mhurhangee/ep-ind-claims huggingface dataset:
Timepiece mechanism, comprising: - at least one source of energy (1, 2), - a first gear train, - a second gear train, - a tourbillon cage kinematically connected to the first gear train and supporting an escapement and a regulating member, and - a drive mobile kinematically connected to the second gear train and arranged to directly or indirectly drive the escapement, characterised in that it further comprises a selecting device (33, 35) for selecting between at least a first operating mode in which the first gear train rotates and the second gear train is locked, and a second operating mode in which the second gear train rotates and the first gear train is locked. - at least one source of energy (1, 2), - a first gear train, - a second gear train, - a tourbillon cage kinematically connected to the first gear train and supporting an escapement and a regulating member, and - a drive mobile kinematically connected to the second gear train and arranged to directly or indirectly drive the escapement, characterised in that it further comprises a selecting device (33, 35) for selecting between at least a first operating mode in which the first gear train rotates and the second gear train is locked, and a second operating mode in which the second gear train rotates and the first gear train is locked.
Body made of a ceramic material comprising zirconia, the body being an implant and comprising as an integral part thereof a surface region reaching from the surface of the body down to a predetermined depth, wherein the surface region is enriched with a calcium component thereby forming a hydrophilic surface area, the ceramic material in the surface region comprising at least a calcium containing crystalline phase, the crystalline phase being a Ca-Zr-O containing phase.
Soap dispenser, comprising: - a soap holder, arranged to engage with a piece of soap; - a knife holder, arranged to be rotatably connected with the soap holder, such that the soap holder and the knife holder may rotate relative to each other over an axis of rotation; the knife holder comprising: - a knife-blade module, provided substantially radially relative to the axis of rotation, arranged to engage with the piece of soap, such that when the soap holder is rotated relative to the knife holder, the knife-blade module scrapes over the piece of soap; and - one or more exit openings, provided substantially under the knife-blade module, arranged as an exit for scrapings of the piece of soap; wherein: - the one or more exit openings are comprised by the soap holder; and - the soap dispenser further comprises a closing part, arranged to: - in a closed position, block the one or more exit openings of the soap holder; and - in an open position, substantially not block the one or more exit openings, such that scrapings from the piece of soap can exit the soap dispenser through the one or more exit openings. - a soap holder, arranged to engage with a piece of soap; - a knife holder, arranged to be rotatably connected with the soap holder, such that the soap holder and the knife holder may rotate relative to each other over an axis of rotation; the knife holder comprising: - a knife-blade module, provided substantially radially relative to the axis of rotation, arranged to engage with the piece of soap, such that when the soap holder is rotated relative to the knife holder, the knife-blade module scrapes over the piece of soap; and - one or more exit openings, provided substantially under the knife-blade module, arranged as an exit for scrapings of the piece of soap; - the one or more exit openings are comprised by the soap holder; and - the soap dispenser further comprises a closing part, arranged to: - in a closed position, block the one or more exit openings of the soap holder; and - in an open position, substantially not block the one or more exit openings, such that scrapings from the piece of soap can exit the soap dispenser through the one or more exit openings. - in a closed position, block the one or more exit openings of the soap holder; and - in an open position, substantially not block the one or more exit openings, such that scrapings from the piece of soap can exit the soap dispenser through the one or more exit openings.
Hose comprising, in this sequence, a) an insulating internal rubber made of a vulcanized rubber mixture comprising a blend of ethylene-propylene-diene rubber and chlorobutyl rubber, b) at least one reinforcement layer, and c) an external rubber made of a vulcanized rubber mixture comprising ethylene-propylene-diene rubber. a) an insulating internal rubber made of a vulcanized rubber mixture comprising a blend of ethylene-propylene-diene rubber and chlorobutyl rubber, b) at least one reinforcement layer, and c) an external rubber made of a vulcanized rubber mixture comprising ethylene-propylene-diene rubber.
A combustion chamber for an internal combustion engine, comprising: a cylinder wall defining a cylinder, a first fuel injector disposed in a first opening in the cylinder wall and a second fuel injector disposed in a second opening in the cylinder wall; a piston head disposed in the cylinder, a top of the piston head being provided with a piston bowl at least partially defined by a first wall having a spiral shape and by a second wall having a spiral shape, wherein the first spiral shaped wall and the second spiral shaped wall are rotationally symmetrical about a central axis of the cylinder, wherein a center portion of the piston bowl is circular in shape, wherein the first and second fuel injectors (29, 61) are oriented relative to the piston bowl so that central axes of injected fuel jets from the first and second fuel injectors (29, 61) are tangent to the center portion, wherein the piston bowl is further defined by a ramp, characterized in that the ramp is defined on one edge by the first spiral shaped wall and on another edge by the center portion of the piston bowl, wherein the first spiral shaped wall increases in depth from an outer end of the spiral shaped wall toward an inner end of the spiral shaped wall at the center portion. a cylinder wall defining a cylinder, a first fuel injector disposed in a first opening in the cylinder wall and a second fuel injector disposed in a second opening in the cylinder wall; a piston head disposed in the cylinder, a top of the piston head being provided with a piston bowl at least partially defined by a first wall having a spiral shape and by a second wall having a spiral shape, wherein the first spiral shaped wall and the second spiral shaped wall are rotationally symmetrical about a central axis of the cylinder, wherein a center portion of the piston bowl is circular in shape, wherein the first and second fuel injectors (29, 61) are oriented relative to the piston bowl so that central axes of injected fuel jets from the first and second fuel injectors (29, 61) are tangent to the center portion, wherein the piston bowl is further defined by a ramp, characterized in that the ramp is defined on one edge by the first spiral shaped wall and on another edge by the center portion of the piston bowl, wherein the first spiral shaped wall increases in depth from an outer end of the spiral shaped wall toward an inner end of the spiral shaped wall at the center portion.
Edible emulsion comprising 5 to 85 wt% fat and between 0.003 wt% and 0.7 wt% of iron and between 0.002 wt% and 0.3 wt% of zinc, wherein the amounts are of the iron and zinc ion, and wherein the emulsion is fat continuous having a dispersed aqueous phase.
A pasteurization apparatus comprising a line through a heater, a pump, a holding tube, a temperature sensor at or downstream of an outlet of the dwell tube, a controller, a first product sensor at or near an inlet of the holding tube, and a second product sensor at or near an outlet of the holding tube, wherein the controller is configured to perform a method comprising a dwell time test by: pumping a liquid product through the heater and then through the holding tube at an elevated temperature for a target dwell time period, detecting a first time stamp upon passage of the product at the start of the holding tube by way of sensing of the product by the first sensor, detecting a second time stamp upon passage of the product at the end of the holding tube by way of sensing of the product by the second sensor, and calculating a dwell time according to time difference between the time stamps; characterized in that, the controller is configured to: perform the dwell time test without interruption between initial purging of the line with water and the start of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product, and perform the dwell time test without interruption between completion of product pasteurizing and purging of the line with water at the end of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product. pumping a liquid product through the heater and then through the holding tube at an elevated temperature for a target dwell time period, detecting a first time stamp upon passage of the product at the start of the holding tube by way of sensing of the product by the first sensor, detecting a second time stamp upon passage of the product at the end of the holding tube by way of sensing of the product by the second sensor, and calculating a dwell time according to time difference between the time stamps; characterized in that, the controller is configured to: perform the dwell time test without interruption between initial purging of the line with water and the start of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product, and perform the dwell time test without interruption between completion of product pasteurizing and purging of the line with water at the end of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product. perform the dwell time test without interruption between initial purging of the line with water and the start of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product, and perform the dwell time test without interruption between completion of product pasteurizing and purging of the line with water at the end of pasteurizing the product, the sensing being used by the controller to differentiate between water and the product.
A linking arm conveying generally linear movement from a piston into generally radial movement of a crankshaft, comprising: - a shaft extending between a piston pin end and a crankshaft pin end, the piston pin end defining a piston pin bore; and - a piston pin bore surface defined by the piston pin bore, the piston pin bore including a non-circular transverse profile having at least two generally curved surfaces (72, 74) that are positioned in different locations around a periphery of the transverse profile, - wherein the traverse profile of the piston pin bore includes an axis of eccentricity, - wherein said axis of eccentricity is positioned at an angle that is non-perpendicular to the shaft of the linking arm, - characterized in that the first curved surface and the second curved surface are positioned about 180 degrees apart from one another on generally opposing sides of the piston pin bore. - a shaft extending between a piston pin end and a crankshaft pin end, the piston pin end defining a piston pin bore; and - a piston pin bore surface defined by the piston pin bore, the piston pin bore including a non-circular transverse profile having at least two generally curved surfaces (72, 74) that are positioned in different locations around a periphery of the transverse profile, - wherein the traverse profile of the piston pin bore includes an axis of eccentricity, - wherein said axis of eccentricity is positioned at an angle that is non-perpendicular to the shaft of the linking arm, - characterized in that
A shading arrangement of a transparent roof section of a motorcar, the shading arrangement comprising an areal shading element which is displaceable between a shading position and an uncovering position and comprises a lower side facing towards a vehicle interior and an upper side facing towards a vehicle environment, an indirect illuminating device (28, 28A, 28B) being provided, the indirect illuminating device (28, 28A, 28B) illuminating the shading element from the upper side and/or the lower side, characterized in that the shading element comprises a lighting effect material which interacts with the illuminating device (28, 28A, 28B), the lighting effect material being made of a phosphorescent and/or fluorescent material which is arranged at the lower side and/or the upper side of the shading element, or being made of phosphorescent and/or fluorescent threads or of a reflective material, which is made of reflective threads, the reflective threads being woven in or knitted in, or comprising a diffuser material, which converts a spot illumination to an areal lighting effect.
A method of handling device to device communication for a first user equipment, UE, in a wireless communication system, the method comprising, by the first UE: establishing a Radio Resource Control, RRC, connection to a network of the wireless communication system; performing a proximity-based services, ProSe, communication of direct data path type with a second UE of the wireless communication system; suspending the ProSe communication when a connection failure occurs in the RRC connection with the network; sending, to the second UE, a first signal indicating the second UE to suspend the ProSe communication when the connection failure occurs in the RRC connection with the network; and sending, to the second UE, a second signal indicating the second UE to resume the ProSe communication after the first UE resumes the ProSe communication. establishing a Radio Resource Control, RRC, connection to a network of the wireless communication system; performing a proximity-based services, ProSe, communication of direct data path type with a second UE of the wireless communication system; suspending the ProSe communication when a connection failure occurs in the RRC connection with the network; sending, to the second UE, a first signal indicating the second UE to suspend the ProSe communication when the connection failure occurs in the RRC connection with the network; and sending, to the second UE, a second signal indicating the second UE to resume the ProSe communication after the first UE resumes the ProSe communication.
A process comprising: forming a mixture by contacting a modified cellulose with a solvent under an inert and dry atmosphere to form a swelled modified cellulose; adjusting the mixture to a first temperature from 115°C to 145°C; contacting the swelled modified cellulose with a salt under the inert atmosphere to form a modified cellulose solution; and adjusting the modified cellulose solution to a second temperature from 90°C to 120°C wherein: the modified cellulose is an oxidized cellulose, the solvent is a polar aprotic solvent, the salt is an alkali halide salt, the swelling of the modified cellulose in the solvent is conducted prior to introduction of the salt, and swelling of the modified cellulose is continued for from 1 hour to 4 hours before adjusting the modified cellulose solution to the second temperature. forming a mixture by contacting a modified cellulose with a solvent under an inert and dry atmosphere to form a swelled modified cellulose; adjusting the mixture to a first temperature from 115°C to 145°C; contacting the swelled modified cellulose with a salt under the inert atmosphere to form a modified cellulose solution; and adjusting the modified cellulose solution to a second temperature from 90°C to 120°C wherein: the modified cellulose is an oxidized cellulose, the solvent is a polar aprotic solvent, the salt is an alkali halide salt, the swelling of the modified cellulose in the solvent is conducted prior to introduction of the salt, and swelling of the modified cellulose is continued for from 1 hour to 4 hours before adjusting the modified cellulose solution to the second temperature. the modified cellulose is an oxidized cellulose, the solvent is a polar aprotic solvent, the salt is an alkali halide salt, the swelling of the modified cellulose in the solvent is conducted prior to introduction of the salt, and swelling of the modified cellulose is continued for from 1 hour to 4 hours before adjusting the modified cellulose solution to the second temperature.
Conveying device, for conveying products in an industrial processing line, said conveying device comprising, for circulating the products, at least one infeed conveyor, for receiving the products from a line portion upstream said device and a plurality of outfeed conveyors, for further delivering the products to a line portion downstream said device, said conveying device acting as a sorting device and directing product to a predefined outfeed conveyor, wherein the infeed conveyor and the plurality of outfeed conveyors extend in a common plane, the conveying device further comprising a robotic means, with a working area covering at least a portion of the at least one infeed conveyor and at least a portion of each outfeed conveyor, for moving products from said at least one infeed conveyor to a predefined outfeed conveyor of said plurality, with a movement parallel to said common plane, said conveying device being characterized in that it further comprises, in the working area of the robotic means, a central plate, defining a top fixed surface, mounted downstream said at least one infeed conveyor and upstream said at least one outfeed conveyor, said central plate being flush with the at least one infeed conveyor and the outfeed conveyors, the conveying device comprising a control unit instructing the robotic means for moving the products, one at a time, onto said central plate from the at least one infeed conveyor and to the predefined outfeed conveyor.
Rotary transmitter, wherein the rotary transmitter has an electrically conductive first element and an electrically conductive second element, wherein the first and the second element (2, 3) are arranged so as to be rotatable in relation to one another, wherein the first and the second element (2, 3) are arranged separated from one another by a gap, wherein an electrically conductive liquid-metal alloy is arranged in the gap, characterized in that that side of the first element which faces towards the second element has a first recess and that side of the second element which faces towards the first element has a second recess, wherein an electrically conductive first porous material is arranged in the first and second recess (15a, 15b), wherein the liquid-metal alloy establishes an electrically conductive connection between the electrically conductive first porous material arranged in the first recess and the electrically conductive first porous material arranged in the second recess.
Aircraft seat device for a seat row, with at least one electronics unit (10; 10a; 54; 76) and at least one seat frame unit comprising a single seat support beam (18; 58; 78) which is provided for receiving torsional moments and for being used as an only cross beam in the seat row, wherein the electronics unit (10; 10a; 54; 76) is arranged at least partly in a hollow space (14; 56; 86) formed by the seat frame unit, the hollow space (14; 56; 86) being arranged inside the single seat support beam (18; 58; 78) and limited at least partly by the single seat support beam (18; 58; 78), characterised in that the seat frame unit comprises an access unit (60; 80), which is provided, in a mounted state of the seat frame unit, for allowing an access to the hollow space (14; 56; 86) in a direction that is oriented perpendicularly to a main extension direction of the seat frame unit, and comprises a cover unit (68; 88) for covering the access to the hollow space (14; 56; 86), wherein the cover unit (68; 88) comprises a fixing means for fixing an installation position of the electronics unit (10; 10a; 54; 76) and is embodied as a flange element.
A fire detection system configured to detect an undesirably high temperature associated with an area, the fire detection system comprising a temperature sensor comprising a temperature sensor array configured to receive temperature information associated with the area, a fire alerting system associated with the temperature sensor, the fire alerting system being configured to receive information from the temperature sensor and generate a warning signal based on an undesirably high temperature associated with the area, and a fire control panel associated with the fire alerting system, the fire control panel being configured to receive the warning signal, characterised in that the temperature sensor array includes a planar mounting base and a plurality of temperature sensing devices arranged in a 2-dimensional array, at least one of the temperature sensing devices is attached to the mounting base at an angle with respect to the base that differs from an angle with respect to the base at which at least one other temperature sensing device is mounted to the base such that the temperature sensing devices are aimed at multiple-fixed aiming points located on the area to be observed and aimed at slightly differing angles from one another. a temperature sensor comprising a temperature sensor array configured to receive temperature information associated with the area, a fire alerting system associated with the temperature sensor, the fire alerting system being configured to receive information from the temperature sensor and generate a warning signal based on an undesirably high temperature associated with the area, and a fire control panel associated with the fire alerting system, the fire control panel being configured to receive the warning signal, characterised in that the temperature sensor array includes a planar mounting base and a plurality of temperature sensing devices arranged in a 2-dimensional array, at least one of the temperature sensing devices is attached to the mounting base at an angle with respect to the base that differs from an angle with respect to the base at which at least one other temperature sensing device is mounted to the base such that the temperature sensing devices are aimed at multiple-fixed aiming points located on the area to be observed and aimed at slightly differing angles from one another. the temperature sensor array includes a planar mounting base and a plurality of temperature sensing devices arranged in a 2-dimensional array, at least one of the temperature sensing devices is attached to the mounting base at an angle with respect to the base that differs from an angle with respect to the base at which at least one other temperature sensing device is mounted to the base such that the temperature sensing devices are aimed at multiple-fixed aiming points located on the area to be observed and aimed at slightly differing angles from one another.