mhurhangee/ep-ind-claims huggingface dataset:
A rinsing system for cleaning operation wounds, comprising a main body and at least a multi-part rinsing tube, the main body having a first connection region (5.1) for connection of the multi-part rinsing tube and a second connection region (5.2) for connection of a hand-piece, the multi-part rinsing tube having at least a suction tube (6.1) and an injection tube (6.2) received therein at least in portions, and a nozzle element (6.3) being provided at the free end of the injection tube (6.2) opposite the main body, characterised in that at least the injection tube (6.2) of the multi-part rinsing tube is produced from at least two elastic plastic materials and has a multi-layer structure.
A method performed by a multicast cloud controller, MCC, in a cloud system to manage multicast traffic in a cloud network, the MCC coupled to at least one virtualized server for hosting one or more virtual machines, VM, wherein the virtualized server comprises at least one virtual switch, VS, that supports multiprotocol label switching, MPLS, and the virtual switch is coupled to a top of rack switch, TORS, that supports MPLS, the method comprising the steps of: receiving a join message at the MCC, wherein the join message indicates that a VM has requested to join a multicast group; adding the VM to a set of VMs of a tenant, where the set of VMs are subscribed to the multicast group; looking up a VS and a TORS for the VM by the MCC using a VM record maintained by the MCC; installing at least one flow table entry at the VS for the VM, the at least one flow table entry to configure inbound multicast traffic of the multicast group to be forwarded to the VM and to configure outbound multicast traffic of the multicast group to be sent to the TORS of the VM; and installing at least one flow table entry at the TORS of the VM, the at least one flow table entry of the TORS to configure the TORS to forward the outbound multicast traffic of the multicast group by MPLS to other TORS of the cloud system with VMs subscribing to the multicast group and to configure the TORS to forward incoming multicast traffic of the multicast group to the VS of the VM. receiving a join message at the MCC, wherein the join message indicates that a VM has requested to join a multicast group; adding the VM to a set of VMs of a tenant, where the set of VMs are subscribed to the multicast group; looking up a VS and a TORS for the VM by the MCC using a VM record maintained by the MCC; installing at least one flow table entry at the VS for the VM, the at least one flow table entry to configure inbound multicast traffic of the multicast group to be forwarded to the VM and to configure outbound multicast traffic of the multicast group to be sent to the TORS of the VM; and installing at least one flow table entry at the TORS of the VM, the at least one flow table entry of the TORS to configure the TORS to forward the outbound multicast traffic of the multicast group by MPLS to other TORS of the cloud system with VMs subscribing to the multicast group and to configure the TORS to forward incoming multicast traffic of the multicast group to the VS of the VM.
An ejector for use in a refrigeration system, comprising: a mixing chamber comprising a mixed fluid outlet; a high-pressure fluid passage extending from a high-pressure fluid inlet to the mixing chamber; a suction fluid passage extending from a suction fluid inlet to the mixing chamber, a first valve being disposed in the suction fluid passage; and a thermal bulb arranged in the suction fluid passage downstream of the first valve; wherein an elastic diaphragm is disposed in the suction fluid passage, the suction fluid passage is on a first side of the elastic diaphragm, and a closed cavity is on a second side of the elastic diaphragm; the thermal bulb is in communication with the closed cavity, and the thermal bulb and the closed cavity are filled with fluid; characterized in that: the elastic diaphragm is arranged such that the first valve is opened when a superheat degree of a refrigerant in the suction fluid passage at the thermal bulb increases, or closed when the superheat degree of the refrigerant in the suction fluid passage at the thermal bulb decreases, in response to a change in a pressure difference across two sides of the elastic diaphragm. a mixing chamber comprising a mixed fluid outlet; a high-pressure fluid passage extending from a high-pressure fluid inlet to the mixing chamber; a suction fluid passage extending from a suction fluid inlet to the mixing chamber, a first valve being disposed in the suction fluid passage; and a thermal bulb arranged in the suction fluid passage downstream of the first valve; wherein an elastic diaphragm is disposed in the suction fluid passage, the suction fluid passage is on a first side of the elastic diaphragm, and a closed cavity is on a second side of the elastic diaphragm; the thermal bulb is in communication with the closed cavity, and the thermal bulb and the closed cavity are filled with fluid; characterized in that: the elastic diaphragm is arranged such that the first valve is opened when a superheat degree of a refrigerant in the suction fluid passage at the thermal bulb increases, or closed when the superheat degree of the refrigerant in the suction fluid passage at the thermal bulb decreases, in response to a change in a pressure difference across two sides of the elastic diaphragm.
A system for producing a composite component, and especially for continuous production of a composite component, comprising: a feeding device for feeding a plurality of layers (sn) of reinforcing material from a material supply as continuous strip or sheet along a process path; a resin application device for applying a resin to the reinforcing material fed along the process path to provide a resin matrix; a forming device configured to shape or mould a profile of the reinforcing material and the resin matrix to form the composite component as the reinforcing material is fed along the process path; two cover layer applicators for applying two film or foil layers (f 1, f 2) to cover both sides of the reinforcing material as it is fed or conveyed along the process path, wherein the reinforcing material and the resin matrix is supported between and covered by the two film layers (f 1, f 1); and one or more vacuum ports for generating an under-pressure between the two films (f 1, f 1) so that they are pressed by external pressure into intimate contact with the resin over the reinforcing material. a feeding device for feeding a plurality of layers (sn) of reinforcing material from a material supply as continuous strip or sheet along a process path; a resin application device for applying a resin to the reinforcing material fed along the process path to provide a resin matrix; a forming device configured to shape or mould a profile of the reinforcing material and the resin matrix to form the composite component as the reinforcing material is fed along the process path; two cover layer applicators for applying two film or foil layers (f 1, f 2) to cover both sides of the reinforcing material as it is fed or conveyed along the process path, wherein the reinforcing material and the resin matrix is supported between and covered by the two film layers (f 1, f 1); and one or more vacuum ports for generating an under-pressure between the two films (f 1, f 1) so that they are pressed by external pressure into intimate contact with the resin over the reinforcing material.
A handle for a sliding door comprising: - a rotatable knob having an outer portion with a greater diameter defining frontally a manual gripping region for a user, and an inner portion with a lesser diameter extending along an axis of rotation of the knob; - a pawl comprising an outer portion with a greater diameter and an inner portion with a lesser diameter extending along a central axis of the pawl, the inner portion of the pawl and the inner portion of the knob being telescopically couplable so that the outer portions (11, 21) of the knob and of the pawl can be arranged on opposite sides of a sliding door, wherein the handle further comprises, for each of said knob and pawl, a washer that is applicable stably to a hole made in the sliding door and provided with an opening, preferably central, by which the washer is fitted to said knob or pawl, and wherein between at least one of said washers and the respective knob or pawl a connecting ring is interposed that is fitted stably to a receiving portion (14, 24) of the knob or of the pawl and provided with an annular recess within which a preferably circular edge is housed stably, defining said hole of the washer and wherein the connecting ring comprises, on an outer surface, a first and a second protrusion (42a, 42b) cooperating to bound said annular recess and to retain said edge by an undercut. - a rotatable knob having an outer portion with a greater diameter defining frontally a manual gripping region for a user, and an inner portion with a lesser diameter extending along an axis of rotation of the knob; - a pawl comprising an outer portion with a greater diameter and an inner portion with a lesser diameter extending along a central axis of the pawl, the inner portion of the pawl and the inner portion of the knob being telescopically couplable so that the outer portions (11, 21) of the knob and of the pawl can be arranged on opposite sides of a sliding door, wherein the handle further comprises, for each of said knob and pawl, a washer that is applicable stably to a hole made in the sliding door and provided with an opening, preferably central, by which the washer is fitted to said knob or pawl, and wherein between at least one of said washers and the respective knob or pawl a connecting ring is interposed that is fitted stably to a receiving portion (14, 24) of the knob or of the pawl and provided with an annular recess within which a preferably circular edge is housed stably, defining said hole of the washer and wherein the connecting ring comprises, on an outer surface, a first and a second protrusion (42a, 42b) cooperating to bound said annular recess and to retain said edge by an undercut.
Method for operating at least one light-emitting diode (5, 6) by means of a switching regulator circuit, preferably configured as buck converter, to which an input voltage is supplied, and that provides, by means of at least one switch clocked by a control unit, an output voltage (VOUT) for supplying the at least one light-emitting diode (5, 6) with LED current, LED voltage or electrical LED power, continuously controlled at least in the time average, wherein the desired value for the LED current, the LED voltage or the LED power is adjustable for dimming, characterized in that the control parameters of the control loop for the LED current, the LED voltage or the LED power are changed depending on the operating mode of the switching regulator circuit.
Process for the hydrodesulphurization of gasoline cuts in the presence of hydrogen and a catalyst comprising at least one support, at least one element of group VIII and tungsten, in which the atomic ratio (element of group VIII) / (element of group VIII + tungsten) is greater than or equal to 0.35 and less than or equal to 0.40, in which the element of group VIII is cobalt, in which the content of elements of group VIII of the catalyst is between 1 and 10% by weight of oxides of elements of group VIII and the content of tungsten is between 1.5% by weight and 60% by weight of tungsten oxide and in which the operating conditions of the hydrodesulphurization are a temperature of between 250°C and 350°C, a total pressure of between 1 MPa and 3 MPa, and a ratio of volume of hydrogen per volume of hydrocarbon batch of between about 100 and about 600 litres per litre and with a hourly volume velocities between 1 and 15 h -1.
Method for measuring a driving event, wherein a stationary server device: - receives first event data from a first motor vehicle, which event data indicate the driving event recognised by means of a detection device of the first motor vehicle, wherein the driving event comprises an encounter with an object in a environment and/or a drive in a predetermined driving condition, - determines after receiving the first event data for a plurality of motor vehicles, in which of them the driving event takes place or in which of them the driving event is imminent, and selects at least one of the motor vehicles in which the driving event takes place or in which the driving event is imminent as a second motor vehicle, - generates configuration data for reconfiguring a detection device of a second motor vehicle different from the first motor vehicle as a function of the first event data; wherein a data quantity of the second event data is set by means of the configuration data; wherein the data quantity is larger than a data quantity of the first event data and wherein the second event data describe more details of the driving event than the first event data, - transmits the configuration data to the second motor vehicle for generating second event data describing the driving event according to the requirements of the server device, and - on the basis of the second event data enters a description of the driving event in a digital map of the surrounding area. - receives first event data from a first motor vehicle, which event data indicate the driving event recognised by means of a detection device of the first motor vehicle, wherein the driving event comprises an encounter with an object in a environment and/or a drive in a predetermined driving condition, - determines after receiving the first event data for a plurality of motor vehicles, in which of them the driving event takes place or in which of them the driving event is imminent, and selects at least one of the motor vehicles in which the driving event takes place or in which the driving event is imminent as a second motor vehicle, - generates configuration data for reconfiguring a detection device of a second motor vehicle different from the first motor vehicle as a function of the first event data; wherein a data quantity of the second event data is set by means of the configuration data; wherein the data quantity is larger than a data quantity of the first event data and wherein the second event data describe more details of the driving event than the first event data, - transmits the configuration data to the second motor vehicle for generating second event data describing the driving event according to the requirements of the server device, and - on the basis of the second event data enters a description of the driving event in a digital map of the surrounding area.
A dry magnetic toner, comprising: magnetic toner particles each comprising at least a binder resin and magnetic iron oxide particles; wherein 100 - 350 iron-containing isolated particles are present per 10,000 toner particles; the toner has a weight-average particle size X, as measured according to the description, in a range of 5 - 12 μm; and contain at least 90 % by number of particles satisfying a circularity Ci, based on values measured according to the description, according to formula below of 0.900 with respect to particles of 3 μm or larger therein, Ci = L 0 / L wherein L denotes a peripheral length of a projection image of an individual particle, and L 0 denotes a peripheral length of a circle giving an identical area as the projection image; and the toner satisfies a cut percentage Z determined by formula shown below satisfies formula below with respect to the weight-average particle size X: Z ≦ 5.3 × X Z = 1 - B / A × 100 wherein A denotes the number of total particles and B denotes the number of particles of 3 μm or larger, and (ii) the toner contains a number-basis percentage Y (%) of particles having Ci ≧ 0.950 within particles of 3 μm or larger satisfying: Y ≧ X - 0.645 × exp 5.51
A lighting device for issuing a light beam in a main direction along an optical axis, the lighting device comprising: - alight source; - a positive, refractive lens provided on the optical axis, the lens being movable with respect to the light source along the optical axis; and - a mixing structure provided on the optical axis and having a blurring strength FWHM, with FWHM being in a range of 3° to 15°, characterised in that the blurring strength of the mixing structure gradually and continuously increases with an increase in distance R in a radial direction from the optical axis. - alight source; - a positive, refractive lens provided on the optical axis, the lens being movable with respect to the light source along the optical axis; and - a mixing structure provided on the optical axis and having a blurring strength FWHM, with FWHM being in a range of 3° to 15°, characterised in that the blurring strength of the mixing structure gradually and continuously increases with an increase in distance R in a radial direction from the optical axis.
An arrangement in a fence structure, comprising at least vertical posts within a distance from each other and wall structures fitted in between the vertical posts and connecting the vertical posts, and the wall structure fitted in between two sequential vertical posts has been attached to vertical posts at least on one side with fastener elements aligned essentially parallel to the vertical posts, which fastener elements have been fitted together with the vertical posts, and wherein each fastener element comprises a compressive element which for its part has been arranged to support one end of the wall structure in connection with the respective single vertical post, and a protective net has been fitted in front of the wall structure, which protective net has been fitted by its vertical edges into the fastener elements fitted in connection to the vertical posts, characterised in that the fastener elements comprise a set of fastening holes into which the protective net has been fitted by its horizontal parts.
Mixture comprising • at least one pigment comprising at least one inorganic compound selected from the group of iron oxides, iron oxide hydroxides, zinc ferrites, zinc oxides, magnesium ferrites and manganese ferrites, the at least one inorganic compound having been provided with a coating comprising at least one hydroxide or oxide of magnesium and calcium, the proportion being from 0.3% to 30% by weight, more preferably from 0.5% to 25% by weight, most preferably from 0.5% to 20% by weight of magnesium, and from 0.001% to 0.1% by weight of calcium and from 0.001% to 0.1% by weight of calcium, based on the coated pigment, and • at least one calcium salt or magnesium salt of a fatty acid of the general formulae CnH2n+1COOH, CnH2n 1COOH, CnH2n 3COOH and/or CnH2n 5COOH, where n is from 10 to 20, preferably from 15 to 19. • at least one pigment comprising at least one inorganic compound selected from the group of iron oxides, iron oxide hydroxides, zinc ferrites, zinc oxides, magnesium ferrites and manganese ferrites, the at least one inorganic compound having been provided with a coating comprising at least one hydroxide or oxide of magnesium and calcium, the proportion being from 0.3% to 30% by weight, more preferably from 0.5% to 25% by weight, most preferably from 0.5% to 20% by weight of magnesium, and from 0.001% to 0.1% by weight of calcium and from 0.001% to 0.1% by weight of calcium, based on the coated pigment, and • at least one calcium salt or magnesium salt of a fatty acid of the general formulae CnH2n+1COOH, CnH2n 1COOH, CnH2n 3COOH and/or CnH2n 5COOH, where n is from 10 to 20, preferably from 15 to 19.
Fastening system for fastening an adapter module in a passenger compartment of a motor vehicle, the fastening system comprising: - a fastening rail, of elongated shape, intended to be fastened to a trim element of a motor vehicle, such as a dashboard, the fastening rail comprising a front face intended to accommodate an adapter module, the fastening rail comprising two electrical conductors (36, 38) arranged respectively along an upper end and a lower end of the fastening rail, each conductor (36, 38) being arranged at the bottom of a cavity formed in a corresponding rim of the fastening rail and open towards the rear of the fastening rail; - at least one adapter module, the adapter module being configured to be removably attached to the fixing rail, the adapter module comprising a body and two movable contacts, movable relative to the body between an engagement position, in which they allow the adapter module to be attached to the fixing rail, the movable contacts then being arranged on either side of the edges of the fixing rail, and a fixing position, in which a front part forming a hook of each movable contact is engaged with the corresponding edge, a free end of the front part of each movable contact comprising a contact face, the contact face then being electrically connected to the corresponding conductor (36, 38), thus allowing the adapter module and the fixing rail to be electrically connected. - a fastening rail, of elongated shape, intended to be fastened to a trim element of a motor vehicle, such as a dashboard, the fastening rail comprising a front face intended to accommodate an adapter module, the fastening rail comprising two electrical conductors (36, 38) arranged respectively along an upper end and a lower end of the fastening rail, each conductor (36, 38) being arranged at the bottom of a cavity formed in a corresponding rim of the fastening rail and open towards the rear of the fastening rail; - at least one adapter module, the adapter module being configured to be removably attached to the fixing rail, the adapter module comprising a body and two movable contacts, movable relative to the body between an engagement position, in which they allow the adapter module to be attached to the fixing rail, the movable contacts then being arranged on either side of the edges of the fixing rail, and a fixing position, in which a front part forming a hook of each movable contact is engaged with the corresponding edge, a free end of the front part of each movable contact comprising a contact face, the contact face then being electrically connected to the corresponding conductor (36, 38), thus allowing the adapter module and the fixing rail to be electrically connected.
Use of the markers CENPB (SEQ ID No. 793 or encoded by SEQ ID NO: 155 or 474), TOP1 (SEQ ID No. 952 or encoded by SEQ ID NO: 314 or 633), KDM6B (SEQ ID No. 639 or encoded by SEQ ID NO: 1 or 320), and BICD2 (SEQ ID No. 640 or encoded by SEQ ID NO: 2 or 321) in the in vitro/ex vivo diagnosis of systemic sclerosis (SSc), wherein CENPB, TOP1, KDM6B and BICD2 are used to demonstrate an interaction with antibodies from a bodily fluid or a tissue sample from a patient with SSc.