mhurhangee/ep-ind-claims huggingface dataset:
Filter element for a filter apparatus for fluid, in particular air, gas, fuel, oil, water, urea water solution or the like, in particular of an internal combustion engine, in particular of a motor vehicle, which filter element can be disposed replaceably in a filter housing between at least one inlet and at least one outlet for fluid, wherein the filter element features at least one filter bellows, with at least one filter medium and at least one seal which is disposed, with respect to an axis of the filter element, circumferentially at a frontal edge of the filter bellows, wherein the at least one seal features a circumferential attachment area with a radial attachment portion extending from radially outside to radially inside and an axial attachment portion extending at least with one direction component parallel to the axis and a circumferential sealing area, wherein the attachment area engages around the edge of the filter bellows with the radial attachment portion and the axial attachment portion, wherein a backside of the radial attachment portion facing away from the filter bellows forms a holding surface for a radially inner housing-sided pressing portion with respect to the axis, wherein a backside of the axial attachment portion facing away from the filter bellows forms a radially inner limit of an at least partially circumferential groove in the sealing area for receiving a radially outer housing-sided pressing portion, wherein the groove is limited on the radially outer circumferential side opposite the axial attachment portion as viewed from radially inward to radially outward by a circumferential sealing projection which projects beyond the axial attachment portion as viewed in the axial direction, wherein a circumferential sealing surface acting at least in the axial direction is disposed on the outer side of the sealing area axially opposite the groove with respect to the axis, which sealing surface is located at a greater axial distance from the front face of the filter bellows than the holding surface of the radial attachment portion, wherein an axial distance between a bottom of the groove and the sealing area is larger than a distance between a transition of the bottom of the groove with respect to the axial attachment portion and a transition of the holding surface with respect to the sealing area, characterized in that an axial distance between the holding surface and the sealing surface is larger than an axial thickness of the radial attachment portion.
A cap assembly configured to be coupled to a distal end of an elongate member of a resection device, the cap assembly comprising: a first cap defining a resection loop channel, wherein the first cap includes a distal end having a first opening; and a second cap configured to receive a portion of the first cap, wherein the second cap includes a distal end having a second opening, wherein a distal portion of the first cap and a distal portion of the second cap cooperate to define a resection loop track for receiving a resection loop, characterized in that the resection loop channel is formed of a flexible wall configured to collapse the resection loop channel when the resection loop is not present in the resection loop channel. a first cap defining a resection loop channel, wherein the first cap includes a distal end having a first opening; and a second cap configured to receive a portion of the first cap, wherein the second cap includes a distal end having a second opening, wherein a distal portion of the first cap and a distal portion of the second cap cooperate to define a resection loop track for receiving a resection loop, characterized in that the resection loop channel is formed of a flexible wall configured to collapse the resection loop channel when the resection loop is not present in the resection loop channel.
Wind turbine blade comprising a spar, a plurality of ribs rotatably mounted on said spar, and a flexible cover supported by the spar and the ribs, characterized in that it also comprises a rotating means that in turn comprises as many independent actuators as ribs, wherein each actuator can independently actuate upon just one rib.
A page insertion method, comprising: Acquiring a page insertion policy; receiving a webpage acquisition request message sent by a mobile station MS; determining, according to the webpage acquisition request message, first address information corresponding to the webpage acquisition request message; characterized by determining second address information of a to-be-inserted page according to the page insertion policy; blocking a service link for transporting the web page acquisition request message to a network site device; and adding the first address information and the second address information to a response message and sending the response message to the MS. Acquiring a page insertion policy; receiving a webpage acquisition request message sent by a mobile station MS; determining, according to the webpage acquisition request message, first address information corresponding to the webpage acquisition request message; characterized by determining second address information of a to-be-inserted page according to the page insertion policy; blocking a service link for transporting the web page acquisition request message to a network site device; and adding the first address information and the second address information to a response message and sending the response message to the MS.
Machine for transversely cutting logs of paper material comprising a cutting station in which is arranged a cutting unit comprising an arm rotating about a horizontal axis (j) and on which it can mounted a blade adapted to perform the transverse cutting of one or more logs of paper material introduced in the machine and placed in said cutting station, wherein is arranged a loading station in which a support is provided for supporting a further blade intended to replace the blade mounted on said arm, and in which said support is connected to a mobile unit allowing it to be moved between said cutting and loading stations (T, LS), characterized in that the support is always provided with a blade-holder hub with a respective pin, the blade-holder hub being removably connected to the support.
Use of moxidectin for the preparation of medicaments in the form of a pour-on or spot-on formulation for external use for the treatment of demodicosis in domestic animals or livestock, the formulation comprising from 0.02 to 8% (w/w) moxidectin and from 1 to 20% (w/w) neonicotinoid and being applied to a small part of the body surface of the animal to be treated in an amount of from 0.1 to 20 ml, where the active compounds moxidectin and neonicotinoid, in so far as they can be used, can also be employed in the form of a pharmaceutically acceptable salt or hydrate.
A sliding member, comprising: a base; a coating layer formed on the base; and an intermediate layer that is formed in at least a part of an interface between the base and the coating layer and comprises an intermetallic compound layer, wherein the coating layer includes a particle aggregate containing first particles of a precipitation-hardening copper alloy including a precipitation phase inside of at least a part of first particles. a base; a coating layer formed on the base; and an intermediate layer that is formed in at least a part of an interface between the base and the coating layer and comprises an intermetallic compound layer, wherein the coating layer includes a particle aggregate containing first particles of a precipitation-hardening copper alloy including a precipitation phase inside of at least a part of first particles.
A food supplement comprising amino acids and at least one mineral wherein a) the amino acid content consists of leucine, isoleucine, valine, threonine, lysine, and optionally tryptophan and/or taurine; and b) the mineral content comprises at least Chromium. a) the amino acid content consists of leucine, isoleucine, valine, threonine, lysine, and optionally tryptophan and/or taurine; and b) the mineral content comprises at least Chromium.
A method for establishing a solvent correction curve, comprising a. providing a first solution comprising a high concentration of an organic solvent and a second solution comprising a low concentration of the same organic solvent; b. mixing the two solutions on line at a predetermined proportion in a flow channel of an integrated microfluidic cartridge, which flow channel comprises a flow cell with an optical sensor surface that is not immobilized with a ligand or analogue; c. obtaining a sensorgram of the mixed solution from the optical sensor surface of step (b), the sensorgram comprising a report point at a stable section of the sensorgram; d. mixing the two solutions on line at the same predetermined proportion as in step (b) in another flow channel of the integrated microfluidic cartridge, which flow channel comprises a flow cell with an optical sensor surface that is immobilized with a ligand or analogue; e. obtaining a sensorgram of the mixed solution from the optical sensor surface of step (d), the sensorgram comprising a report point at a stable section of the sensorgram; f. repeat steps (b) and (c) n times each at a different, predetermined proportion of the two solutions; and g. establishing a solvent correction curve using the report points; wherein n is at least 3. a. providing a first solution comprising a high concentration of an organic solvent and a second solution comprising a low concentration of the same organic solvent; b. mixing the two solutions on line at a predetermined proportion in a flow channel of an integrated microfluidic cartridge, which flow channel comprises a flow cell with an optical sensor surface that is not immobilized with a ligand or analogue; c. obtaining a sensorgram of the mixed solution from the optical sensor surface of step (b), the sensorgram comprising a report point at a stable section of the sensorgram; d. mixing the two solutions on line at the same predetermined proportion as in step (b) in another flow channel of the integrated microfluidic cartridge, which flow channel comprises a flow cell with an optical sensor surface that is immobilized with a ligand or analogue; e. obtaining a sensorgram of the mixed solution from the optical sensor surface of step (d), the sensorgram comprising a report point at a stable section of the sensorgram; f. repeat steps (b) and (c) n times each at a different, predetermined proportion of the two solutions; and g. establishing a solvent correction curve using the report points;
A device for removing the solvent from solvent-containing flexographic printing plates, comprising a plurality of receptacles for at least one flexographic printing plate in each case; comprising a heating unit for heating air; comprising a unit (26, 28, 30, 38, 40, 42, 44, 46, 54) for moving the heated air past flexographic printing plates accommodated in the plurality of receptacles so that the heated air picks up solvent from the flexographic printing plates, and a unit (32, 34, 36) for changing the direction of the air flow past the plurality of receptacles; and comprising means for withdrawing so as to withdraw the solvent from the air again. comprising a plurality of receptacles for at least one flexographic printing plate in each case; comprising a heating unit for heating air; comprising a unit (26, 28, 30, 38, 40, 42, 44, 46, 54) for moving the heated air past flexographic printing plates accommodated in the plurality of receptacles so that the heated air picks up solvent from the flexographic printing plates, and a unit (32, 34, 36) for changing the direction of the air flow past the plurality of receptacles; and comprising means for withdrawing so as to withdraw the solvent from the air again.
A method performed by a network node, for managing a transmission of one or more Cell-specific Reference Signals, CRS, wherein the network node operates one or more cells (130, 131, 132) and is configured to transmit CRS in a first frequency bandwidth mode, the method comprising: identifying a first cell out of the one or more cells that is serving a set of unscheduled User Equipment, UEs, wherein in the first cell the network node transmits CRS in subframes in the first frequency bandwidth mode, the subframes being transmitted during an onDuration interval of a Discontinous Reception, DRX pattern, or in subframes where system information, paging or random access messages are sent, in subframes where the network node assumes a UE to perform measurements or in subframes where downlink, DL, data is sent; and applying a second frequency bandwidth mode on CRS in subframes which are not transmitted in the first cell during the onDuration interval of Discontinuous Reception, DRX, or where the network node transmits system information, paging or random access response messages, in subframes where the network node assumes a UE to perform measurements or in subframes where downlink, DL is sent, the second frequency bandwidth mode being reduced in relation to the first frequency bandwidth mode, and transmitting the CRS in subframes of the first cell over the first frequency bandwidth mode and the second frequency bandwidth mode based on whether the CRS is transmitted during the onDuration interval of the DRX, the network node transmits system information, paging or random access response messages, or the network node assumes that a UE perform measurements or in subframes where downlink, DL is sent. identifying a first cell out of the one or more cells that is serving a set of unscheduled User Equipment, UEs, wherein in the first cell the network node transmits CRS in subframes in the first frequency bandwidth mode, the subframes being transmitted during an onDuration interval of a Discontinous Reception, DRX pattern, or in subframes where system information, paging or random access messages are sent, in subframes where the network node assumes a UE to perform measurements or in subframes where downlink, DL, data is sent; and applying a second frequency bandwidth mode on CRS in subframes which are not transmitted in the first cell during the onDuration interval of Discontinuous Reception, DRX, or where the network node transmits system information, paging or random access response messages, in subframes where the network node assumes a UE to perform measurements or in subframes where downlink, DL is sent, the second frequency bandwidth mode being reduced in relation to the first frequency bandwidth mode, and transmitting the CRS in subframes of the first cell over the first frequency bandwidth mode and the second frequency bandwidth mode based on whether the CRS is transmitted during the onDuration interval of the DRX, the network node transmits system information, paging or random access response messages, or the network node assumes that a UE perform measurements or in subframes where downlink, DL is sent.
A component mounter drive system comprising: a component mounter including a servo motor as a drive source for a drive target of the component mounter, an encoder for detecting rotation of the servo motor, a servo amplifier for performing feedback control of rotation of the servo motor based on detection information of the encoder, and a control device for entering a command value of the feedback control to the servo amplifier; a motor unit including the servo motor and the encoder, the motor unit being exchangeably attached to a specified portion of the component mounter to which the servo amplifier is attached; and an input means configured to allow an operator to input a motor unit exchange signal to the control device before exchanging the motor unit, wherein the control device, when the motor unit exchange signal is inputted, switches the servo amplifier to a servo off state, maintains system power of the servo amplifier in an on state, initializes the encoder connected to the servo amplifier after the motor unit has been exchanged, and then returns the servo amplifier to a servo on state, wherein the control device is configured to determine whether operation of the motor is stopped before the motor unit exchange signal is inputted and if the operation of the motor is not stopped, prohibit exchange of the motor during operation of the drive target.
An integrated pipette tip device (40, 60, 80), comprising: a substantially flat card (42,62) comprising a first surface (46, 64) and an opposing second surface (48, 66, 81, 130, 204), wherein the card comprises a plurality of apertures (52, 82, 88), each aperture defining the opening of a channel traversing the thickness of the card; wherein the card comprises a plurality of integrated pipette tips (44, 68), each of which pipette tips comprising a distal region that effectively extends from the second surface of the card and is concentric with one aperture; and wherein the card comprises a plurality of pipette tip support ribs (70,72, 74, 76, 78, 101, 102, 110, 112, 114, 215, 220, 250, 260, 270), each of which pipette tip support ribs is in connection with one pipette tip and the second surface of the card, wherein the integrated pipette tips are co-extensive with, molded or thermoformed to the card and each pipette tip support rib is in contact with the distal region of a pipette tip. a substantially flat card (42,62) comprising a first surface (46, 64) and an opposing second surface (48, 66, 81, 130, 204), wherein the card comprises a plurality of apertures (52, 82, 88), each aperture defining the opening of a channel traversing the thickness of the card; wherein the card comprises a plurality of integrated pipette tips (44, 68), each of which pipette tips comprising a distal region that effectively extends from the second surface of the card and is concentric with one aperture; and wherein the card comprises a plurality of pipette tip support ribs (70,72, 74, 76, 78, 101, 102, 110, 112, 114, 215, 220, 250, 260, 270), each of which pipette tip support ribs is in connection with one pipette tip and the second surface of the card, wherein the integrated pipette tips are co-extensive with, molded or thermoformed to the card and each pipette tip support rib is in contact with the distal region of a pipette tip.
A device for demounting a tired wheel comprising: - at least one base structure, - at least one support arm connected to said at least one base structure so as to be angularly displaceable with respect thereto, - actuation means for actuating said support arm designed to angularly displace said arm with respect to said at least one base structure, - a demounting tool connected to said support arm so as to be angularly displaceable with respect thereto, so that by actuating said actuation means said support arm is angularly displaced between a first operating position and a second operating position, thereby causing the insertion or removal of said tool between tire and wheel rim of said tired wheel and thus the angular displacement of said tool with respect to said support arm by the force of reaction imparted thereto by said wheel rim and/or by said tire. - at least one base structure, - at least one support arm connected to said at least one base structure so as to be angularly displaceable with respect thereto, - actuation means for actuating said support arm designed to angularly displace said arm with respect to said at least one base structure, - a demounting tool connected to said support arm so as to be angularly displaceable with respect thereto, so that by actuating said actuation means said support arm is angularly displaced between a first operating position and a second operating position, thereby causing the insertion or removal of said tool between tire and wheel rim of said tired wheel and thus the angular displacement of said tool with respect to said support arm by the force of reaction imparted thereto by said wheel rim and/or by said tire.
Gas distribution assembly comprising a gas container equipped with a tap unit, a protective cap arranged around said tap unit and a device for displaying information comprising a display screen, said screen being arranged within a housing arranged in said protective cap and being designed to display useful information to the user, characterised in that said display screen is a touchscreen, and in that said touchscreen is also designed to make it possible for said user to enter information in the device for displaying information or to activate or deactivate one or more functions of said device for displaying information by exerting one or more pressures on said touchscreen.
Assembly device intended for manufacturing a green tyre, said assembly device comprising holding means (110, 111, 120, 210, 211, 230), said holding means being able to contain a shaped tyre carcass by way of a radially external surface of the crown of said carcass, said carcass being contained along a given circumference and set in rotation about an axis of rotation XX', characterized in that said holding means comprises an introduction window for passing linear components between the radially external surface of said crown and a radially internal part of said holding means.
A method for receiving downlink control information, DCI, by a user equipment, UE, in a wireless communication system, the method comprising: receiving information on a mapping relation between blind decoding candidate indices and redundancy versions, RVs, for the DCI; detecting a DCI repeatedly transmitted on a plurality of blind decoding candidates; obtaining an RV value of the DCI based on the information and an index of a blind decoding candidate in which the DCI is detected; and obtaining data scheduling information included in the DCI based on the RV value. receiving information on a mapping relation between blind decoding candidate indices and redundancy versions, RVs, for the DCI; detecting a DCI repeatedly transmitted on a plurality of blind decoding candidates; obtaining an RV value of the DCI based on the information and an index of a blind decoding candidate in which the DCI is detected; and obtaining data scheduling information included in the DCI based on the RV value.
A method for fabricating a photonic device, comprising: oxidizing silicon to form a first silicon dioxide layer; adding a second silicon dioxide layer to a crystalline magnesium fluoride wafer; bonding the first silicon dioxide layer to the second silicon dioxide layer; removing the silicon to form a silicon dioxide-on-magnesium fluoride wafer; and performing lithography and etching of the silicon dioxide to form the photonic device. oxidizing silicon to form a first silicon dioxide layer; adding a second silicon dioxide layer to a crystalline magnesium fluoride wafer; bonding the first silicon dioxide layer to the second silicon dioxide layer; removing the silicon to form a silicon dioxide-on-magnesium fluoride wafer; and performing lithography and etching of the silicon dioxide to form the photonic device.
A method for producing particulate clusters, the method comprising passing a core through an array of matrix-supported coating particles, wherein the matrix is formed from a condensed gas.
An Fc multimeric protein for use in the treatment of neuromyelitis optica, where in the Fc multimeric protein comprises six IgG Fc fusion monomers, wherein each Fc fusion monomer comprises two Fc fusion polypeptide chains and each Fc fusion polypeptide chain comprises an IgG Fc polypeptide and an IgM tailpiece.