mhurhangee/ep-ind-claims huggingface dataset:
A data carrier, especially a value or security document, having a substrate and, on the substrate, an imprint that displays, both in visible light and in UV light, in each case in additive color mixing, a multicolored motif, - the imprint being formed by a layer sequence composed of at least four ink layers (22, 24, 26, 28) that at least partially overlap one another, - the layer closest to the substrate being a black ink layer without luminescent substances and without effect pigments, and - there being present over the black ink layer three colored ink layers (24,26,28) that each include both a luminescent substance and an effect pigment, - the colored ink layers each including one luminescent substance that, following UV light excitation, luminesces red, green or blue, and the colored ink layers each including one effect pigment that appears red, green or blue in visible light. - the imprint being formed by a layer sequence composed of at least four ink layers (22, 24, 26, 28) that at least partially overlap one another, - the layer closest to the substrate being a black ink layer without luminescent substances and without effect pigments, and - there being present over the black ink layer three colored ink layers (24,26,28) that each include both a luminescent substance and an effect pigment, - the colored ink layers each including one luminescent substance that, following UV light excitation, luminesces red, green or blue, and the colored ink layers each including one effect pigment that appears red, green or blue in visible light.
Surgical lamp having a lamp body comprising at least one light source, wherein at least one bundle of light is emitted out of the lamp body, and an operating device attached to the surgical lamp, characterized in that a focusing device in the lamp body for focusing the bundle of light or the bundles of light is provided, and that the operating device is directly or indirectly connected to the focusing device, and the operating device is coverable by a sterilizable cover, wherein the operating device is adapted to recognize in a contactless manner a predetermined motion sequence of an operator and, as a result of that, to control the focusing device.
An introducer for being fitted with a circular stapler, the circular stapler comprising an anvil assembly, a staple cartridge assembly, a circular pipe fixed at a proximal end of the staple cartridge assembly, and a trocar movably disposed in the staple cartridge assembly and for connection with the anvil assembly, the staple cartridge assembly including a staple cylinder and a staple cartridge being mutually fixed, and a cutter and a staple pusher movably disposed in the staple cylinder, a distal end of the staple cartridge being formed with a staple cartridge surface opposite to the anvil assembly, the staple cylinder being provided with at least one guide hole, wherein the introducer is a flexible plastic member in a whole shape of conical with a hollow cavity; the introducer has a proximal end and a distal end, wherein the outer diameter of the introducer is gradually increased from the distal end to the proximal end and a maximum outer diameter of the proximal end is less than or equal to a maximum outer diameter of the staple cartridge assembly; the plastic member is connected with a traction member, the traction member extends in the cavity of the plastic member to connect with the distal end of the plastic member, when pulled by an external force applied on the traction member, the plastic member is unwound spirally in a sequence from distal to proximal and finally forms a strip body capable of being disengaged from the circular stapler through the guide hole.
A system for connecting a device to a wireless network, the system comprising: at least one processor; and one or more computer-readable storage media including instructions stored thereon that, responsive to execution by the at least one processor, cause the system perform operations including: placing a device in a quarantine state for a wireless network in response to a request from the device to connect to the wireless network; ascertaining one or more attributes of the device while the device is in the quarantine state; determining, based on the one or more attributes, one or more connection parameters for connection of the device to the wireless network; and releasing the device from the quarantine state such that the device is connected to the wireless network subject to the one or more connection parameters; and characterized in that; at least one of the attributes is a performance attribute specifying a quality of service capability of the device. at least one processor; and one or more computer-readable storage media including instructions stored thereon that, responsive to execution by the at least one processor, cause the system perform operations including: placing a device in a quarantine state for a wireless network in response to a request from the device to connect to the wireless network; ascertaining one or more attributes of the device while the device is in the quarantine state; determining, based on the one or more attributes, one or more connection parameters for connection of the device to the wireless network; and releasing the device from the quarantine state such that the device is connected to the wireless network subject to the one or more connection parameters; and characterized in that; at least one of the attributes is a performance attribute specifying a quality of service capability of the device. placing a device in a quarantine state for a wireless network in response to a request from the device to connect to the wireless network; ascertaining one or more attributes of the device while the device is in the quarantine state; determining, based on the one or more attributes, one or more connection parameters for connection of the device to the wireless network; and releasing the device from the quarantine state such that the device is connected to the wireless network subject to the one or more connection parameters; and characterized in that; at least one of the attributes is a performance attribute specifying a quality of service capability of the device.
A control system for a high frequency oscillating ventilator having a reciprocating piston and being connectable to a patient for providing airway pressure thereto, the control system comprising: an oscillator controller comprising a pair of closed loop control circuits (32, 36) including an oscillator pressure loop and a centering loop collectively adapted to regulate frequency and amplitude of piston reciprocations and centering of the piston about a mid-stroke position of the piston; and a mean airway pressure controller comprising a closed loop control circuit adapted for regulating mean airway pressure at the patient. an oscillator controller comprising a pair of closed loop control circuits (32, 36) including an oscillator pressure loop and a centering loop collectively adapted to regulate frequency and amplitude of piston reciprocations and centering of the piston about a mid-stroke position of the piston; and a mean airway pressure controller comprising a closed loop control circuit adapted for regulating mean airway pressure at the patient.
A method performed by a network component for dual-connectivity based handover of a user equipment, UE, comprising: receiving mobility information from the UE, wherein the mobility information includes a trip route obtained from a navigation application on the UE; configuring (906, 908), by the network component, at least one target secondary serving transmission reception point, TRP, determined according to the mobility information, configuring the at least one target secondary serving TRP performed prior to the UE moving into a border area between the at least one target secondary serving TRP and a first TRP, and the configuring that at least one target TRP resulting in the at least one target TRP being configured to act as a second serving TRP to the UE, configuring the at least one target TRP and the UE with a corresponding dedicated access resource and monitoring opportunities; transmitting an identification of the at least one target TRP to the UE; transmitting a configuration of a Radio Resource Control, RRC, Connection Reconfiguration message carrying at least one set of a C-RNTI, a CORESET, a PDCCH and/or monitor opportunities associated with the at least one target TRP to the UE; and activating a connection and data communication between the UE and at least one pre-configured target secondary serving TRP. receiving mobility information from the UE, wherein the mobility information includes a trip route obtained from a navigation application on the UE; configuring (906, 908), by the network component, at least one target secondary serving transmission reception point, TRP, determined according to the mobility information, configuring the at least one target secondary serving TRP performed prior to the UE moving into a border area between the at least one target secondary serving TRP and a first TRP, and the configuring that at least one target TRP resulting in the at least one target TRP being configured to act as a second serving TRP to the UE, configuring the at least one target TRP and the UE with a corresponding dedicated access resource and monitoring opportunities; transmitting an identification of the at least one target TRP to the UE; transmitting a configuration of a Radio Resource Control, RRC, Connection Reconfiguration message carrying at least one set of a C-RNTI, a CORESET, a PDCCH and/or monitor opportunities associated with the at least one target TRP to the UE; and activating a connection and data communication between the UE and at least one pre-configured target secondary serving TRP.
A catheter device comprising an elongate catheter body having an inflow lumen and an outflow lumen and a heat exchange region which has a proximal end and a distal end, wherein; the heat exchange region comprising a tubular conduit, one end of said tubular conduit being connected to the catheter's inflow lumen and the other end of said tubular conduit being connected to the catheter's outflow lumen; a first segment of the tubular conduit forming a fluid supply flow path through which heat exchange fluid flows, in a distal direction, from the end that is connected to the catheter inflow lumen; and a second segment of the tubular conduit forming a fluid return flow path through which heat exchange fluid returns, in a proximal direction, to the end that is connected to the catheter's outflow lumen; a series of first loops or convolutions being formed in the fluid supply flow path; and a series of second loops or convolutions being formed in the fluid return flow path; characterized in that the first loops or convolutions differ in diameter or cross-dimension from the second loops or convolutions. the heat exchange region comprising a tubular conduit, one end of said tubular conduit being connected to the catheter's inflow lumen and the other end of said tubular conduit being connected to the catheter's outflow lumen; a first segment of the tubular conduit forming a fluid supply flow path through which heat exchange fluid flows, in a distal direction, from the end that is connected to the catheter inflow lumen; and a second segment of the tubular conduit forming a fluid return flow path through which heat exchange fluid returns, in a proximal direction, to the end that is connected to the catheter's outflow lumen;
An antibody, or antigen-binding fragment thereof, that recognizes an isolated A beta oligomer as an antigen, wherein the antibody does not bind to an A beta monomer and comprises (a) an H chain having the amino acid sequence of SEQ ID NO: 38 as CDR1, the amino acid sequence of SEQ ID NO: 40 as CDR2, and the amino acid sequence of SEQ ID NO: 42 as CDR3; and (b) an L chain having the amino acid sequence of SEQ ID NO: 44 as CDR1, the amino acid sequence of SEQ ID NO: 46 as CDR2, and the amino acid sequence of SEQ ID NO: 48 as CDR3, for use in a method for preventing and/or treating Alzheimer's disease. (a) an H chain having the amino acid sequence of SEQ ID NO: 38 as CDR1, the amino acid sequence of SEQ ID NO: 40 as CDR2, and the amino acid sequence of SEQ ID NO: 42 as CDR3; and (b) an L chain having the amino acid sequence of SEQ ID NO: 44 as CDR1, the amino acid sequence of SEQ ID NO: 46 as CDR2, and the amino acid sequence of SEQ ID NO: 48 as CDR3, for use in a method for preventing and/or treating Alzheimer's disease.
A foot for a floor cleaning device and being able to receive a handle pivotally attached thereto, said foot being movable on a floor and comprising: a front, a rear longitudinally opposed thereto, and two opposed sides connecting said front and said rear, a sole plate to removably receive a disposable floor sheet thereon, an axially rotatable beater bar with at least one blade extending radially outwardly therefrom, said beater bar rotating in response to rotation of a wheel, and characterised by one wheel, and only one wheel, disposed in said foot and rotating in response to movement of said foot on a floor. a front, a rear longitudinally opposed thereto, and two opposed sides connecting said front and said rear, a sole plate to removably receive a disposable floor sheet thereon, an axially rotatable beater bar with at least one blade extending radially outwardly therefrom, said beater bar rotating in response to rotation of a wheel, and characterised by one wheel, and only one wheel, disposed in said foot and rotating in response to movement of said foot on a floor.
A composition comprising an IL-1RA substitute and at least one human stem cell that expresses IL-1RA, wherein the human stem cell is a human gingiva-derived mesenchymal stem cell, and wherein the human stem cell further comprises a human dental pulp stem cell, a human stem cell from human exfoliated deciduous teeth, a human periodontal ligament stem cell, a human dental follicle stem cell, a human tooth germ progenitor cell, a human stem cell from an apical papilla, a human epithelial progenitor/stem cell, a human periosteum-derived stem cell, a human salivary gland-derived stem cell, or a combination thereof.
A coated article comprising: a cushioning element having an externally-facing side comprising a first polymeric material; and a cured coating disposed on the first polymeric material of the externally-facing side, wherein the cured coating 32) includes a plurality of pigment particles entrapped in a matrix of crosslinked polyurethanes, and wherein the cured coating is a product of crosslinking a coating composition comprising uncrosslinked polyurethane polymers and a plurality of pigment particles. a cushioning element having an externally-facing side comprising a first polymeric material; and a cured coating disposed on the first polymeric material of the externally-facing side, wherein the cured coating 32) includes a plurality of pigment particles entrapped in a matrix of crosslinked polyurethanes, and wherein the cured coating is a product of crosslinking a coating composition comprising uncrosslinked polyurethane polymers and a plurality of pigment particles.
A forehead sensor for monitoring the depth of consciousness of a patient comprising: a brain oxygenation sensor including: a first light source configured to transmit optical radiation into the cerebral cavity of a patient, a first detector located on the forehead sensor at a first distance from the first light source, and a second detector located on the forehead sensor at a second distance from the first light source, wherein the first distance is closer to the first light source than the second distance; a second light source configured to transmit optical radiation into the cerebral cavity of a patient, a third detector located on the forehead sensor at a first distance from the second light source, and a fourth detector located on the forehead sensor at a second distance from the second light source, wherein the first distance is closer to the second light source than the second distance; an EEG sensor that includes a plurality of EEG electrodes adapted to make contact with the skin of the patient's forehead; a reusable portion that houses the brain oxygenation sensor; and a disposable portion that houses the plurality of EEG electrodes and is removably connectable to the reusable portion. a brain oxygenation sensor including: a first light source configured to transmit optical radiation into the cerebral cavity of a patient, a first detector located on the forehead sensor at a first distance from the first light source, and a second detector located on the forehead sensor at a second distance from the first light source, wherein the first distance is closer to the first light source than the second distance; a second light source configured to transmit optical radiation into the cerebral cavity of a patient, a third detector located on the forehead sensor at a first distance from the second light source, and a fourth detector located on the forehead sensor at a second distance from the second light source, wherein the first distance is closer to the second light source than the second distance; a first light source configured to transmit optical radiation into the cerebral cavity of a patient, a first detector located on the forehead sensor at a first distance from the first light source, and a second detector located on the forehead sensor at a second distance from the first light source, wherein the first distance is closer to the first light source than the second distance; a second light source configured to transmit optical radiation into the cerebral cavity of a patient, a third detector located on the forehead sensor at a first distance from the second light source, and a fourth detector located on the forehead sensor at a second distance from the second light source, wherein the first distance is closer to the second light source than the second distance; an EEG sensor that includes a plurality of EEG electrodes adapted to make contact with the skin of the patient's forehead; a reusable portion that houses the brain oxygenation sensor; and a disposable portion that houses the plurality of EEG electrodes and is removably connectable to the reusable portion.
A method of controlling the dust particle emission from an electrostatic precipitator (1; 101), comprising utilizing in said electrostatic precipitator (1; 101) at least a first bus-section (16; 116) and at least a second bus-section (20; 118), each of which comprising at least one collecting electrode plate, at least one discharge electrode, and a power source (32, 36), observing that a rapping event of the first bus-section (16; 116) is about to be initiated, said rapping event comprising rapping at least one collecting electrode plate of the first bus-section (16; 116) for the purpose of removing dust particles accumulated thereon, verifying, before allowing the rapping event of said first bus-section (16; 116) to be initiated, that the second bus-section (20; 118), which is located downstream of said first bus-section (16; 116) with respect to the flow direction of the flue gas (4; 104) in said electrostatic precipitator (1; 101), is ready to receive the dust particles to be released during the rapping event of said first bus-section (16; 116), and initiating, after it has been verified that said second bus-section (20; 118) is ready to receive the dust particles to be released during the rapping event of said first bus-section (16; 116), said rapping event of said first bus-section (16; 116) characterized in that said step of verifying that the second bus-section, which is located downstream of said first bus-section, is ready to receive the dust particles to be released during the rapping event of said first bus-section, further comprises initiating a rapping event of said second bus-section, such that at least one collecting electrode plate of said second bus-section is rapped, prior to said step of initiating said rapping event of said first bus-section, in the event that said second bus-section is determined not to be ready to receive the dust that would result from the rapping of said first bus-section.
Loft ladder, which is designed to be disposed in an opening of a ceiling and to close this as ceiling hatch device, having a frame for inserting in the opening which is designed to be disposed in the opening, an attachment portion, a hatch cover, and a multipart foldable ladder which is attached pivotably, by an upper end, to the inside of the frame, the frame having a supporting configuration, and the hatch cover not being a supporting element, characterised in that the attachment portion is disposed on the frame, and the hatch cover is connected pivotably to the attachment portion by means of a hinge, in that the hatch cover is formed essentially from a heat-insulating insulation material and is essentially one-part, the hatch cover being formed from a foam core which has an insulation foam or is formed from an insulation foam and, on its outer surface, has a casing or a lamination.
A glass article comprising at least one glass substrate on which a stack of layers is deposited, said stack comprising at least one layer consisting of a layer of silicon nitride of formulation SiN x, in which x is less than 1.25, the physical thickness of said SiN x layer being between 5 and 50 nm, and in which the light reflection of the glass article, measured on the side of the substrate on which the stack is deposited, is greater than 20% and in which the stack does not comprise layers based on silver, on gold or on copper.
Tool (1; 1'; 1") for installing or removing a wire thread insert which comprises the following features: a. a spindle body (10; 10') having a1. a driving section, by means of which the spindle body (10; 10') can be rotated about a longitudinal axis, a2. a receiving section arranged at the end and facing away from the driving section, in which a thread for screwing on or a threadless surface for plugging on the wire thread insert onto the receiving section is provided, and a3. an axial recess, which extends within the spindle body over a length, b. an entraining blade with an engaging end, which is arranged at least axially displaceable in the axial recess at least in the portion of the receiving section, and c. an elongated actuator which is arranged movably in the longitudinal direction within the axial recess so that the engaging end of the entraining blade can be displaced by means of the actuator between a first position within the spindle body (10; 10') and a second position outside the spindle body (10; 10'). a. a spindle body (10; 10') having a1. a driving section, by means of which the spindle body (10; 10') can be rotated about a longitudinal axis, a2. a receiving section arranged at the end and facing away from the driving section, in which a thread for screwing on or a threadless surface for plugging on the wire thread insert onto the receiving section is provided, and a3. an axial recess, which extends within the spindle body over a length, a1. a driving section, by means of which the spindle body (10; 10') can be rotated about a longitudinal axis, a2. a receiving section arranged at the end and facing away from the driving section, in which a thread for screwing on or a threadless surface for plugging on the wire thread insert onto the receiving section is provided, and a3. an axial recess, which extends within the spindle body over a length, b. an entraining blade with an engaging end, which is arranged at least axially displaceable in the axial recess at least in the portion of the receiving section, and c. an elongated actuator which is arranged movably in the longitudinal direction within the axial recess so that the engaging end of the entraining blade can be displaced by means of the actuator between a first position within the spindle body (10; 10') and a second position outside the spindle body (10; 10').