mhurhangee/patent-ind-claim-en huggingface dataset:
A testing device for testing an intelligent electronic device of a power system, the testing device comprising: a first acquisition unit configured to acquire failure data resulting from simulation calculation for a CT (Current Transformer) and a PT (Potential Transformer) and simulation calculation for an MU (Merging Unit) , the simulation calculation for the CT and the PT being performed with respect to current waveform data and voltage waveform data in the power system based on first characteristic information indicating a characteristic of an instrument transformer , the simulation calculation for the MU being performed with respect to the current waveform data and voltage waveform data in the power system based on second characteristic information indicating a characteristic of the MU ; a second acquisition unit configured to acquire device information data in synchronization with the failure data, the device information data indicating a required functionality of a circuit breaker of the power system; a storage unit configured to store first setting information and second setting information, the first setting information indicating a setting about current and voltage for outputting data to a process bus , the second setting information indicating a setting of sampling; and an output unit configured to transmit the acquired failure data in synchronization with the device information data to the intelligent electronic device via the process bus in accordance with the first setting information and the second setting information. a first acquisition unit configured to acquire failure data resulting from simulation calculation for a CT (Current Transformer) and a PT (Potential Transformer) and simulation calculation for an MU (Merging Unit) , the simulation calculation for the CT and the PT being performed with respect to current waveform data and voltage waveform data in the power system based on first characteristic information indicating a characteristic of an instrument transformer , the simulation calculation for the MU being performed with respect to the current waveform data and voltage waveform data in the power system based on second characteristic information indicating a characteristic of the MU ; a second acquisition unit configured to acquire device information data in synchronization with the failure data, the device information data indicating a required functionality of a circuit breaker of the power system; a storage unit configured to store first setting information and second setting information, the first setting information indicating a setting about current and voltage for outputting data to a process bus , the second setting information indicating a setting of sampling; and an output unit configured to transmit the acquired failure data in synchronization with the device information data to the intelligent electronic device via the process bus in accordance with the first setting information and the second setting information.
An anastomotic coupler comprising: a ring forming an aperture operable to receive a tubular structure , the ring including a plurality of receiving portions ; a fixation device including a housing and a cartridge , the cartridge including a plurality of fasteners , the housing operable to receive the tubular structure such that the cartridge is inserted into a lumen of the tubular structure , wherein the ring is aligned with the cartridge such that the plurality of receiving portions are aligned with the plurality of fasteners , wherein upon actuation of the fixation device , the plurality of fasteners puncture the tubular structure radially outward from the lumen and are received by the receiving portions such that the tubular structure is coupled with the ring . a ring forming an aperture operable to receive a tubular structure , the ring including a plurality of receiving portions ; a fixation device including a housing and a cartridge , the cartridge including a plurality of fasteners , the housing operable to receive the tubular structure such that the cartridge is inserted into a lumen of the tubular structure , wherein the ring is aligned with the cartridge such that the plurality of receiving portions are aligned with the plurality of fasteners , wherein upon actuation of the fixation device , the plurality of fasteners puncture the tubular structure radially outward from the lumen and are received by the receiving portions such that the tubular structure is coupled with the ring .
A process for the preparation of prills of compounds of formula (A) wherein: - y = 0 or 1, - R represents a substituent selected from the group consisting of an alkyl group, an alkenyl group, an alkoxy group, a hydroxyalkyl group, an alkoxyalkyl group, a cycloalkyl group, an aryl group, an aryloxy group, an arylalkyl group, a hydroxyl group, a nitro group, a halogen atom, a halo- or perhaloalkyl group, a formyl group, an acyl group, a carboxylic group, an amino group and an amido group - x = 0, 1, 2, 3 or 4 with the proviso that if y = 0 then x = 1 and R is an alkoxy group in para position to the hydroxyl group, said process comprising: - providing a molten composition comprising from 50 to 100 wt.%, preferably from 75 to 100 wt.% and more preferably from 90 to 100 wt.%, of a compound of formula (A) and less than 0.1 wt.% of water; - forcing said molten composition through at least one droplet generator means to form droplets; - cooling said droplets to form solid diphenol derivative prills wherein the cooling is carried out by: - a cooling medium which is a cooling gas or a liquefied inert gas, or - two cooling media wherein the first cooling medium is a liquefied inert gas and the second cooling medium is a cooling gas or the first and the second cooling medium are a cooling gas. - y = 0 or 1, - R represents a substituent selected from the group consisting of an alkyl group, an alkenyl group, an alkoxy group, a hydroxyalkyl group, an alkoxyalkyl group, a cycloalkyl group, an aryl group, an aryloxy group, an arylalkyl group, a hydroxyl group, a nitro group, a halogen atom, a halo- or perhaloalkyl group, a formyl group, an acyl group, a carboxylic group, an amino group and an amido group - x = 0, 1, 2, 3 or 4 - providing a molten composition comprising from 50 to 100 wt.%, preferably from 75 to 100 wt.% and more preferably from 90 to 100 wt.%, of a compound of formula (A) and less than 0.1 wt.% of water; - forcing said molten composition through at least one droplet generator means to form droplets; - cooling said droplets to form solid diphenol derivative prills - a cooling medium which is a cooling gas or a liquefied inert gas, or - two cooling media wherein the first cooling medium is a liquefied inert gas and the second cooling medium is a cooling gas or the first and the second cooling medium are a cooling gas.
A valve train assembly comprising at least one dual body rocker arm comprising a first body , a second body , a latching arrangement for latching and unlatching the first body and the second body and wherein the latching arrangement comprises a latching pin that is biased to an unlatched configuration, the assembly further comprising an actuator arrangement for controlling the latching arrangement and wherein the actuator arrangement is configured so that it contacts the latching arrangement to cause the latching pin to be moved into a latched configuration in which it latches the first and second bodies together, where in use, movement of the rocker arm under the action of a cam to cause a valve event moves the actuator arrangement out of contact with the latching arrangement so as to form a gap between the actuator arrangement and the dual body rocker arm while a contact force between the latching pin and one or other of the first and second bodies maintains the latching pin in the latched configuration, wherein when the first and second bodies are latched together the first and second bodies are arranged to pivot as a single body about a first pivot point under the action of the cam , in use, which pivoting moves the latching arrangement out of contact with the actuator arrangement .
An irradiation target for the production of radioisotopes, comprising: a plurality of plates , each defining a central opening, each central opening of each plate being a circular aperture; and an elongated central member passing through the central opening of the at least one plate so that the plurality of plates is retained thereon, wherein the plurality of plates and the elongated central member are formed of materials that produce molybdenum-99 (Mo-99) by way of neutron capture, characterized in that the elongated central member is a cylindrical central tube , the cylindrical tube extending through the plurality of plates . a plurality of plates , each defining a central opening, each central opening of each plate being a circular aperture; and an elongated central member passing through the central opening of the at least one plate so that the plurality of plates is retained thereon, wherein the plurality of plates and the elongated central member are formed of materials that produce molybdenum-99 (Mo-99) by way of neutron capture, characterized in that the elongated central member is a cylindrical central tube , the cylindrical tube extending through the plurality of plates .
A folding leaf door installation , comprising - at least one folding leaf door , and - at least one drive unit for moving the folding leaf door between a closed location and an opened location, - a control unit for controlling the drive unit , - at least one position sensor for determining the position of the folding leaf door , - at least one obstacle sensor for detecting obstacles in a displacement area of the folding leaf door , and - a monitoring unit , wherein the monitoring unit is adapted to receive signals of the position sensor and/or of the obstacle sensor , - wherein the position sensor is an incremental encoder, which in particular is disposed at a motor shaft of the drive unit , wherein the incremental encoder has a resolution between 3000 and 35000, preferably between 5000 and 30000, particularly preferred between 7500 and 20000, pulses per displacement path between the opened location and the closed location, - characterized in that an activating area of the obstacle sensor extends from a position of a movable end of the leaf door in the completely closed location as far as to a position of the movable end of the leaf door in a predefined partially closed location, - wherein, during a movement between the predefined partially closed location and the completely closed location, the folding leaf door remains outside the sensor field of the obstacle sensor , - wherein the monitoring unit deactivates the obstacle sensor or does not observe the signal of the obstacle sensor , if the position of the folding leaf door is outside the predefined activating area . - at least one folding leaf door , and - at least one drive unit for moving the folding leaf door between a closed location and an opened location, - a control unit for controlling the drive unit , - at least one position sensor for determining the position of the folding leaf door , - at least one obstacle sensor for detecting obstacles in a displacement area of the folding leaf door , and - a monitoring unit , wherein the monitoring unit is adapted to receive signals of the position sensor and/or of the obstacle sensor , - wherein the position sensor is an incremental encoder, which in particular is disposed at a motor shaft of the drive unit , wherein the incremental encoder has a resolution between 3000 and 35000, preferably between 5000 and 30000, particularly preferred between 7500 and 20000, pulses per displacement path between the opened location and the closed location, - characterized in that an activating area of the obstacle sensor extends from a position of a movable end of the leaf door in the completely closed location as far as to a position of the movable end of the leaf door in a predefined partially closed location, - wherein, during a movement between the predefined partially closed location and the completely closed location, the folding leaf door remains outside the sensor field of the obstacle sensor , - wherein the monitoring unit deactivates the obstacle sensor or does not observe the signal of the obstacle sensor , if the position of the folding leaf door is outside the predefined activating area .
A printer , comprising: - a printing device that performs printing on a label (X1) attached to a backing sheet (X0) at a first printing speed and a second printing speed slower than the first printing speed selectively; - a transfer device configured to transfer the label (X1) to the printing device , discharge the printed label (X1) with the backing sheet (X0) when a printing mode is a first printing mode, and peel off the printed label (X1) from the backing sheet (X0) and discharge the peeled off label (X1) when the printing mode is a second printing mode; - a battery configured to supply power to the printing device and the transfer device ; and - a processor configured to control power supply from the battery to perform the printing at the first printing speed by the printing device when the printing mode is the first printing mode, and control the power supply from the battery to perform the printing at the second printing speed by the printing device when the printing mode is the second printing mode, characterized in that the processor is configured to control the power supply from the battery such that the power supplied to the printing device is larger than the power supplied to the transfer device when the printing mode is the first printing mode, and control the power supply from the battery such that the power supplied to the transfer device is larger than the power supplied to the printing device when the printing mode is the second printing mode. - a printing device that performs printing on a label (X1) attached to a backing sheet (X0) at a first printing speed and a second printing speed slower than the first printing speed selectively; - a transfer device configured to transfer the label (X1) to the printing device , discharge the printed label (X1) with the backing sheet (X0) when a printing mode is a first printing mode, and peel off the printed label (X1) from the backing sheet (X0) and discharge the peeled off label (X1) when the printing mode is a second printing mode; - a battery configured to supply power to the printing device and the transfer device ; and - a processor configured to control power supply from the battery to perform the printing at the first printing speed by the printing device when the printing mode is the first printing mode, and control the power supply from the battery to perform the printing at the second printing speed by the printing device when the printing mode is the second printing mode,
A mobile terminal comprising: - a window comprising: -- flat portion at a front side of the mobile terminal; and -- a curved portion that curves from the front side towards a rear side of the mobile terminal and covers at least a portion of a lateral side of the mobile terminal; - a touch sensor disposed at a rear side of the window , and being curved to correspond to the curved portion of the window ; - a display disposed at a rear side of the touch sensor , and being curved to correspond to the curved portion of the touch sensor ; and - a rear case comprising: -- a cover portion ; -- a sidewall portion protruding toward the front side of the mobile terminal; -- a bottom surface portion protruding toward the front side of the mobile terminal, the bottom surface portion protruding further towards the front side of the mobile terminal than the sidewall portion ; and -- a curved surface portion curved to connect the sidewall portion and the bottom surface portion to each other, wherein the rear case is extended to be in contact with a lower end portion of the window . - a window comprising: -- flat portion at a front side of the mobile terminal; and -- a curved portion that curves from the front side towards a rear side of the mobile terminal and covers at least a portion of a lateral side of the mobile terminal; -- flat portion at a front side of the mobile terminal; and -- a curved portion that curves from the front side towards a rear side of the mobile terminal and covers at least a portion of a lateral side of the mobile terminal; - a touch sensor disposed at a rear side of the window , and being curved to correspond to the curved portion of the window ; - a display disposed at a rear side of the touch sensor , and being curved to correspond to the curved portion of the touch sensor ; and - a rear case comprising: -- a cover portion ; -- a sidewall portion protruding toward the front side of the mobile terminal; -- a bottom surface portion protruding toward the front side of the mobile terminal, the bottom surface portion protruding further towards the front side of the mobile terminal than the sidewall portion ; and -- a curved surface portion curved to connect the sidewall portion and the bottom surface portion to each other, wherein the rear case is extended to be in contact with a lower end portion of the window . -- a cover portion ; -- a sidewall portion protruding toward the front side of the mobile terminal; -- a bottom surface portion protruding toward the front side of the mobile terminal, the bottom surface portion protruding further towards the front side of the mobile terminal than the sidewall portion ; and -- a curved surface portion curved to connect the sidewall portion and the bottom surface portion to each other,
A screw compressor comprising: a casing that forms an outer shell of the screw compressor ; a screw shaft provided in the casing and configured to be rotated by driving; a screw rotor fixed to the screw shaft and having spiral tooth grooves formed in an outer circumferential surface of the screw rotor ; a gate rotor having a plurality of gate rotor teeth that fit in the spiral tooth grooves of the screw rotor , the gate rotor defining together with the casing and the screw rotor , a compression chamber ; a slide valve provided in a slide groove formed in an inner cylindrical surface of the casing , and configured to be slidable in a direction along a rotation axis of the screw rotor ; and a bearing housing including an internal bearing that supports one end portion of the screw shaft in such a manner as to allow the end portion of the screw shaft to be rotated, wherein the slide valve includes a valve body and a guide , connected to each other by a connection portion , the valve body being located on one side of the slide valve in a slide direction of the slide valve and facing the screw rotor , the guide being located on an other side of the slide valve in the slide direction of the slide valve and having a slide surface that faces an outer circumferential surface of the bearing housing , characterized in that a raised surface portion is formed at an outer circumferential surface of the bearing housing and protrudes toward the slide surface of the guide of the slide valve . a casing that forms an outer shell of the screw compressor ; a screw shaft provided in the casing and configured to be rotated by driving; a screw rotor fixed to the screw shaft and having spiral tooth grooves formed in an outer circumferential surface of the screw rotor ; a gate rotor having a plurality of gate rotor teeth that fit in the spiral tooth grooves of the screw rotor , the gate rotor defining together with the casing and the screw rotor , a compression chamber ; a slide valve provided in a slide groove formed in an inner cylindrical surface of the casing , and configured to be slidable in a direction along a rotation axis of the screw rotor ; and a bearing housing including an internal bearing that supports one end portion of the screw shaft in such a manner as to allow the end portion of the screw shaft to be rotated, wherein the slide valve includes a valve body and a guide , connected to each other by a connection portion , the valve body being located on one side of the slide valve in a slide direction of the slide valve and facing the screw rotor , the guide being located on an other side of the slide valve in the slide direction of the slide valve and having a slide surface that faces an outer circumferential surface of the bearing housing , characterized in that a raised surface portion is formed at an outer circumferential surface of the bearing housing and protrudes toward the slide surface of the guide of the slide valve .
Device for injecting a flexible intraocular lens , comprising: - a tubular body having a casing and an axial cavity as well as a proximal end and a distal end , - a plunger inserted into said axial cavity, at the aforementioned proximal end , and capable of being moved in this cavity in an axial direction , - a barrel extending beyond said distal end of the tubular body , having an ejection cavity that has a decreasing cross-section away from the tubular body and delimited perpendicularly to said axial direction by a side wall of the barrel, said barrel having an outlet opening to allow for an exiting of a flexible intraocular lens outside of said ejection cavity, said side wall of the barrel having a first portion to come into contact with a folded flexible intraocular lens and a second portion to come into least contact with said folded flexible intraocular lens , when said barrel contains said flexible intraocular lens , characterised in that said barrel comprises: - a first through-hole in the second portion of its side wall of the barrel located at a distance of between 2 mm and 10 mm from said outlet opening ; - a second through-hole in the second portion of its side wall of the barrel located at a distance of between 6 mm and 10 mm from said outlet opening . - a tubular body having a casing and an axial cavity as well as a proximal end and a distal end , - a plunger inserted into said axial cavity, at the aforementioned proximal end , and capable of being moved in this cavity in an axial direction , - a barrel extending beyond said distal end of the tubular body , having an ejection cavity that has a decreasing cross-section away from the tubular body and delimited perpendicularly to said axial direction by a side wall of the barrel, said barrel having an outlet opening to allow for an exiting of a flexible intraocular lens outside of said ejection cavity, - a first through-hole in the second portion of its side wall of the barrel located at a distance of between 2 mm and 10 mm from said outlet opening ; - a second through-hole in the second portion of its side wall of the barrel located at a distance of between 6 mm and 10 mm from said outlet opening .
A thermoplastic vulcanizate composition comprising: (i) a dispersed phase of rubber that is at least partially cured; (ii) a continuous thermoplastic phase including at least one thermoplastic polymer; (iii) a first polysiloxane comprising a siloxane polymer which is liquid at 25°C and atmospheric pressure; and (iv) a second polysiloxane comprising a non-migratory siloxane polymer bonded to a thermoplastic material.