mhurhangee/ep-ind-claims huggingface dataset:
Building heating and/or cooling system comprising a heat source, a heat load and a temperature adjustment mixing valve arranged between the heat source and the heat load to regulate liquid flow to the heat load, the valve comprising: a cylindrical valve chamber having at least three valve ports (9, 11, 13) distributed around a circumferential chamber wall of the valve chamber, and a rotor, which is rotatably seated inside said valve chamber and rotatable around a rotor center axis, wherein the rotor comprises an adjustment body having a closing sector arranged to sealingly contact the circumferential chamber wall and to close at least one of said valve ports (9, 11, 13), wherein the adjustment body further comprises a first adjusting sector arranged adjacent to the closing sector, wherein a distance between the chamber wall and an adjusting surface of the first adjusting sector gradually increases with increasing distance from the closing sector over the whole width of the adjusting surface, wherein the adjusting surface has at least partly a surface shape being at least one of: i) a surface having decreasing radius of curvature (R1, R2) with increasing distance from the closing sector, ii) a surface having radius of curvature the center of which is offset from the rotor center axis, and iii) a surface formed from several planar surfaces. a cylindrical valve chamber having at least three valve ports (9, 11, 13) distributed around a circumferential chamber wall of the valve chamber, and a rotor, which is rotatably seated inside said valve chamber and rotatable around a rotor center axis, wherein the rotor comprises an adjustment body having a closing sector arranged to sealingly contact the circumferential chamber wall and to close at least one of said valve ports (9, 11, 13), wherein the adjustment body further comprises a first adjusting sector arranged adjacent to the closing sector, wherein a distance between the chamber wall and an adjusting surface of the first adjusting sector gradually increases with increasing distance from the closing sector over the whole width of the adjusting surface, wherein the adjusting surface has at least partly a surface shape being at least one of: i) a surface having decreasing radius of curvature (R1, R2) with increasing distance from the closing sector, ii) a surface having radius of curvature the center of which is offset from the rotor center axis, and iii) a surface formed from several planar surfaces. i) a surface having decreasing radius of curvature (R1, R2) with increasing distance from the closing sector, ii) a surface having radius of curvature the center of which is offset from the rotor center axis, and iii) a surface formed from several planar surfaces.
A rear portion structure for a motorcycle, comprising: a rear cover disposed above a rear wheel and covering a rear portion of a vehicle body frame from sides; a tail lamp provided at a rear portion of the rear cover; a rear fender provided continuously to the rear portion of the rear cover and disposed so as to extend downwardly from the rear portion of the rear cover and below the tail lamp, the rear fender having a license plate attached thereto; a license plate lamp provided at an upper portion of the rear fender and configured to illuminate the license plate from above; and a rear projection projecting rearwardly along an upper face of the license plate lamp wherein the rear projection is formed so as to protrude to an outer side in a vehicle widthwise direction farther than a location at which the license plate lamp is attached to the rear fender, wherein the rear projection has an upper face inclined rearwardly downwardly; and the rear projection is formed integrally at the upper portion of the rear fender; characterised in that the rear projection is formed hollow, and in that the rear portion structure for a motorcycle, further comprises a reflective plate attached to the rear fender and disposed between the license plate lamp and the license plate. a rear cover disposed above a rear wheel and covering a rear portion of a vehicle body frame from sides; a tail lamp provided at a rear portion of the rear cover; a rear fender provided continuously to the rear portion of the rear cover and disposed so as to extend downwardly from the rear portion of the rear cover and below the tail lamp, the rear fender having a license plate attached thereto; a license plate lamp provided at an upper portion of the rear fender and configured to illuminate the license plate from above; and a rear projection projecting rearwardly along an upper face of the license plate lamp wherein the rear projection is formed so as to protrude to an outer side in a vehicle widthwise direction farther than a location at which the license plate lamp is attached to the rear fender, wherein the rear projection has an upper face inclined rearwardly downwardly; and the rear projection is formed integrally at the upper portion of the rear fender; characterised in that the rear projection is formed hollow, and in that the rear portion structure for a motorcycle, further comprises a reflective plate attached to the rear fender and disposed between the license plate lamp and the license plate.
A virus-like particle composition, assembled from a chimeric polypeptide comprising a papilloma virus L1 protein into which is inserted a surface-displayed peptide consisting of the following sequence from a papillomavirus L2 protein: a)QLYKTCKQAGTCPPDIIPKV (SEQ ID NO:9) or b) QLYKTCKQAGTCPPDIIPKVEG (SEQ ID NO:56) or c) LYKTCKQAGTCPPDIIPKVEG (SEQ ID NO:57) wherein the L2 peptide is inserted into the DE loop of the L1 protein. a)QLYKTCKQAGTCPPDIIPKV (SEQ ID NO:9) or b) QLYKTCKQAGTCPPDIIPKVEG (SEQ ID NO:56) or c) LYKTCKQAGTCPPDIIPKVEG (SEQ ID NO:57)
Add-on module for integration in an existing device in order to equip the device with a localisation functionality, comprising a measuring unit and a localisation unit, wherein - the measuring unit is configured to measure passively by means of sensors a local electromagnetic field distribution generated by a given surrounding infrastructure, which is located inside a building, inside the building, without any data being exchanged with this infrastructure, and - the localisation unit is configured, automatically to determine an instantaneous spatial position of the add-on module by comparing the measured field distribution with a specified map that is in the form of a building plan of the building and defines a spatially resolved reference field distribution and positions of the field-generating infrastructure. - the measuring unit is configured to measure passively by means of sensors a local electromagnetic field distribution generated by a given surrounding infrastructure, which is located inside a building, inside the building, without any data being exchanged with this infrastructure, and - the localisation unit is configured, automatically to determine an instantaneous spatial position of the add-on module by comparing the measured field distribution with a specified map that is in the form of a building plan of the building and defines a spatially resolved reference field distribution and positions of the field-generating infrastructure.
A radio frequency IC device (201, 207, 208) including an antenna device (101 - 108), the radio frequency IC device (201, 207, 208) being arranged to perform radio frequency communication with an external device, the antenna device (101 - 108) comprising: an antenna resonant circuit including an antenna coil (La) arranged to transmit or receive a radio frequency communication signal to or from the external device; and an additional resonance circuit (LC1, LC2) that is connected to the antenna resonant circuit, includes at least one inductor (L1, L2) and a capacitor, and has a resonance frequency characteristic different from a resonance frequency of the antenna resonant circuit, wherein the antenna coil (La) is constituted by a winding conductor pattern having multiple turns along a periphery portion in the interior of the radio frequency IC device (201, 207, 208), characterized in that the inductor (L1, L2) and the capacitor are provided on a multilayer substrate and are enclosed in the radio frequency IC device (201, 207, 208), the multilayer substrate comprising at least a ferrite layer. an antenna resonant circuit including an antenna coil (La) arranged to transmit or receive a radio frequency communication signal to or from the external device; and an additional resonance circuit (LC1, LC2) that is connected to the antenna resonant circuit, includes at least one inductor (L1, L2) and a capacitor, and has a resonance frequency characteristic different from a resonance frequency of the antenna resonant circuit, wherein the antenna coil (La) is constituted by a winding conductor pattern having multiple turns along a periphery portion in the interior of the radio frequency IC device (201, 207, 208), characterized in that the inductor (L1, L2) and the capacitor are provided on a multilayer substrate and are enclosed in the radio frequency IC device (201, 207, 208), the multilayer substrate comprising at least a ferrite layer.
An energy-saving anti-corrosive metal film composition, including: 100 - 160 parts by weight of metal powder comprising 70 ∼ 100 parts by weight of an aluminum-magnesium alloy and 30 ∼ 60 parts by weight of aluminum, having an average particle size of 5 ∼ 10 μm; 35 - 60 parts by weight of a first sol-gel resin comprising 20 ∼ 30 parts by weight of zirconium tetra-n-butanolate,10 ∼ 20 parts by weight of zirconium butoxide, and 5 ∼ 10 parts by weight of isopropyl titanate; 130-190 parts by weight of a second sol-gel resin, 30 ∼ 50 parts by weight of tri-(3-(trimethoxysilyl)propyl)isocyanurate, 50 ∼ 70 parts by weight of gamma-methacryloxypropyltrimethoxysilane,and 50 ∼ 70 parts by weight of n-phenyl-gamma-aminopropyltrimethoxysilane; and 60-90 parts by weight of a solvent. 100 - 160 parts by weight of metal powder comprising 70 ∼ 100 parts by weight of an aluminum-magnesium alloy and 30 ∼ 60 parts by weight of aluminum, having an average particle size of 5 ∼ 10 μm; 35 - 60 parts by weight of a first sol-gel resin comprising 20 ∼ 30 parts by weight of zirconium tetra-n-butanolate,10 ∼ 20 parts by weight of zirconium butoxide, and 5 ∼ 10 parts by weight of isopropyl titanate; 130-190 parts by weight of a second sol-gel resin, 30 ∼ 50 parts by weight of tri-(3-(trimethoxysilyl)propyl)isocyanurate, 50 ∼ 70 parts by weight of gamma-methacryloxypropyltrimethoxysilane,and 50 ∼ 70 parts by weight of n-phenyl-gamma-aminopropyltrimethoxysilane; and 60-90 parts by weight of a solvent.
A composition comprising: a nitrite; reductase for said nitrite; and a carrier for administration of said nitrite and said reductase to the buccal cavity, wherein the carrier is adapted to maintain physical separation of the nitrite and the reductase for said nitrite prior to administration; wherein the composition further comprises ascorbic acid, and wherein the ratio of nitrite to ascorbic acid is at least 1:1.5. a nitrite; reductase for said nitrite; and a carrier for administration of said nitrite and said reductase to the buccal cavity, wherein the carrier is adapted to maintain physical separation of the nitrite and the reductase for said nitrite prior to administration; wherein the composition further comprises ascorbic acid, and wherein the ratio of nitrite to ascorbic acid is at least 1:1.5.
A food processing device, comprising: a bowl with a lid, the lid is provided with a food feed tube; a spiral cutting means provided at the top of the bowl such that as food enters the bowl via the food feed tube it is cut into continuous ribbons or strips; and characterized in that the spiral cutting means comprises a spiral cutter disc base having a disc-set with a plurality of different types of spiral cutting discs (51, 52, 53), each of which can be separately aligned with the food feed tube to cut the food into a different shaped continuous ribbon or strip. a bowl with a lid, the lid is provided with a food feed tube; a spiral cutting means provided at the top of the bowl such that as food enters the bowl via the food feed tube it is cut into continuous ribbons or strips; and characterized in that the spiral cutting means comprises a spiral cutter disc base having a disc-set with a plurality of different types of spiral cutting discs (51, 52, 53), each of which can be separately aligned with the food feed tube to cut the food into a different shaped continuous ribbon or strip.
Coaxial transmission, comprising - a toothing axially aligned with respect to an axis of rotation of the coaxial transmission, - a tooth carrier having axially aligned guides, - tooth pins, each comprising a body mounted in an axially movable manner in a guide of the tooth carrier and a head region, characterised in that the head region is designed to be widened relative to the body, and in that the head region comprises at least two teeth for engagement with the toothing. - a toothing axially aligned with respect to an axis of rotation of the coaxial transmission, - a tooth carrier having axially aligned guides, - tooth pins, each comprising a body mounted in an axially movable manner in a guide of the tooth carrier and a head region, characterised in that the head region is designed to be widened relative to the body, and in that the head region comprises at least two teeth for engagement with the toothing.
Radiation detector for a non-dispersive infrared gas analyser, comprising two detector chambers which are surrounded by a housing and separated by a separating element that is permeable to infrared radiation and impermeable to gas, which detector chambers can be filled with a radiation-absorbing measuring gas, comprising a receiving element which can be attached to a contact surface on an outer face of the housing, and comprising a measuring system which is fastened in said receiving element and comprises a flow-sensitive or pressure-sensitive sensor, each detector chamber being pneumatically connected to the measuring system by means of a channel that extends in the housing and is open to gas, characterised in that the housing of the radiation detector is constructed in a modular manner and comprises a base element comprising the channel, the separating element and the measuring system fastened in the receiving element, and a first and a second outer element (4, 5) which can in each case be connected to the base element and in each case enclose a detector chamber, and in that the outer elements (4, 5) comprise openings located in the beam path of the infrared radiation, and the openings are sealed in a gas-tight manner by means of a radiolucent window, the receiving element and the first and second outer elements (4, 5) being joined to the base element.
A method for handling a fiber line fault, characterized in that, the method comprises: loading, by an amplifier station, an indication signal carrying alarm suppression information onto a master optical signal to be output downstream to a downstream fiber of a double fiber two way optical communication system upon detection of a fault, wherein the fault is on a fiber line adjacent upstream to the amplifier station; keeping, by a downstream amplifier station, a status of the downstream amplifier station in a normal working status upon a receipt of the optical signal with the indication signal, wherein keeping the status in the normal working status comprises at least keeping output power within a preconfigured level. loading, by an amplifier station, an indication signal carrying alarm suppression information onto a master optical signal to be output downstream to a downstream fiber of a double fiber two way optical communication system upon detection of a fault, wherein the fault is on a fiber line adjacent upstream to the amplifier station; keeping, by a downstream amplifier station, a status of the downstream amplifier station in a normal working status upon a receipt of the optical signal with the indication signal, wherein keeping the status in the normal working status comprises at least keeping output power within a preconfigured level.
A fastening device for a rod of a safety net, which is arranged in a vehicle luggage compartment and is formed by a suspension device fastenable to the car body, a cover and a shim plate, characterized in that the suspension device fastenable to the car body is formed by a wire double loop, wherein an outer loop (8, 8') projects beyond the inner loop (7, 7') in the length and at least in the region of a section (A-A) the inner loop (7, 7') is arranged between the outer loop (8, 8') and the cover, and the cover is arranged on the inside of the vehicle in a roof liner and can be connected with a shim plate, wherein the arrangement is designed with the inner loop (7, 7'), such that a hook of the rod can be hooked into the inner loop (7, 7').
A method of preparing a liposome-based construct comprising a peptide modified through hydrophobic moieties reconstituted in a liposome, comprising the steps of (i) preparing liposomes in a solution; (ii) preparing a modified peptide by adding to the N- and/or C-terminus of the peptide molecule at least one hydrophobic moiety; (iii) solubilizing the modified peptide in the presence of a surfactant; (iv) diluting the solubilized peptide below the critical micellar concentration of the surfactant; (v) loading the preformed liposomes with the diluted solubilized peptide by adding said peptide to the preformed liposomal preparation and solubilizing the added peptide into the external layer of the liposomes; and (vi) optionally, further loading the preformed liposomes with an adjuvant. (i) preparing liposomes in a solution; (ii) preparing a modified peptide by adding to the N- and/or C-terminus of the peptide molecule at least one hydrophobic moiety; (iii) solubilizing the modified peptide in the presence of a surfactant; (iv) diluting the solubilized peptide below the critical micellar concentration of the surfactant; (v) loading the preformed liposomes with the diluted solubilized peptide by adding said peptide to the preformed liposomal preparation and solubilizing the added peptide into the external layer of the liposomes; and (vi) optionally, further loading the preformed liposomes with an adjuvant.
Plant of the metallurgical, rolling-mill, forging or pipe industry, comprising: tools, characterised in that the tools are realised as cyber-physical system tools and each comprise either an embedded controller or an RFID smart label with high memory capacity, wherein the RFID smart label forms a digital object memory or an active digital object memory with an integrated computer; the CPS tools are linked together; and the CPS tools are constructed as an observer for observation of itself and its environment in order to thus determine its individual state and to predetermine which tool is the suitable one for the work task. tools, characterised in that the tools are realised as cyber-physical system tools and each comprise either an embedded controller or an RFID smart label with high memory capacity, wherein the RFID smart label forms a digital object memory or an active digital object memory with an integrated computer; the CPS tools are linked together; and the CPS tools are constructed as an observer for observation of itself and its environment in order to thus determine its individual state and to predetermine which tool is the suitable one for the work task.
A computer-implemented method comprising: receiving, at a controller, node analytics from a service assurance point, SAP,, the node analytics comprising performance information of a node (410, 422, 424, 426) within an access network, wherein the controller includes a software defined operations, administration, and maintenance, SD-OAM, process, the SD-OAM process communicating with the SAP; triggering, by the controller and based on the node analytics, an intent specific workflow at a workflow application, wherein the SD-OAM process initiates the intent specific workflow; and monitoring, by the controller, the node by receiving additional node analytics. receiving, at a controller, node analytics from a service assurance point, SAP,, the node analytics comprising performance information of a node (410, 422, 424, 426) within an access network, wherein the controller includes a software defined operations, administration, and maintenance, SD-OAM, process, the SD-OAM process communicating with the SAP; triggering, by the controller and based on the node analytics, an intent specific workflow at a workflow application, wherein the SD-OAM process initiates the intent specific workflow; and monitoring, by the controller, the node by receiving additional node analytics.
A wheel and tire assembly for a mobile vehicle, the assembly (200, 300) comprising a radially outer flexible ring (242, 342) mounted to a radially inner central rim, and a spoke structure (210, 310) extending radially between the central rim and the outer flexible ring (242, 342), the spoke structure (210, 310) defining a plurality of closed cavities (211, 311) and the spoke structure (210, 310) further having a plurality of at least substantially triangular closed cavities (245, 345) disposed at the outer flexible ring (242, 342), wherein the volume of the at least substantially triangular closed cavities (245, 345) is in a range of from 3 to 30 % of the volume of closed cavities (211, 311), characterized in that the spoke structure (210, 310) further defines, together with the central rim, a plurality of radially extending cavities being open in the radially inward direction of the tire, wherein said plurality of open cavities (212, 312) are disposed concentrically about the inner central rim and allow the flexible ring (242, 342) to deflect under load, and wherein the plurality of at least substantially triangular closed cavities (245, 345) at least partially extends between the closed cavities (211, 311) and the open cavities (212, 312).
A carrier system for carrying a plate-like object to a holding member provided with an object mounting surface on an upper surface, the system comprising: the holding member; a support section provided at the holding member; a vertically-movable suction unit having a plurality of suction members able to suction a plurality of places including at least an area at an outer circumference section of a surface of the object, the carrier system being configured to carry the suction unit to above the holding member located at a predetermined carry-in position, the suction members each being configured to generate a suction force to suction a surface of the object from above in a non-contact manner, the support section being vertically movable and configured to support from below a part of the center section area at another surface of the object; and a driving device configured to drive the suction unit and the support section downward so that the other surface of the object moves toward the object mounting surface of the holding member, in a state where a suction state by the suction unit and a support state by the support section with respect to the object is maintained. the holding member; a support section provided at the holding member; a vertically-movable suction unit having a plurality of suction members able to suction a plurality of places including at least an area at an outer circumference section of a surface of the object, the carrier system being configured to carry the suction unit to above the holding member located at a predetermined carry-in position, the suction members each being configured to generate a suction force to suction a surface of the object from above in a non-contact manner, the support section being vertically movable and configured to support from below a part of the center section area at another surface of the object; and a driving device configured to drive the suction unit and the support section downward so that the other surface of the object moves toward the object mounting surface of the holding member, in a state where a suction state by the suction unit and a support state by the support section with respect to the object is maintained.