mhurhangee/ep-ind-claims huggingface dataset:
A magnetic bearing having a coaxial eddy-current displacement sensor, the magnetic bearing comprising: an electromagnet unit (110, 210, 310) including a circular casing having a hollow portion therein, and a plurality of electromagnets disposed along an inner periphery of the casing; an amplifier unit coupled to one side of the electromagnet unit; a coil wiring unit coupled to the other side of the electromagnet unit; and a plurality of sensor units disposed along an inner periphery of the electromagnet unit and each having two opposite ends respectively coupled to the coil wiring unit and the amplifier unit, the plurality of sensor units being provided between the coil wiring unit and the amplifier unit, wherein the sensor unit is disposed coaxially with a suspended body supported by the electromagnet unit and configured to measure a displacement of the suspended body. an electromagnet unit (110, 210, 310) including a circular casing having a hollow portion therein, and a plurality of electromagnets disposed along an inner periphery of the casing; an amplifier unit coupled to one side of the electromagnet unit; a coil wiring unit coupled to the other side of the electromagnet unit; and a plurality of sensor units disposed along an inner periphery of the electromagnet unit and each having two opposite ends respectively coupled to the coil wiring unit and the amplifier unit, the plurality of sensor units being provided between the coil wiring unit and the amplifier unit, wherein the sensor unit is disposed coaxially with a suspended body supported by the electromagnet unit and configured to measure a displacement of the suspended body.
Electrically operated device which, in a conventional manner, has an operating voltage of 230 V, for example a kitchen appliance or a floor-cleaning or floor-care device, the device comprising a sensor (10, 12) which requires calibration prior to delivery or the first use of the device, for which purpose the device can be shifted into a calibration mode, characterised in that, by applying an input voltage that is different from the operating voltage of the device or by applying a predefined voltage sequence of the input voltage, the device can be shifted into the calibration mode when the voltage or the voltage sequence is applied at the connection which, for conventional operation of the device, is provided with operating voltage, and in that the device can be shifted into the calibration mode only once.
A retrofit lamp for use with a ballast of a discharge lighting device, comprising: a pair of input terminals (14, 16) adapted to connect to said ballast to receive AC power from the ballast; an output stage adapted to be connected to a lighting load and power the lighting load from the AC power; a fault detection circuit (40;60) to detect a fault, wherein the retrofit lamp further comprises: a fuse in series with one of the input terminals (14,16); and characterized in that the retrofit lamp comprises a protection circuit (40; S1, D6), adapted to be activated by the fault detection circuit and to control an asymmetrical conduction scheme between the pair of input terminals in the opposing phases of the AC power, in order to generate an asymmetrical current in opposing phases thereby generating a DC component in the AC power from the ballast when connected to the input terminals, thereby making the ballast output an excessive ballast current through the fuse to activate and cut off the fuse. a pair of input terminals (14, 16) adapted to connect to said ballast to receive AC power from the ballast; an output stage adapted to be connected to a lighting load and power the lighting load from the AC power; a fault detection circuit (40;60) to detect a fault, wherein the retrofit lamp further comprises: a fuse in series with one of the input terminals (14,16); and characterized in that the retrofit lamp comprises a protection circuit (40; S1, D6), adapted to be activated by the fault detection circuit and to control an asymmetrical conduction scheme between the pair of input terminals in the opposing phases of the AC power, in order to generate an asymmetrical current in opposing phases thereby generating a DC component in the AC power from the ballast when connected to the input terminals, thereby making the ballast output an excessive ballast current through the fuse to activate and cut off the fuse. a fuse in series with one of the input terminals (14,16); and characterized in that the retrofit lamp comprises a protection circuit (40; S1, D6), adapted to be activated by the fault detection circuit and to control an asymmetrical conduction scheme between the pair of input terminals in the opposing phases of the AC power, in order to generate an asymmetrical current in opposing phases thereby generating a DC component in the AC power from the ballast when connected to the input terminals, thereby making the ballast output an excessive ballast current through the fuse to activate and cut off the fuse.
Method for preparing a Swertia chirata extract, comprising a step of extracting, with supercritical CO 2, an alcoholic extract of Swertia chirata, at a temperature of between 40 and 80°C, preferably between 50 and 70°C and at a pressure of between 20 and 60 MPa, preferably between 25 and 35 MPa.
An attachment structure for an electromotor of a vehicle, the electromotor of which is connected to rear wheels, the attachment structure comprising: a sub frame provided at a rear portion of the hybrid vehicle, and including at least two first members (52, 54) which extend in a first direction that is a longitudinal direction of the vehicle and at least two second members which extend in a second direction that is a width direction of the vehicle and which include a front member and a rear member, the sub frame having a substantially rectangular shape in a third direction perpendicular to the first direction and the second direction, the sub frame to which the electromotor is assembled, having a receptacle being provided at a front side of the sub frame; a rear structure member provided at a rear side of the rear member and attached thereto, a position of the rear structure member being substantially the same as a position of the electromotor in the third direction, the electromotor being provided above the rear member; and a connection member provided at a lower side of the front member, the connection member to which the electromotor is fixed. a sub frame provided at a rear portion of the hybrid vehicle, and including at least two first members (52, 54) which extend in a first direction that is a longitudinal direction of the vehicle and at least two second members which extend in a second direction that is a width direction of the vehicle and which include a front member and a rear member, the sub frame having a substantially rectangular shape in a third direction perpendicular to the first direction and the second direction, the sub frame to which the electromotor is assembled, having a receptacle being provided at a front side of the sub frame; a rear structure member provided at a rear side of the rear member and attached thereto, a position of the rear structure member being substantially the same as a position of the electromotor in the third direction, the electromotor being provided above the rear member; and a connection member provided at a lower side of the front member, the connection member to which the electromotor is fixed.
An endodontic composition comprising therapeutically active ingredients, said therapeutically active ingredients consisting of doxycycline hyclate and triamcinolone acetonide, wherein the therapeutically active ingredients are formulated into the endodontic composition.
A method of characterizing blood or blood product, comprising: a) providing a blood or blood product sample, preferably a plasma sample, from a subject; b) assaying said sample to detect the presence of tissue cell-specific DNA, preferably epithelial cell-specific DNA, wherein the presence of said tissue cell-specific DNA is indicative of the presence of tissue cells in said blood or blood product sample, the method comprising: i) treating DNA from said blood or blood product sample with a bisulfite reagent to produce bisulfite-converted ZDHHC1 DNA; ii) amplifying a region of said bisulfite-converted ZDHHC1 DNA using a pair of primers complementary to SEQ ID NO:27 or its complement; wherein amplification of said region is indicative of the presence of tissue cell-specific DNA in the blood or blood product sample. a) providing a blood or blood product sample, preferably a plasma sample, from a subject; b) assaying said sample to detect the presence of tissue cell-specific DNA, preferably epithelial cell-specific DNA, wherein the presence of said tissue cell-specific DNA is indicative of the presence of tissue cells in said blood or blood product sample, the method comprising: i) treating DNA from said blood or blood product sample with a bisulfite reagent to produce bisulfite-converted ZDHHC1 DNA; ii) amplifying a region of said bisulfite-converted ZDHHC1 DNA using a pair of primers complementary to SEQ ID NO:27 or its complement; wherein amplification of said region is indicative of the presence of tissue cell-specific DNA in the blood or blood product sample. i) treating DNA from said blood or blood product sample with a bisulfite reagent to produce bisulfite-converted ZDHHC1 DNA; ii) amplifying a region of said bisulfite-converted ZDHHC1 DNA using a pair of primers complementary to SEQ ID NO:27 or its complement;
Fixing element suitable for detachably mounting a guide rail to a side grid, wherein the side grid extends along a side wall of a room surrounded by a plurality of walls and comprises at least one horizontal rod, wherein the fixing element comprises a flexible detent spring having a latching lug, wherein in a first fixed state of the fixing element, the latching lug is in a locking engagement with the horizontal rod and bending of the detent spring is effected for releasing the locking engagement, characterized in that the detent spring is connected with a rigid actuation tab, which in a second state of the fixing element is connected to a limiting tab being connected to the fixing element adjacent to each other in one plane, wherein for releasing the locking engagement in the second state of the fixing element, the detent spring is bent in such a way that the latching lug is not in locking engagement with the horizontal rod.
A manufacturing apparatus for medical tablets, which manufactures an IC chip member-containing tablet by supplying an IC chip member equipped with an IC on pharmaceutical powder filled in a die hole, thereafter filling pharmaceutical powder onto the IC chip member, and compressing these pharmaceutical powder and the IC chip member from above and below, characterized in that the manufacturing apparatus for medical tablets is constructed to manufacture the medical tablet containing the IC chip member which has a base plane, and a convex portion protruding more on one side than the other side with respect to the base plane, said manufacturing apparatus for medical tablets comprises a supply portion which holds the IC chip member in a downward manner where the convex portion faces downward, and supplies the IC chip member on the pharmaceutical powder, and the manufacturing apparatus further comprises: a first suction member which suctions and holds the IC chip member; a second suction member which suctions the IC chip member held by said first suction member, from a side opposite to said first suction member; and a guide member provided with a through-hole into which the IC chip member is to be inserted, wherein a suction portion of said first suction member is inserted from one side of said through-hole, and a suction portion of said second suction member is inserted from the other side of said through-hole, and the IC chip member is passed from said first suction member to said second suction member within said through-hole. a first suction member which suctions and holds the IC chip member; a second suction member which suctions the IC chip member held by said first suction member, from a side opposite to said first suction member; and a guide member provided with a through-hole into which the IC chip member is to be inserted, wherein a suction portion of said first suction member is inserted from one side of said through-hole, and a suction portion of said second suction member is inserted from the other side of said through-hole, and the IC chip member is passed from said first suction member to said second suction member within said through-hole.
A method for preparing a functionalized polymer, the method comprising the steps of: (i) polymerizing conjugated diene monomer, and optionally monomer copolymerizable therewith, along with either a coordination catalyst or an anionic initiator to form a reactive polymer, and (ii) reacting the reactive polymer with a protected oxime compound containing a cyano group. (i) polymerizing conjugated diene monomer, and optionally monomer copolymerizable therewith, along with either a coordination catalyst or an anionic initiator to form a reactive polymer, and (ii) reacting the reactive polymer with a protected oxime compound containing a cyano group.
A method in a second radio network node for providing a first parameter to be used by a user equipment for measuring at least one measurement quantity on a second cell when the second cell is deactivated, wherein the first parameter relates to a first measurement period, wherein the second radio network node operates a first cell on a first carrier and operates the second cell on a second carrier, wherein the first and second cell serves the user equipment, the method comprising: sending, to the user equipment, the first parameter and an indication indicative of the second carrier, wherein the first parameter is indicating a specific length of the first measurement period.
A method for wireless communication, comprising: identifying a first beam monitoring pattern for transmitting control channel transmissions, the first beam monitoring pattern indicating that the control channel transmissions are to be transmitted using a first subset of transmission beams in a first subset of time periods and that the control channel transmissions are to be transmitted using a second subset of transmission beams in a second subset of time periods; transmitting the control channel transmissions during the first subset of time periods using the first subset of transmission beams; determining, during the first subset of time periods, that the transmitted first subset of transmission beams exceeds a reliability threshold; and continuing transmissions using the first subset of transmission beams for at least a portion of the second subset of time periods responsive to the determining. identifying a first beam monitoring pattern for transmitting control channel transmissions, the first beam monitoring pattern indicating that the control channel transmissions are to be transmitted using a first subset of transmission beams in a first subset of time periods and that the control channel transmissions are to be transmitted using a second subset of transmission beams in a second subset of time periods; transmitting the control channel transmissions during the first subset of time periods using the first subset of transmission beams; determining, during the first subset of time periods, that the transmitted first subset of transmission beams exceeds a reliability threshold; and continuing transmissions using the first subset of transmission beams for at least a portion of the second subset of time periods responsive to the determining.
An ostomy pouch (40; 50; 60) having a pair of opposed side walls (41, 42; 51, 52; 61, 62), one of the side walls defining a stoma-receiving opening for, in use, receiving a part of a stoma, wherein one or both of the side walls is formed of a polymeric film (2; 20) characterised in that the polymeric film is at least partially coated on an internal surface thereof with hydrophobic particles, the hydrophobic particles comprising: a metal oxide core; and a hydrocarbon chain having from 2 to 40 carbon atoms, wherein the hydrocarbon chain is chemically bound to the metal oxide core. a metal oxide core; and a hydrocarbon chain having from 2 to 40 carbon atoms, wherein the hydrocarbon chain is chemically bound to the metal oxide core.
A display device, comprising: a display; a device interface to permit communication with an external device using at least one wireless communication protocol; a network interface for coupling to a network; a controller configured to: cause the display to display data mirroring data displayed on the external device; receive a request for playback of content, wherein the request for playback of the content is received from the external device via the device interface; obtain the content from a storage unit when the content is non-streaming content; obtain the content from a source, via the network interface, when the content is streaming content; cause the display to display the content obtained from either the storage unit or the source; and transmit, via the device interface, a first message to the external device to cause the external device to enter a standby mode, wherein the controller is further configured to: transmit, via the device interface, a second message to the external device upon completion of the displaying of the content, wherein the second message causes the external device to enter an awake mode. a display; a device interface to permit communication with an external device using at least one wireless communication protocol; a network interface for coupling to a network; a controller configured to: cause the display to display data mirroring data displayed on the external device; receive a request for playback of content, wherein the request for playback of the content is received from the external device via the device interface; obtain the content from a storage unit when the content is non-streaming content; obtain the content from a source, via the network interface, when the content is streaming content; cause the display to display the content obtained from either the storage unit or the source; and transmit, via the device interface, a first message to the external device to cause the external device to enter a standby mode, wherein the controller is further configured to: transmit, via the device interface, a second message to the external device upon completion of the displaying of the content, wherein the second message causes the external device to enter an awake mode. cause the display to display data mirroring data displayed on the external device; receive a request for playback of content, wherein the request for playback of the content is received from the external device via the device interface; obtain the content from a storage unit when the content is non-streaming content; obtain the content from a source, via the network interface, when the content is streaming content; cause the display to display the content obtained from either the storage unit or the source; and transmit, via the device interface, a first message to the external device to cause the external device to enter a standby mode, wherein the controller is further configured to: transmit, via the device interface, a second message to the external device upon completion of the displaying of the content, wherein the second message causes the external device to enter an awake mode.
A method, comprising: inserting a stretch rod into a heated plastic preform having a neck portion, wherein the neck portion is secured relative to an axis of motion of the stretch rod, and the stretch rod includes a tip having cavities formed therein, the cavities having shapes corresponding to sharp pointed extensions (604a, 604b, 605a, 605b, 604e, 603c-605c, 603d, 604d); pushing the stretch rod tip against an inner bottom region of the preform so as to force heated plastic of the preform into the cavities; and blowing a gas into the stretched preform so as to create a plastic bottle having the sharp pointed extensions (604a, 604b, 605a, 605b, 604e, 603c-605c, 603d, 604d) formed in an interior bottom surface thereof. inserting a stretch rod into a heated plastic preform having a neck portion, wherein the neck portion is secured relative to an axis of motion of the stretch rod, and the stretch rod includes a tip having cavities formed therein, the cavities having shapes corresponding to sharp pointed extensions (604a, 604b, 605a, 605b, 604e, 603c-605c, 603d, 604d); the neck portion is secured relative to an axis of motion of the stretch rod, and the stretch rod includes a tip having cavities formed therein, the cavities having shapes corresponding to sharp pointed extensions (604a, 604b, 605a, 605b, 604e, 603c-605c, 603d, 604d); pushing the stretch rod tip against an inner bottom region of the preform so as to force heated plastic of the preform into the cavities; and blowing a gas into the stretched preform so as to create a plastic bottle having the sharp pointed extensions (604a, 604b, 605a, 605b, 604e, 603c-605c, 603d, 604d) formed in an interior bottom surface thereof.
A process of catalytically reducing sulfur compounds contained in a gas stream comprising contacting the gas stream in a reactor with a catalyst composition comprising: alumina, a group VI metal component and a group VIII metal component, wherein said catalyst composition has a pore structure such that the percentage of the total pore volume of said catalyst composition contained within the pores of said catalyst composition having a pore diameter greater than 10,000 Å exceeds 10 percent and the percentage of the total pore volume of said catalyst composition contained within the pores having a pore diameter less than 70 Å exceeds 10 percent and is less than 70 percent, wherein the ratio of its pore volume containing in pores of greater than 10,000 Å to the pore volume contained in pores of less than 70 Å exceeds 0.6, and wherein said group VI metal component is present in said catalyst composition in an amount in the range of from 3 wt.% to 15 wt. % and said group VIII metal component is present in said catalyst composition in an amount in the range of from 1 wt.% to 5 wt. %, wherein the weight percents are based on the metal component being in the elemental metal form and the total weight of said catalyst composition, in which process said gas stream is contacted with said catalyst composition at an inlet temperature to said reactor that is in the range of from 140 °C to 250 °C. alumina, a group VI metal component and a group VIII metal component, wherein said catalyst composition has a pore structure such that the percentage of the total pore volume of said catalyst composition contained within the pores of said catalyst composition having a pore diameter greater than 10,000 Å exceeds 10 percent and the percentage of the total pore volume of said catalyst composition contained within the pores having a pore diameter less than 70 Å exceeds 10 percent and is less than 70 percent, wherein the ratio of its pore volume containing in pores of greater than 10,000 Å to the pore volume contained in pores of less than 70 Å exceeds 0.6, and wherein said group VI metal component is present in said catalyst composition in an amount in the range of from 3 wt.% to 15 wt. % and said group VIII metal component is present in said catalyst composition in an amount in the range of from 1 wt.% to 5 wt. %, wherein the weight percents are based on the metal component being in the elemental metal form and the total weight of said catalyst composition, in which process said gas stream is contacted with said catalyst composition at an inlet temperature to said reactor that is in the range of from 140 °C to 250 °C.