mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for monitoring the connection of a blood treatment unit to the fluid system of an extracorporeal blood treatment apparatus, the blood treatment unit comprising an inlet and an outlet for connection to the fluid system, and the fluid system comprising a line system having a first line portion connected to the inlet and a second line portion connected to the outlet of the blood treatment unit, the monitoring apparatus comprising: means (42, 43) for measuring the pressure in the first line portion and/or second line portion of the line system, and an evaluation unit which evaluates the measured values from the means for measuring the pressure in the first and/or second line portion, characterised in that the evaluation unit is designed such that a conclusion is drawn, on the basis of the measured pressure in the first and/or second line portion, on whether the inlet and outlet of the blood treatment unit are connected correctly or incorrectly to the first or second line portion of the fluid system, respectively. means (42, 43) for measuring the pressure in the first line portion and/or second line portion of the line system, and an evaluation unit which evaluates the measured values from the means for measuring the pressure in the first and/or second line portion,
A quantum dot light emitting diode comprising i) an emitting layer of at least one semiconductor nanoparticle made from semiconductor materials selected from the group consisting of Group II-VI compounds, Group II-V compounds, Group III-VI compounds, Group III-V compounds, Group IV-VI compounds, Group I-III-VI compounds, Group II-IV-VI compounds, Group II-IV-V compounds, or any combination thereof; and ii) a hole injection or hole transport layer comprising a polymer, wherein the polymer comprises, as polymerized units, at least one or more monomers having a first monomer structure comprising a) a polymerizable group, b) an electroactive group with formula NAr 1 Ar 2 Ar 3 wherein Ar 1, Ar 2 and Ar 3 independently are C 6 -C 50 aromatic substituents, and (c) a linker group connecting the polymerizable group and the electroactive group, characterized in that the polymerizable group is selected from an ethenyl group, trifluorovinylether, cinnamate or chalcone, diene, ethoxyethyne, and 3-ethoxy-4-methylcyclobut-2-enone, and in that the electroactive group having formula NAr 1 Ar 2 Ar 3 is selected from:
A method for automated provisioning of a computing blade, said method comprising: providing a chassis having a plurality of enclosure slots (502, 504, 506, 508) that are adapted to contain computing blades (510, 512, 514, 516); detecting that a blade has been inserted into an enclosure slot of said chassis and determining a physical location of where said blade has been inserted; characterized by further comprising automatically provisioning the blade based on said physical location, wherein the blade inherits an identity from said enclosure slot of the chassis, wherein said identity dictates whether the blade functions as a worker blade or a bootstrap blade, wherein a worker blade is stateless and performs application logic and core processing of a system, and the bootstrap blade provides a set of bootstrapping and administration functions for a worker blade, and wherein said identity is associated with the enclosure slot and is disassociated from the blade. providing a chassis having a plurality of enclosure slots (502, 504, 506, 508) that are adapted to contain computing blades (510, 512, 514, 516); detecting that a blade has been inserted into an enclosure slot of said chassis and determining a physical location of where said blade has been inserted; characterized by further comprising automatically provisioning the blade based on said physical location, wherein the blade inherits an identity from said enclosure slot of the chassis, wherein said identity dictates whether the blade functions as a worker blade or a bootstrap blade, wherein a worker blade is stateless and performs application logic and core processing of a system, and the bootstrap blade provides a set of bootstrapping and administration functions for a worker blade, and wherein said identity is associated with the enclosure slot and is disassociated from the blade.
Francis type hydraulic machine, through which a principal flow of water passes, comprising a turbine wheel, comprising a plurality of blades arranged between a ceiling and a belt, in the vicinity of which swirling zones, reduced pressure zones or cavitation zones (8, 10, 33) form along the profile of the blades in the vicinity of the upstream ends and of the downstream ends of the blades and between the blades, a plurality of inlet openings in the vicinity of the upstream end of the blades for taking a flow from the said principal flow and a plurality of outlet openings (24, 26) in the vicinity of the upstream end and of the downstream end of the blades for injecting the flow taken from the principal flow by the plurality of inlet openings into the said swirling, reduced pressure or cavitation zones (8, 10, 33) so as to modify locally the principal flow or to increase the pressure in these zones (8, 10, 33) and other openings (31, 32) formed in the said ceiling or in the said belt for injecting a flow, taken from the principal flow, between the blades through other outlet openings (31, 32).
A dental wedge, for use in the inter-proximal space between adjacent teeth, said dental wedge comprising: a head portion; a body portion, wherein, said body portion includes a backbone wherein said backbone, viewed from the side, has a curved profile, said body portion includes at least three pairs of wings (60, 62, 64) extending from the backbone, wherein said wings (60, 62, 64) are separated by a plurality of notches such that the wings (60, 62, 64) extend independently, and said body portion has three sections, wherein a proximal wing section includes a pair of wings closest to the head portion, a distal wing section includes a pair of wings furthest from the head portion, and a central wing section has at least one pair of wings; and a neck portion, wherein said neck portion connects the head and body portions (42, 46), wherein said proximal wing section terminates at the neck portion, and said neck portion has a triangular shape; wherein the base of the triangular shape is attached to the head portion, and the tip of the triangular shape continues to form the backbone, wherein one pair of wings in the central wing section extends from an apex of the curved profile of the backbone, wherein at least one pair of wings in the central wing section extends further from the backbone than the pairs of wings in the proximal and distal wing sections (60, 64). a head portion; a body portion, wherein, said body portion includes a backbone wherein said backbone, viewed from the side, has a curved profile, said body portion includes at least three pairs of wings (60, 62, 64) extending from the backbone, wherein said wings (60, 62, 64) are separated by a plurality of notches such that the wings (60, 62, 64) extend independently, and said body portion has three sections, wherein a proximal wing section includes a pair of wings closest to the head portion, a distal wing section includes a pair of wings furthest from the head portion, and a central wing section has at least one pair of wings; and a neck portion, wherein said neck portion connects the head and body portions (42, 46), wherein said proximal wing section terminates at the neck portion, and said neck portion has a triangular shape; wherein the base of the triangular shape is attached to the head portion, and the tip of the triangular shape continues to form the backbone, wherein one pair of wings in the central wing section extends from an apex of the curved profile of the backbone, wherein at least one pair of wings in the central wing section extends further from the backbone than the pairs of wings in the proximal and distal wing sections (60, 64).
A transceiver comprising: a plurality of forward channel receivers, wherein at least one of the forward channel receivers receives a forward channel laser communication beam transmitted from a ground station and an E-band frequency having a bandwidth of 81-86 GHz; a plurality of forward channel transmitters having different frequencies, wherein the forward channel transmitters transmit user beams to endpoint devices, wherein the user beams are derived from the forward channel laser and MMW communication beams; a plurality of return channel receivers, wherein the return channel receivers receive user beams from the endpoint devices; at least one return channel transmitter, wherein the return channel transmitter transmits a return channel laser communication beam to a ground station, wherein the return channel laser communication beam is dual-polarized; wherein the transceiver is located on a system in geosynchronous orbit. a plurality of forward channel receivers, wherein at least one of the forward channel receivers receives a forward channel laser communication beam transmitted from a ground station and an E-band frequency having a bandwidth of 81-86 GHz; a plurality of forward channel transmitters having different frequencies, wherein the forward channel transmitters transmit user beams to endpoint devices, wherein the user beams are derived from the forward channel laser and MMW communication beams; a plurality of return channel receivers, wherein the return channel receivers receive user beams from the endpoint devices; at least one return channel transmitter, wherein the return channel transmitter transmits a return channel laser communication beam to a ground station, wherein the return channel laser communication beam is dual-polarized; wherein the transceiver is located on a system in geosynchronous orbit.
A method for switching an active board and a standby board, comprising switching (102, 206) a first type function module on a first working state board from a first working state into a second working state, wherein said first type function module is unable to be in said first working state on said first working state board and a second working state board at the same time, and then switching (105, 208) the first type function module on said second working state board from said second working state into said first working state; switching (106, 202) a second type function module on said second working state board from the second working state into said first working state, wherein said second type function module is unable to be in said second working state on said first working state board and said second working state board at the same time, and then switching (108, 205) the second type function module on said first working state board from said first working state into said second working state; wherein said first working state board is one of said active board and said standby board, and said second working state board is the other of the said active board and said standby board; when said first working state board is said active board and said second working state board is said standby board, said first working state is an active state and said second working state is a standby state; when said first working state board is said standby board and said second working state board is said active board, said first working state is said standby state and said second working state is said active state. switching (102, 206) a first type function module on a first working state board from a first working state into a second working state, wherein said first type function module is unable to be in said first working state on said first working state board and a second working state board at the same time, and then switching (105, 208) the first type function module on said second working state board from said second working state into said first working state; switching (106, 202) a second type function module on said second working state board from the second working state into said first working state, wherein said second type function module is unable to be in said second working state on said first working state board and said second working state board at the same time, and then switching (108, 205) the second type function module on said first working state board from said first working state into said second working state; wherein said first working state board is one of said active board and said standby board, and said second working state board is the other of the said active board and said standby board; when said first working state board is said active board and said second working state board is said standby board, said first working state is an active state and said second working state is a standby state; when said first working state board is said standby board and said second working state board is said active board, said first working state is said standby state and said second working state is said active state.
A printing apparatus, comprising: a support member having a printhead slot; a first tubing to provide a first printing fluid; and a second tubing to provide a second printing fluid; a mechanical structure attached to the support member wherein a printhead-side end portion of the first tubing and a printhead-side end portion of the second tubing are attached to the mechanical structure; wherein the mechanical structure allows to switch the printhead-side end portion of the first tubing between an active position and a first standby position and the printhead-side end portion of the second tubing between a second standby position and the active position; wherein, when the printhead-side end portion of the first tubing is in the active position, the first tubing provides the first printing fluid to a printhead in the printhead slot and the printhead-side end portion of the second tubing is in the standby position and does not provide the second printing fluid to the printhead. a support member having a printhead slot; a first tubing to provide a first printing fluid; and a second tubing to provide a second printing fluid; a mechanical structure attached to the support member wherein a printhead-side end portion of the first tubing and a printhead-side end portion of the second tubing are attached to the mechanical structure; wherein the mechanical structure allows to switch the printhead-side end portion of the first tubing between an active position and a first standby position and the printhead-side end portion of the second tubing between a second standby position and the active position; wherein, when the printhead-side end portion of the first tubing is in the active position, the first tubing provides the first printing fluid to a printhead in the printhead slot and the printhead-side end portion of the second tubing is in the standby position and does not provide the second printing fluid to the printhead.
A dilatant fluid composition comprising inorganic fine particles having a primary particle size of from 2 nm to 30 μm, at 100 parts by weight a particle dispersing agent, which is a polysiloxane diol represented by the following general formula or wherein each R 3 independently represents an alkyl group or an aryl group having carbon atoms of from 1 to 8, each R 4 independently represents a divalent group or a divalent substituent group having an ester bond or ether bond, and d is an integer of 1 s d s 1,000, at 0.5 to 100 parts by weight, and a silicone fluid medium, at 5 to 1,000 parts by weight. inorganic fine particles having a primary particle size of from 2 nm to 30 μm, at 100 parts by weight a particle dispersing agent, which is a polysiloxane diol represented by the following general formula or wherein each R 3 independently represents an alkyl group or an aryl group having carbon atoms of from 1 to 8, each R 4 independently represents a divalent group or a divalent substituent group having an ester bond or ether bond, and d is an integer of 1 s d s 1,000, at 0.5 to 100 parts by weight, and a silicone fluid medium, at 5 to 1,000 parts by weight.
A heating system having first and second heat sources, said first heat source having a greater heat output than said second heat source, a fluid which can be heated by said first and second heat sources (4, 6) and transported to and from a load by a pump means (20, 21), a return temperature sensor arranged to monitor a return temperature of the fluid returning to said second heat source, a supply temperature sensor arranged to monitor a supply temperature of the fluid leaving said first heat source, a controller having, as an input, the output of said return and supply temperature sensors, and having outputs coupled to the first and second heat sources (4, 6), said controller being arranged to generate a first output signal to disable said first heat source when said supply temperature exceeds a preset supply temperature limit and being arranged to generate a second output signal to disable said second heat source when said return temperature exceeds a preset return temperature limit, wherein said preset supply temperature has a first value when the first and second heat sources (4, 6) are enabled and a second value when only said first heat source is enabled, said second value being higher than said first value.
A suture anchor comprising: a tubular body having an axial bore therethrough; one or more purchase enhancements on an exterior surface of the body adapted to enhance purchase of the body within a bone hole; a lateral port formed through the body from the bore to the exterior surface, characterized by the lateral port being positioned distally with respect to the purchase enhancements and proximally with respect to an open distal end of the axial bore; and a length of suture passing distally along the exterior surface over the one or more purchase enhancements, over a distal end of the body, proximally into the bore, back out of the bore through the lateral port and then proximally along the exterior surface over the one or more purchase enhancements. a tubular body having an axial bore therethrough; one or more purchase enhancements on an exterior surface of the body adapted to enhance purchase of the body within a bone hole; a lateral port formed through the body from the bore to the exterior surface, characterized by the lateral port being positioned distally with respect to the purchase enhancements and proximally with respect to an open distal end of the axial bore; and a length of suture passing distally along the exterior surface over the one or more purchase enhancements, over a distal end of the body, proximally into the bore, back out of the bore through the lateral port and then proximally along the exterior surface over the one or more purchase enhancements.
Drive of a carriage of a ground drilling device having a rotary drive and a pinion driven by the rotary drive, which pinion can be brought into engagement with a rack, wherein the rotary drive is in engagement with a further pinion, which can be brought into engagement with the rack, characterized in that the rotary drive as precisely one drive motor has a drive pinion in engagement with the two pinions (3, 4) and the drive axis of the drive pinion lies outside the plane spanned by the two axes of the two pinions (3, 4).
A voltage regulator (100, 200, 300), comprising: a voltage control circuit (110, 210, 310), configured to receive an output voltage of the voltage regulator (100, 200, 300) to generate a first current to an output terminal of the voltage regulator (100, 200, 300); and a current control circuit (120, 220, 320), configured to generate a second current to the output terminal of the voltage regulator (100, 200, 300) according to an output current of the voltage regulator (100, 200, 300), wherein the second current has a fixed ratio to the output current, and the output current is generated according to the first current and the second current; wherein a loop of the voltage control circuit (110, 210, 310) and a loop of the current control circuit (120, 220, 320) are independent of each other, and the voltage control circuit (110, 210, 310) comprises: an error amplifier (212, 312), configured to compare a signal derived from the output voltage with a reference voltage to generate a control signal; and a current generator, configured to generate the first current according to the control signal. a voltage control circuit (110, 210, 310), configured to receive an output voltage of the voltage regulator (100, 200, 300) to generate a first current to an output terminal of the voltage regulator (100, 200, 300); and a current control circuit (120, 220, 320), configured to generate a second current to the output terminal of the voltage regulator (100, 200, 300) according to an output current of the voltage regulator (100, 200, 300), wherein the second current has a fixed ratio to the output current, and the output current is generated according to the first current and the second current; wherein a loop of the voltage control circuit (110, 210, 310) and a loop of the current control circuit (120, 220, 320) are independent of each other, and the voltage control circuit (110, 210, 310) comprises: an error amplifier (212, 312), configured to compare a signal derived from the output voltage with a reference voltage to generate a control signal; and a current generator, configured to generate the first current according to the control signal. an error amplifier (212, 312), configured to compare a signal derived from the output voltage with a reference voltage to generate a control signal; and a current generator, configured to generate the first current according to the control signal.
An apparatus for administering light therapy, the apparatus comprising: a spectacle frame suitably sized for wearing on a human being and securing one or more optical lenses; one or more light sources fixedly mounted to provide therapeutic light into an eye of a wearer of the spectacle frame, wherein said therapeutic light comprises blue light, wherein the one or more light sources are positioned such that light is directed into the one or more optical lenses, wherein the one or more optical lenses includes one or more light scattering areas that form a ring within a perimeter area of the optical lens and includes an internal barrier between the light scattering area and an optical zone in a central portion of the optical lens, and wherein the internal barrier prevents light intended for light therapy from being dispersed into the optical zone of the optical lens. a spectacle frame suitably sized for wearing on a human being and securing one or more optical lenses; one or more light sources fixedly mounted to provide therapeutic light into an eye of a wearer of the spectacle frame, wherein said therapeutic light comprises blue light, wherein the one or more light sources are positioned such that light is directed into the one or more optical lenses, wherein the one or more optical lenses includes one or more light scattering areas that form a ring within a perimeter area of the optical lens and includes an internal barrier between the light scattering area and an optical zone in a central portion of the optical lens, and wherein the internal barrier prevents light intended for light therapy from being dispersed into the optical zone of the optical lens.