mhurhangee/ep-ind-claims huggingface dataset:
A rotating machine, comprising: a shaft rotatable about an axis, the shaft having a hollow interior and an orifice; a rotor rotatable with said shaft; a rotor end winding at an axial end of said rotor; a stator spaced from said rotor and forming a gap therebetween, said stator having a stator winding; a fluid system configured to direct fluid through the hollow interior and radially outward through the orifice, characterized in that the fluid system is configured to direct the fluid radially through said rotor end winding to said stator winding; and further characterized by a baffle located adjacent the gap configured to divert fluid away from said gap and toward said stator, and wherein the baffle extends around the entire circumference of the stator winding, and wherein said baffle is attached to an inner diameter of said stator winding; an end ring radially outward of said rotor end winding, wherein said baffle is configured to divert fluid flowing axially inward of said end ring away from said gap; and wherein said baffle has an edge that extends axially away from said gap and radially outward to provide a surface to deflect fluid, wherein the baffle is axially outward of the rotor and the gap, and wherein a radially inner end of said edge is radially inward of a radially outer surface of the rotor. a shaft rotatable about an axis, the shaft having a hollow interior and an orifice; a rotor rotatable with said shaft; a rotor end winding at an axial end of said rotor; a stator spaced from said rotor and forming a gap therebetween, said stator having a stator winding; a fluid system configured to direct fluid through the hollow interior and radially outward through the orifice, characterized in that the fluid system is configured to direct the fluid radially through said rotor end winding to said stator winding; and further characterized by a baffle located adjacent the gap configured to divert fluid away from said gap and toward said stator, and wherein the baffle extends around the entire circumference of the stator winding, and wherein said baffle is attached to an inner diameter of said stator winding; an end ring radially outward of said rotor end winding, wherein said baffle is configured to divert fluid flowing axially inward of said end ring away from said gap; and wherein said baffle has an edge that extends axially away from said gap and radially outward to provide a surface to deflect fluid, wherein the baffle is axially outward of the rotor and the gap, and wherein a radially inner end of said edge is radially inward of a radially outer surface of the rotor.
A seat belt retractor comprising a spool configured to perform winding of a webbing for restraining an occupant; a shaft (3; 36) inserted through an axial center of the spool; a locking base connected to the shaft (3; 36) and capable of switching between a rotating state and a non-rotating state; an energy absorption device configured to be capable of changing an energy absorption amount according to a relative rotation speed between the spool and the shaft (3; 36); and a load adjustment member configured to block or reduce load transmission in a case where a load equal to or greater than a threshold is applied to the spool, wherein the load adjustment member is a torsion bar integrally formed with the shaft (3; 36); the seat belt retractor is characterised in that the spool, the energy absorption device, the torsion bar (6; 36) and the locking base are serially connected in this order.
A device comprising; a first track a second track; driving wheels (3a-d) each having a peripheral surface comprising a friction device, rotatably arranged in at least one frame, wherein the first track is arranged in contact with the friction devices at a first set of driving wheels (3a, b), the second track is arranged in contact with the friction devices at a second set of driving wheels (3c, d), such that the tracks move with the same speed as the peripheral surface of the rotatable driving wheels where the track is in contact with the friction devices when the driving wheels rotate; characterized in that a plurality of shovel rollers (7a-d) each comprise a first and a second end and between the ends a device with an outer periphery, wherein the first ends of the shovel rollers are arranged in the first track and the second ends of the shovel rollers are arranged in the second track such that the shovel rollers move with the tracks in relation to the structure when the driving wheels rotate, wherein the device further comprises a flat continuous carpet-like device with side-ends which is arranged between the first and second sets of driving wheels and abutting the outer periphery of the shovel rollers (7a-d); that the carpet-like device forms a shovel surface between two of the shovel rollers (7a-d), and that the formed shovel moves in relation to the frame when the shovel rollers (7a-d) move in relation to the frame. a first and a second end and between the ends a device with an outer periphery, wherein the first ends of the shovel rollers are arranged in the first track and the second ends of the shovel rollers are arranged in the second track such that the shovel rollers move with the tracks in relation to the structure when the driving wheels rotate, wherein the device further comprises a flat continuous carpet-like device with side-ends which is arranged between the first and second sets of driving wheels and abutting the outer periphery of the shovel rollers (7a-d); that the carpet-like device forms a shovel surface between two of the shovel rollers (7a-d), and that the formed shovel moves in relation to the frame when the shovel rollers (7a-d) move in relation to the frame.
Method for the production of a structured, organic light-emitting diode (OLED), in which a) in a first step, a hole injection layer is deposited on a carrier coated with indium-tin oxide, b) the deposition of at least one emitter layer and one cathode is effected and c) subsequently the OLED is encapsulated, in the deposition of the hole injection layer, firstly a first homogeneous hole injection layer and subsequently a second structured hole injection layer or a structured passivation layer is deposited by means of inkjet printing, characterized in that in the deposition of the emitter layer, in a first step a homogeneous emitter layer is deposited on the hole injection layer or on the passivation layer by means of spin-coating or inkjet printing and subsequently in a second step a structured emitter layer is deposited on this homogeneous emitter layer by means of inkjet printing, and the contrast of the structuring is adjusted via the ratio of the deposited quantities for the homogeneous and the structured layers. a) in a first step, a hole injection layer is deposited on a carrier coated with indium-tin oxide, b) the deposition of at least one emitter layer and one cathode is effected and c) subsequently the OLED is encapsulated,
A fluid pump comprising: a chamber which, in use, contains a fluid to be pumped, the chamber including a main cavity having a substantially cylindrical shape bounded by first and second end walls (12,13) and a side wall and a secondary cavity extending radially outwards of the main cavity; one or more actuators which, in use, cause oscillatory motion of the first end wall in a direction substantially perpendicular to the plane of the first end wall, the actuator including an active element which is either a piezoelectric or magnetostrictive ring, the active element being excited in a radial mode to induce axial deflection of one or both of the end walls (12,13), the distance between the inner and outer circumferences of the ring being approximately one quarter of a wavelength of the actuator mode-shape; and whereby, in use, the axial oscillations of the end walls (12,13) drive radial oscillations of the fluid pressure in the main cavity; and wherein the secondary cavity spaces the side wall from the first end wall such that the first end wall can move relative to the side wall when the actuator is activated. a chamber which, in use, contains a fluid to be pumped, the chamber including a main cavity having a substantially cylindrical shape bounded by first and second end walls (12,13) and a side wall and a secondary cavity extending radially outwards of the main cavity; one or more actuators which, in use, cause oscillatory motion of the first end wall in a direction substantially perpendicular to the plane of the first end wall, the actuator including an active element which is either a piezoelectric or magnetostrictive ring, the active element being excited in a radial mode to induce axial deflection of one or both of the end walls (12,13), the distance between the inner and outer circumferences of the ring being approximately one quarter of a wavelength of the actuator mode-shape; and whereby, in use, the axial oscillations of the end walls (12,13) drive radial oscillations of the fluid pressure in the main cavity; and wherein the secondary cavity spaces the side wall from the first end wall such that the first end wall can move relative to the side wall when the actuator is activated.
A composition for the upper layers of a pavement, comprising a granular mixture and at least one binder, said granular mixture satisfying the following conditions: a) 70 to 100% by weight of the granular mixture components have a particle size of less than 3.15 mm, b) 45 to 100% by weight of the granular mixture components have a particle size of less than 2 mm, c) 3 to 20% by weight of the granular mixture components have a particle size of less than 1 mm, d) 2 to 10% by weight of the granular mixture components have a particle size of less than 0.063 mm. a) 70 to 100% by weight of the granular mixture components have a particle size of less than 3.15 mm, b) 45 to 100% by weight of the granular mixture components have a particle size of less than 2 mm, c) 3 to 20% by weight of the granular mixture components have a particle size of less than 1 mm, d) 2 to 10% by weight of the granular mixture components have a particle size of less than 0.063 mm.
A battery comprising: an electrode body unit; a case having a shape that corresponds to a shape of said electrode body unit; and a sealing plate for closing an opening portion of said case in which said electrode body unit is housed, wherein a rear surface side of said sealing plate is formed with a fitting convex portion that intrudes into said case opening portion when said sealing plate is attached to a predetermined position of said case opening portion, and said sealing plate comprises an increased-thickness molded part formed by press-forming on a part of an outer peripheral part of said fitting convex portion that contacts a peripheral edge of said case opening portion, said increased-thickness molded part being thicker than an inner part of said fitting convex portion that does not contact said peripheral edge of said case opening portion. an electrode body unit; a case having a shape that corresponds to a shape of said electrode body unit; and a sealing plate for closing an opening portion of said case in which said electrode body unit is housed, wherein a rear surface side of said sealing plate is formed with a fitting convex portion that intrudes into said case opening portion when said sealing plate is attached to a predetermined position of said case opening portion, and said sealing plate comprises an increased-thickness molded part formed by press-forming on a part of an outer peripheral part of said fitting convex portion that contacts a peripheral edge of said case opening portion, said increased-thickness molded part being thicker than an inner part of said fitting convex portion that does not contact said peripheral edge of said case opening portion.
Industrial truck having a control computer for actuating driving and working functions as well as having at least one display and operator control device which has a screen for displaying information relating to the driving and working functions by the control computer and having switching elements which are linked to the screen and by means of which inputs can be made, wherein the switching elements are assigned to the edge of the screen and are each assigned to a symbol and/or text display for a sub-selection at the edge of the screen, with the result that when the switching element is actuated the sub-selection for controlling secondary functions with further input possibilities is displayed on the screen, characterized in that the secondary functions comprise the actuation of a lighting system of the industrial truck and/or functions of windscreen wipers and/or control functions of a heating system and/or control functions of an air-conditioning system.
An apparatus for slicing food products, in particular a high-performance slicer, comprising at least one slicing device having a cutting blade revolving in a rotational manner and/or in planetary motion and having a drive for the cutting blade; a base for the slicing device, said base being stationary with respect to a cutting region; and a transfer apparatus for moving the slicing device relative to the base between a cutting state in which the slicing device is fixed to the base and a transfer state in which the slicing device is released from the base, wherein the transfer apparatus comprises two pivot arms which are supported at oppositely disposed sides of the base and which are directly coupled to one another via the slicing device at least in a cutting state.
Multi-system traction power converter with a network-side feed device, a load-side self-commutated pulse power converter and a direct voltage intermediate circuit, wherein this feed device has a plurality of power converter groups, an average frequency transformer with a plurality of primary windings and a secondary winding and an output power converter, wherein these power converter groups are electrically connected in series on the network side and are each linked with a primary winding on the transformer side, wherein the output power converter of the feed device is connected on the alternating voltage side with the secondary winding and on the direct voltage side by means of the direct voltage intermediate circuit with direct voltage-side terminals of the self-commutated pulse power converter, characterised in that the average frequency transformer has a second secondary winding, which is electrically connected in parallel with alternating voltage-side terminals of a second output power converter and that these two output power converters (48, 50) can be configured on the direct voltage side in a series or parallel circuit by means of two switching apparatuses (54, 56).
An uplink information feedback method, comprising: receiving (101c, 201 c), by a network device, uplink information that is sent by a sending device on a contention based, CB resource; and it is characterized in that the method further comprises: feeding back, by the network device, correct reception of the uplink information to the sending device, when the uplink information is successfully decoded, through: a first physical downlink control channel, PDCCH masked with an identifier of the sending device, or a media access control layer control element, MAC CE; detecting (105c, 204c), by the network device, a conflict on a CB resource block that bears the uplink information; and sending, by the network device to the sending device, a retransmission indication through a second PDCCH masked with a contention based radio network temporary identifier, CB-RNTI, when the uplink information is not successfully decoded and no conflict is detected during sending the uplink information by the sending device on the CB resource. receiving (101c, 201 c), by a network device, uplink information that is sent by a sending device on a contention based, CB resource; and feeding back, by the network device, correct reception of the uplink information to the sending device, when the uplink information is successfully decoded, through: a first physical downlink control channel, PDCCH masked with an identifier of the sending device, or a media access control layer control element, MAC CE; detecting (105c, 204c), by the network device, a conflict on a CB resource block that bears the uplink information; and sending, by the network device to the sending device, a retransmission indication through a second PDCCH masked with a contention based radio network temporary identifier, CB-RNTI, when the uplink information is not successfully decoded and no conflict is detected during sending the uplink information by the sending device on the CB resource.
A hybrid charge pump control circuit comprising: a first input for providing a positive input voltage; a second input for providing a negative input voltage; a first sequence of PMOS transistors for stepping down the voltage of the first input by an amount equal to the sum of the threshold voltages of the first set of PMOS transistors to generate a stepped down voltage; a second sequence of PMOS transistors for stepping up the voltage of the second input by an amount equal to the sum of the threshold voltages of the second set of PMOS transistors to generate a stepped up voltage; a first reference voltage; a second reference voltage; a comparator; a first switch for selectively coupling the stepped down voltage to the comparator; a second switch for selectively coupling the stepped up voltage to the comparator; a third switch for selectively coupling the first reference voltage to the comparator; a fourth switch for selectively coupling the second reference voltage to the comparator; wherein the comparator compares the first reference voltage with the stepped down voltage when a first switch and third switch are on and a second switch and fourth switch are off and compares the second reference voltage with the stepped up voltage when the first switch and third switch are off and the second switch and fourth switch are on, to generate an output for controlling a charge pump. a first input for providing a positive input voltage; a second input for providing a negative input voltage; a first sequence of PMOS transistors for stepping down the voltage of the first input by an amount equal to the sum of the threshold voltages of the first set of PMOS transistors to generate a stepped down voltage; a second sequence of PMOS transistors for stepping up the voltage of the second input by an amount equal to the sum of the threshold voltages of the second set of PMOS transistors to generate a stepped up voltage; a first reference voltage; a second reference voltage; a comparator; a first switch for selectively coupling the stepped down voltage to the comparator; a second switch for selectively coupling the stepped up voltage to the comparator; a third switch for selectively coupling the first reference voltage to the comparator; a fourth switch for selectively coupling the second reference voltage to the comparator; wherein the comparator compares the first reference voltage with the stepped down voltage when a first switch and third switch are on and a second switch and fourth switch are off and compares the second reference voltage with the stepped up voltage when the first switch and third switch are off and the second switch and fourth switch are on, to generate an output for controlling a charge pump.
A method for assaying anti-cyclic citrullinated peptides (anti-CCP) antibodies in a clinical sample selected from blood, blood derivatives, serum, plasma, urine, cerebrospinal fluid, oral fluid, synovial fluid and emphysema fluid, said method comprising providing a homogenous assay format, contacting said sample with at least one reagent comprising at least one specific binder for anti-CCP antibodies immobilised to monodisperse metal or polymer nanoparticles having a diameter of between 10 and 250 nm, whereby to form a solution or suspension of an anti-CCP-binding partner complex in a homogeneous sample mixture and detecting the presence or level of said anti-CCP-binding partner complex in a homogeneous liquid-phase, wherein said detection is carried out by turbidimetry, wherein in said method the sample and at least one reagent are mixed, a signal generated and that signal detected without any separation or washing steps involving phase separation and wherein the binder for anti-CCP is at least one CCP peptide antigen where two or more such peptides are bound to each particle.
A frequency-converting sensor (1, 1a, 1b) for providing at least a radio frequency signal parameter, which is an electrical power value, the sensor (1, 1a, 1b) comprising: - an analog receiving section for converting an input signal into corresponding I/Q-values using a local oscillator frequency; - an analog to digital converting unit for converting the corresponding analog I/Q-values into digital I/Q-values; and - a digital processing unit comprising: - an adjustable filtering unit for selecting a frequency band of the radio frequency signal; and - a calculating unit for calculating at least an electrical power value from the I/Q-values of the selected frequency band, wherein the sensor (1, 1a, 1b) is configured to obtain its energy supply via a bidirectional data interface, which is a Universal Serial Bus interface or a local-area-network interface, and characterized in that the sensor (1, 1a, 1b) is operable in at least a first operating mode and a second operating mode, the first operating mode is a normal receiving mode with an intermediate frequency of the sensor (1, 1a, 1b) and the second operating mode is a single receive-band receiving mode with a down-conversion to zero hertz, wherein at least the filtering unit is deactivated. - an analog receiving section for converting an input signal into corresponding I/Q-values using a local oscillator frequency; - an analog to digital converting unit for converting the corresponding analog I/Q-values into digital I/Q-values; and - a digital processing unit comprising: - an adjustable filtering unit for selecting a frequency band of the radio frequency signal; and - a calculating unit for calculating at least an electrical power value from the I/Q-values of the selected frequency band, - an adjustable filtering unit for selecting a frequency band of the radio frequency signal; and - a calculating unit for calculating at least an electrical power value from the I/Q-values of the selected frequency band,
Method for determining the concentration of glucose in a liquid sample using a reagent system, which contains an enzyme/coenzyme pair with glucose dehydrogenase (GlucDH) acting as enzyme and NAD and/or NADP including their suitable derivates, in which the molecule part that is essentially responsible for fluorescence remains unchanged, acting as coenzyme, wherein the reaction of the sample with the reagent system results in a change of the quantity of a fluorophore, the fluorophore being selected from the group comprising NADH/H + and NADPH/H +, including their suitable derivates, in which the molecule part that is essentially responsible for fluorescence remains unchanged, the quantity of the fluorophore correlates with the concentration of glucose, a measurement variable that is characteristic for the quantity of the fluorophore is measured, and the concentration of glucose is determined on the basis of the measurement variable using an evaluation algorithm, characterized in that the reagent system is integrated in dry form in an analysis element, the reaction of the sample with the reagent system includes a complex formation with participation of an enzyme/coenzyme pair, wherein the enzyme is GlucDH and the coenzyme is the fluorophore, and the change in the medium fluorescence lifetime of the fluorophore associated with the complex formation is used in the determination of the concentration of glucose.