence or absence of a suspend configuration field in the RRC release message, wherein the indication to suspend the user equipment to the inactive state includes the presence of the suspend configuration field in the RRC release message and the indication to suspend the user equipment to the idle state comprises the absence of the suspend configuration field in the RRC release message; and responsive to determining that the indication is to suspend to an inactive state, transitioning the user equipment (108, 208, 306) to the inactive state; characterized in that, the method further comprising applying, by the user equipment, delta signaling corresponding to a suspend configuration indicated by the suspend configuration field, wherein applying delta signaling comprises:receiving changed suspend configuration information indicated by the suspend configuration field and accessing unchanged suspend configuration information from previously stored suspend configuration information on the user equipment. receiving (100, 200, 302) by the user equipment that is operating in a connected state, a radio resource control release message from a network node; determining (102, 202, 304), based on an indication in the RRC release message, whether to suspend the user equipment to an inactive state or an idle state, the indication comprising a presence or absence of a suspend configuration field in the RRC release message, wherein the indication to suspend the user equipment to the inactive state includes the presence of the suspend configuration field in the RRC release message and the indication to suspend the user equipment to the idle state comprises the absence of the suspend configuration field in the RRC release message; and responsive to determining that the indication is to suspend to an inactive state, transitioning the user equipment (108, 208, 306) to the inactive state; characterized in that, the method further comprising applying, by the user equipment, delta signaling corresponding to a suspend configuration indicated by the suspend configuration field, wherein applying delta signaling comprises:receiving changed suspend configuration information indicated by the suspend configuration field and accessing unchanged suspend configuration information from previously stored suspend configuration information on the user equipment.
A methanation reaction catalyst for a methanation reaction of carbon dioxide with hydrogen, wherein the methanation reaction catalyst comprises a stabilized zirconia support having a tetragonal crystal structure and in which Ca and Ni are incorporated in the crystal structure, and Ni in the metal state supported on the stabilized zirconia support; and comprises the following in atomic % based on metals in the element state, A) Zr composing the stabilized zirconia support: 6 to 62 atomic %, B) Ca incorporated in the crystal structure: 1 to 20 atomic %, and C) a total of Ni incorporated in the crystal structure and Ni supported on the stabilized zirconia support: 30 to 90 atomic %; and the atomic ratio of Ca/(Zr + Ca) is 0.14 to 0.25. A) Zr composing the stabilized zirconia support: 6 to 62 atomic %, B) Ca incorporated in the crystal structure: 1 to 20 atomic %, and C) a total of Ni incorporated in the crystal structure and Ni supported on the stabilized zirconia support: 30 to 90 atomic %; and
A method of managing third-party application access to assets of an end-user device, the method comprising: identifying an asset privacy management trigger on the end-user device related to a third-party application; in response to identifying the asset privacy management trigger, displaying a privacy selection interface that enables a user to select a limited asset access option; in response to the limited asset access option being selected, displaying an asset selection interface configured to define a sub-set of assets of the end-user device as authorized for the third-party application based on user selection; and in response to a request to access assets of the end-user device by the third-party application, providing the third-party application with access to only the defined sub-set of assets. identifying an asset privacy management trigger on the end-user device related to a third-party application; in response to identifying the asset privacy management trigger, displaying a privacy selection interface that enables a user to select a limited asset access option; in response to the limited asset access option being selected, displaying an asset selection interface configured to define a sub-set of assets of the end-user device as authorized for the third-party application based on user selection; and in response to a request to access assets of the end-user device by the third-party application, providing the third-party application with access to only the defined sub-set of assets.
Method for lining a pipeline with a sealing inner tube, comprising the steps of: a. filling a tubular lining fabric with a first adhesive (step 101); b. evenly distributing the first adhesive in and over the length of the tubular lining fabric such that the tubular lining fabric is impregnated with the first adhesive (step 102); c. filling the tubular lining fabric with a second adhesive, wherein the second adhesive is more viscous than the first adhesive (step 103); d. evenly distributing the second adhesive in and over the length of the tubular lining fabric (step 104); e. attaching the tubular lining fabric to a reversing flange in an annular manner (step 105); f. exerting a pressure on the tubular lining fabric such that the tubular lining fabric is turned inside out at a turning point behind the reversing flange and the turning point moves through the pipeline to be lined, away from the reversing flange, wherein the region of the tubular lining fabric which has already been turned inside out is pressed against the inner wall of the pipeline to be lined (step 106); and g. curing the first and the second adhesive (11, 13) while maintaining the pressure in the tubular lining fabric (step 107). a. filling a tubular lining fabric with a first adhesive (step 101); b. evenly distributing the first adhesive in and over the length of the tubular lining fabric such that the tubular lining fabric is impregnated with the first adhesive (step 102); c. filling the tubular lining fabric with a second adhesive, wherein the second adhesive is more viscous than the first adhesive (step 103); d. evenly distributing the second adhesive in and over the length of the tubular lining fabric (step 104); e. attaching the tubular lining fabric to a reversing flange in an annular manner (step 105); f. exerting a pressure on the tubular lining fabric such that the tubular lining fabric is turned inside out at a turning point behind the reversing flange and the turning point moves through the pipeline to be lined, away from the reversing flange, wherein the region of the tubular lining fabric which has already been turned inside out is pressed against the inner wall of the pipeline to be lined (step 106); and g. curing the first and the second adhesive (11, 13) while maintaining the pressure in the tubular lining fabric (step 107).
A bleed airflow system for an aircraft comprising: a high-pressure compressor; a low-pressure compressor; a high-pressure bleed line configured to receive high-pressure bleed air from the high-pressure compressor, the high-pressure bleed line comprising a valve system (16, 18), the valve system configured to regulate the pressure of the high-pressure bleed air received from the high-pressure bleed line in at least two steps; a low-pressure bleed line configured to receive low-pressure bleed air from the low-pressure compressor, the low-pressure bleed line comprising a check valve; a bleed air junction in fluid connection with the high-pressure bleed line and the low-pressure bleed line, wherein the bleed air junction is downstream of the valve system and the check valve; a control valve configured to receive bleed air from the bleed air junction; and an outlet line configured to receive bleed air from the control valve and distribute bleed air to a location separate from the bleed airflow system; wherein the valve system (16, 18) is characterized by: a first valve, wherein the first valve can be opened fully or closed fully; and a second valve, wherein the second valve can only be opened fully or opened partially, such that flow through the second valve in a partially open position is less than the flow through the second valve in a fully open position. a high-pressure compressor; a low-pressure compressor; a high-pressure bleed line configured to receive high-pressure bleed air from the high-pressure compressor, the high-pressure bleed line comprising a valve system (16, 18), the valve system configured to regulate the pressure of the high-pressure bleed air received from the high-pressure bleed line in at least two steps; a low-pressure bleed line configured to receive low-pressure bleed air from the low-pressure compressor, the low-pressure bleed line comprising a check valve; a bleed air junction in fluid connection with the high-pressure bleed line and the low-pressure bleed line, wherein the bleed air junction is downstream of the valve system and the check valve; a control valve configured to receive bleed air from the bleed air junction; and an outlet line configured to receive bleed air from the control valve and distribute bleed air to a location separate from the bleed airflow system; wherein the valve system (16, 18) is characterized by: a first valve, wherein the first valve can be opened fully or closed fully; and a second valve, wherein the second valve can only be opened fully or opened partially, such that flow through the second valve in a partially open position is less than the flow through the second valve in a fully open position. a first valve, wherein the first valve can be opened fully or closed fully; and a second valve, wherein the second valve can only be opened fully or opened partially, such that flow through the second valve in a partially open position is less than the flow through the second valve in a fully open position.