mhurhangee/ep-ind-claims huggingface dataset:
A couch with a patient-inclining device, comprising: a tabletop on which a test object is placed; a pair of rails arranged in one direction below the tabletop; a moving section having a pair of sliders movable on the pair of rails; a pair of block bodies movable on the pair of rails; drive mechanisms linearly moving the block bodies in the one direction with respect to the moving section; a support section provided on the moving section to support the tabletop; and levers, each having one end connected to the tabletop and the other end connected to the associated one of the pair of block bodies, wherein the drive mechanisms comprise: a first drive mechanism moving one of the pair of block bodies with respect to the moving section; and a second drive mechanism moving the other of the pair of block bodies with respect to the moving section, wherein the levers comprise: a first lever provided at the one of the pair of block bodies; and a second lever provided at the other of the pair of block dies, and wherein the one end of the first lever and the one end of the second lever are connected to the tabletop at positions different from each other, wherein the positions are different from the support section at the tabletop. a tabletop on which a test object is placed; a pair of rails arranged in one direction below the tabletop; a moving section having a pair of sliders movable on the pair of rails; a pair of block bodies movable on the pair of rails; drive mechanisms linearly moving the block bodies in the one direction with respect to the moving section; a support section provided on the moving section to support the tabletop; and levers, each having one end connected to the tabletop and the other end connected to the associated one of the pair of block bodies, wherein the drive mechanisms comprise: a first drive mechanism moving one of the pair of block bodies with respect to the moving section; and a second drive mechanism moving the other of the pair of block bodies with respect to the moving section, a first drive mechanism moving one of the pair of block bodies with respect to the moving section; and a second drive mechanism moving the other of the pair of block bodies with respect to the moving section, wherein the levers comprise: a first lever provided at the one of the pair of block bodies; and a second lever provided at the other of the pair of block dies, and a first lever provided at the one of the pair of block bodies; and a second lever provided at the other of the pair of block dies, and wherein the one end of the first lever and the one end of the second lever are connected to the tabletop at positions different from each other, wherein the positions are different from the support section at the tabletop.
A blade tip clamp arrangement realised to support a wind turbine rotor blade, which blade tip clamp arrangement comprises at least - a tip clamp assembly realised to hold the rotor blade along an airfoil portion of the rotor blade; and - a pivot connection interface realised to pivotably connect the tip clamp assembly to a wheeled transport means; which blade tip clamp arrangement is characterized by a support foot realized to support the tip clamp assembly in a first blade orientation and/or a second blade orientation during storage and transport of the rotor blade, and wherein the support foot and the tip clamp assembly comprise physically independent units (10, 12) realized to be connected together in the first blade orientation or the second blade orientation. - a tip clamp assembly realised to hold the rotor blade along an airfoil portion of the rotor blade; and - a pivot connection interface realised to pivotably connect the tip clamp assembly to a wheeled transport means;
A device for preventing visual defects due to disease of the sclera or a change in the sclera of an eye, comprising a unit (20, 22; 32) for strengthening the sclera by means of electromagnetic radiation that is applied to the sclera via the cornea, the lens, the vitreous body, and the retina of the eye, wherein the unit includes control devices for distributing the radiation over the sclera in order to selectively adjust the radiation intensity of the electromagnetic radiation incident on the sclera as a function of the location on the sclera, wherein the unit also includes a radiation sensor for detecting a portion of the electromagnetic radiation that is irradiated in the direction of the sclera, wherein each radiation source of a plurality of radiation sources of the unit is selectively controllable, wherein the unit is configured for being able to provide, by means of the control devices, different radiation intensities for the individual radiation sources, taking into account a measuring signal of the radiation sensor, and wherein the unit is configured for moving the electromagnetic radiation relative to the sclera in order to scan the sclera with the electromagnetic radiation.
Bottle, comprising: a stopper a bottle finish having a tubular shape configured to receive the stopper comprising a closure shell and a tamper band, the closure shell and the tamper band being separably connected; a tamper evident ring positioned peripherally on the bottle finish; a transport ring having a bottom surface, the transport ring positioned peripherally on the bottle finish and located below the tamper evident ring, wherein the tamper band is configured to be positioned between the tamper evident ring and the transport ring; a neck located below the transport ring, the neck comprising a bottom surface and a locking feature integrally formed therein; and a shoulder located below the neck, characterized in that the locking feature is configured to receive and retain at least a portion of the closure shell between the bottom surface of the transport ring and the bottom surface of the neck when the closure shell is separated from the tamper band. a stopper a bottle finish having a tubular shape configured to receive the stopper comprising a closure shell and a tamper band, the closure shell and the tamper band being separably connected; a tamper evident ring positioned peripherally on the bottle finish; a transport ring having a bottom surface, the transport ring positioned peripherally on the bottle finish and located below the tamper evident ring, wherein the tamper band is configured to be positioned between the tamper evident ring and the transport ring; a neck located below the transport ring, the neck comprising a bottom surface and a locking feature integrally formed therein; and a shoulder located below the neck, characterized in that the locking feature is configured to receive and retain at least a portion of the closure shell between the bottom surface of the transport ring and the bottom surface of the neck when the closure shell is separated from the tamper band.
A method for the heat treatment of granular solids, wherein the solids are initially introduced into a first reactor configured as a flash reactor or fluidized bed reactor where they are brought into contact with hot gases at temperatures in the range 500°C to 1500°C, and wherein the solids are then guided through a residence time reactor in which they are fluidized, wherein the residence time reactor is configured in a manner such that it is provided with various mutually separated regions from which the solid is separately removed in a manner such that it has a residence time in the residence time reactor which is of a variable duration, characterized in that removal from the various regions of the residence time reactor is carried out in a manner such that not all of the regions are fluidized, wherein the fluidized regions are fluidically connected in succession, whereby specific downstream regions are no longer fluidized and therefore actively removed.
A method for transmission of paging information from a mobile network to a terminal device, the method comprising: according to a discontinuous reception cycle, the terminal device entering a sleep mode in which the terminal device is not monitoring a downlink control channel transmitted by the mobile network; the terminal device determining an advance wakeup time for leaving the sleep mode, said advance wakeup time being advanced by an advancement time interval with respect to a start of an active time of the discontinuous reception cycle; at the determined advance wakeup time, the terminal device leaving the sleep mode and starting monitoring the downlink control channel with respect to paging configuration information from the mobile network, the paging configuration information defining a paging occasion for the transmission of the paging information; and on the basis of the paging configuration information, the terminal device monitoring the paging occasion to receive the paging information from the mobile network. according to a discontinuous reception cycle, the terminal device entering a sleep mode in which the terminal device is not monitoring a downlink control channel transmitted by the mobile network; the terminal device determining an advance wakeup time for leaving the sleep mode, said advance wakeup time being advanced by an advancement time interval with respect to a start of an active time of the discontinuous reception cycle; at the determined advance wakeup time, the terminal device leaving the sleep mode and starting monitoring the downlink control channel with respect to paging configuration information from the mobile network, the paging configuration information defining a paging occasion for the transmission of the paging information; and on the basis of the paging configuration information, the terminal device monitoring the paging occasion to receive the paging information from the mobile network.
A molding material comprising: (i) 1 to 50% by weight of a bundle of continuous reinforcing fibers; (ii) 0.1 to 10% by weight of a polyarylene sulfide prepolymer comprising at least 50% by weight of cyclic polyarylene sulfide and having a weight average molecular weight of less than 10,000, or a polyarylene sulfide (B') having a weight average molecular weight of 10,000 or greater, the degree of dispersion represented by weight average molecular weight/number average molecular weight of 2.5 or smaller and obtained by heating a polyarylene sulfide prepolymer comprising at least 50% by weight of a cyclic polyarylene sulfide represented by formula (a): wherein Ar represents an arylene group and m is 2 to 50, and having a weight average molecular weight less than 10,000; and (iii) 40 to 98.9% by weight of thermoplastic resin, wherein component is adhered to a composite of component and component or (B') and wherein: when is present the molecular weight of the thermoplastic resin is 10,000 or higher; and when (B') is present and is a polyphenylene sulfide resin, then is not a component (B'). (i) 1 to 50% by weight of a bundle of continuous reinforcing fibers; (ii) 0.1 to 10% by weight of a polyarylene sulfide prepolymer comprising at least 50% by weight of cyclic polyarylene sulfide and having a weight average molecular weight of less than 10,000, or a polyarylene sulfide (B') having a weight average molecular weight of 10,000 or greater, the degree of dispersion represented by weight average molecular weight/number average molecular weight of 2.5 or smaller and obtained by heating a polyarylene sulfide prepolymer comprising at least 50% by weight of a cyclic polyarylene sulfide represented by formula (a): wherein Ar represents an arylene group and m is 2 to 50, and having a weight average molecular weight less than 10,000; and (iii) 40 to 98.9% by weight of thermoplastic resin, wherein component is adhered to a composite of component and component or (B') and wherein: when is present the molecular weight of the thermoplastic resin is 10,000 or higher; and when (B') is present and is a polyphenylene sulfide resin, then is not a component (B'). when is present the molecular weight of the thermoplastic resin is 10,000 or higher; and when (B') is present and is a polyphenylene sulfide resin, then is not a component (B').
A cooking device comprising: a top plate that is provided on an upper portion of a main body; a heating section (12a, 12b) operable to heat a bottom surface of an object to be heated that is placed on the upper portion of the main body; and a control unit operable to control a heating output of the heating section (12a, 12b), wherein the cooking device comprises: one or more operation switches (30a - 34a, 30b - 34b) that are provided at the top plate; a light source operable to illuminate the operation switch (30a - 34a, 30b - 34b); and a connection terminal operable to electrically connect the operation switch (30a - 34a, 30b - 34b) to the control unit, wherein the operation switch (30a - 34a, 30b - 34b) includes: a conductive detection section operable to detect that a user touches the conductive detection section based on capacitance change; and a conductive connection section that has an outer shape with a width size smaller than a width size of the detection section, and is contacted with the connection terminal, characterized in that the connection section is directly connected to a portion of an outer edge of the detection section. a top plate that is provided on an upper portion of a main body; a heating section (12a, 12b) operable to heat a bottom surface of an object to be heated that is placed on the upper portion of the main body; and a control unit operable to control a heating output of the heating section (12a, 12b), wherein the cooking device comprises: one or more operation switches (30a - 34a, 30b - 34b) that are provided at the top plate; a light source operable to illuminate the operation switch (30a - 34a, 30b - 34b); and a connection terminal operable to electrically connect the operation switch (30a - 34a, 30b - 34b) to the control unit, one or more operation switches (30a - 34a, 30b - 34b) that are provided at the top plate; a light source operable to illuminate the operation switch (30a - 34a, 30b - 34b); and a connection terminal operable to electrically connect the operation switch (30a - 34a, 30b - 34b) to the control unit, wherein the operation switch (30a - 34a, 30b - 34b) includes: a conductive detection section operable to detect that a user touches the conductive detection section based on capacitance change; and a conductive connection section that has an outer shape with a width size smaller than a width size of the detection section, and is contacted with the connection terminal, characterized in that the connection section is directly connected to a portion of an outer edge of the detection section. a conductive detection section operable to detect that a user touches the conductive detection section based on capacitance change; and a conductive connection section that has an outer shape with a width size smaller than a width size of the detection section, and is contacted with the connection terminal, characterized in that the connection section is directly connected to a portion of an outer edge of the detection section.
A bacteriophage Lambda comprising an amino acid sequence native to Aspartyl-[Asparaginyl]-β-hydroxylase which consists of the amino acid sequence of Construct II:
A power amplifying device comprising: a drain electrode which is provided on a substrate; a gate electrode which faces the drain electrode and which is provided on the substrate; a pair of outer source electrodes; an inner source electrode which is arranged between the outer source electrodes; four earth parts, each of which connected with a respective via hole for grounding; two drain fingers, each of which is connected to the drain electrode, each drain finger being located between the inner source electrode and a respective outer source electrode; four gate fingers, each of which is connected to the gate electrode, the gate fingers being arranged between the outer source electrodes and on both sides of each of the drain fingers; wherein each outer source electrode is connected respectively to a source electrode earth conductor; and each source electrode earth conductor is connected at each of its ends to an earth part; and further comprising an air bridge (110, 120, 130, 140) diagonally connecting the four earth parts with the centre in the longitudinal direction of the inner source electrode or connecting each end in the longitudinal direction of the inner source electrode respectively with the two closest earth parts at the shortest distance. a drain electrode which is provided on a substrate; a gate electrode which faces the drain electrode and which is provided on the substrate; a pair of outer source electrodes; an inner source electrode which is arranged between the outer source electrodes; four earth parts, each of which connected with a respective via hole for grounding; two drain fingers, each of which is connected to the drain electrode, each drain finger being located between the inner source electrode and a respective outer source electrode; four gate fingers, each of which is connected to the gate electrode, the gate fingers being arranged between the outer source electrodes and on both sides of each of the drain fingers; wherein each outer source electrode is connected respectively to a source electrode earth conductor; and each source electrode earth conductor is connected at each of its ends to an earth part; and further comprising an air bridge (110, 120, 130, 140) diagonally connecting the four earth parts with the centre in the longitudinal direction of the inner source electrode or connecting each end in the longitudinal direction of the inner source electrode respectively with the two closest earth parts at the shortest distance.
An aspirating detection system for monitoring for the presence of a pathogen, the aspirating detection system comprising: a network of one or more pipes for sampling air from a plurality of locations monitored by the aspirating detection system; a plurality of sensor units, each sensor unit comprising a housing fluidly connected to the network of one or more pipes; and one or more aspirators configured to draw airflow through the network of one or more pipes and through the sensor units; wherein the plurality of sensor units comprises: a first sensor unit comprising a sensor mounted within the housing configured to monitor for the presence of smoke; and a second sensor unit comprising a biosensor mounted within the housing, the biosensor being configured to monitor for the presence of the pathogen. a network of one or more pipes for sampling air from a plurality of locations monitored by the aspirating detection system; a plurality of sensor units, each sensor unit comprising a housing fluidly connected to the network of one or more pipes; and one or more aspirators configured to draw airflow through the network of one or more pipes and through the sensor units; wherein the plurality of sensor units comprises: a first sensor unit comprising a sensor mounted within the housing configured to monitor for the presence of smoke; and a second sensor unit comprising a biosensor mounted within the housing, the biosensor being configured to monitor for the presence of the pathogen. a first sensor unit comprising a sensor mounted within the housing configured to monitor for the presence of smoke; and a second sensor unit comprising a biosensor mounted within the housing, the biosensor being configured to monitor for the presence of the pathogen.
A combined stairway and lift apparatus, comprising: a plurality of movable steps each including a top surface or tread, the top surface or tread of each step defining a forward edge facing outwardly of the stairway and a rearward edge, the steps being capable of being positioned in a first stairway configuration to provide access from a lower level to an upper level for a person walking up the stairway; and a mechanism capable of guiding the steps from the first stairway configuration to a flat configuration selected from a second flat configuration in which the top surfaces of all of the steps lie substantially in a common horizontal plane substantially level with the lower level and a third flat configuration in which the top edges of all of the steps lie substantially in a common horizontal plane substantially level with the upper level, with each step moving vertically from its position in the first stairway configuration to its position in the selected flat configuration, the mechanism being further capable of maintaining the top surfaces of the steps in a flat configuration while moving them together from the selected flat configuration to the other of the second and third flat configurations, wherein each step is supported adjacent respective lateral sides of the stairway by first and second movable stringers (17, 18), and each step has a first follower constrained to follow the first stringer and a second follower constrained to follow the second stringer at each lateral side, the first follower for each step being more forwardly located than the second follower for that step; and wherein the second stringer is pivoted to a bracket on the axis of the second follower associated with the uppermost step in the first stairway configuration, the bracket being vertically displaceable to move the steps from the first stairway configuration to the second flat configuration, the bracket, the stringers and followers forming part of the mechanism, characterized in that the second and third flat configurations having the same footprint as the first stairway configuration; and, in the first stairway configuration, the mechanism for guiding the steps from the first stairway configuration to said selected flat configuration and for moving the steps in a flat configuration between the selected one and the other of the second and third flat configurations being concealed from view by an envelope defined by the treads of all of the steps.
A fastener, comprising: a substantially circular shaped body having a dish-shaped interior including an inner flat plate integrally connected to and recessed with respect to an outer planar ring; multiple connecting legs integrally connecting the inner flat plate to the outer planar ring, characterized in that pairs of first and second deflectable arms (24, 26, 24', 26) integrally connected to a substantially circular perimeter of the outer planar ring and first and second deflectable wings (20, 22) each integrally connected to one of the pairs of the first and second deflectable arms (24, 26, 24', 26') and extending outwardly from the perimeter of the outer planar ring. a substantially circular shaped body having a dish-shaped interior including an inner flat plate integrally connected to and recessed with respect to an outer planar ring; multiple connecting legs integrally connecting the inner flat plate to the outer planar ring, characterized in that pairs of first and second deflectable arms (24, 26, 24', 26) integrally connected to a substantially circular perimeter of the outer planar ring and first and second deflectable wings (20, 22) each integrally connected to one of the pairs of the first and second deflectable arms (24, 26, 24', 26') and extending outwardly from the perimeter of the outer planar ring.