mhurhangee/patent-ind-claim-en huggingface dataset:
Wristwatch comprising a middle having a sidewall that links first and second faces of said middle , defining between them a median plane, and comprising diametrically opposite first and second members for attaching a wristlet, in order to secure to said middle respective first and second ends of a wristlet, a cover that is arranged so as to be able to at least partially cover one of said first and second faces while being able to pivot relative to said middle between a first, closed position in which said ends of the wristlet are locked on said middle , and a second, open position in which said ends of the wristlet are free to be removed from said middle , said cover being arranged so as to be able to pivot about an axis of rotation that is essentially parallel to said median plane, characterized in that each one of said first and second attaching members comprises a hole that is created in said sidewall of said middle and that is intended to receive the corresponding end of the wristlet by insertion along a direction essentially parallel to said median plane.
Tugger train trailer for a tugger train, wherein the tugger train trailer has a support frame with at least one wheel and a load carrier arranged on the support frame so as to be able to be raised and lowered between a lowered position and a raised position by means of a lifting device , wherein the load carrier has a tine carrier , on which at least one load pickup means , in particular a fork tine , for picking up an item of loading equipment is arranged, characterized in that the lifting device has at least one lower link arm and at least one upper link arm , wherein the tine carrier is connected to the support frame by means of the link arms and wherein the upper link arm is spaced apart from the lower link arm in the vertical direction (V), wherein the kinematics of the link arms are designed such that, when the tine carrier is being raised from the lowered position into the raised position, a backwards tilting of the load pickup means is achieved.
Process for preparing a cosmetic composition wherein an aqueous or aqueous-alcoholic gel of synthetic phyllosilicate of formula Mg 3 Si 4 O 10 (OH) 2 having an X-ray diffraction line greater than 9.4 Å and less than or equal to 9.8 Å. is incorporated in the aqueous phase of said composition.
A system for determining the number of revolutions of a cardan shaft, comprising at least a magnet and at least a hall sensor is positioned to provide magnetic interaction between them, connecting one of said magnet and hall sensor onto either the rotating elements of the cardan shaft and the other to a central bearing and comprising a detection element for detecting the revolution rate by correlating to the revolution and the pulse created by the hall sensor as a result of interaction between the magnet and the hall sensor , when the cardan shaft rotates, a fixed carrier which is positioned on said central bearing which carries the magnet or the hall sensor such that it does not come into contact with the rotating elements of the cardan shaft and therefore is enabled to stay fixed, a rotating carrier which carries the magnet or the hall sensor and is positioned on the cardan shaft and rotates with the cardan shaft, characterized by further comprising a protective element arranged on the central bearing such that it envelops the detection element , the magnet , the hall sensor , the fixed carrier and the rotating carrier . connecting one of said magnet and hall sensor onto either the rotating elements of the cardan shaft and the other to a central bearing and comprising a detection element for detecting the revolution rate by correlating to the revolution and the pulse created by the hall sensor as a result of interaction between the magnet and the hall sensor , when the cardan shaft rotates, a fixed carrier which is positioned on said central bearing which carries the magnet or the hall sensor such that it does not come into contact with the rotating elements of the cardan shaft and therefore is enabled to stay fixed, a rotating carrier which carries the magnet or the hall sensor and is positioned on the cardan shaft and rotates with the cardan shaft, characterized by further comprising a protective element arranged on the central bearing such that it envelops the detection element , the magnet , the hall sensor , the fixed carrier and the rotating carrier .
A fascia mounted railing system (10; 50) for mounting to a front face of a balcony slab , comprising: a) at least two posts (11; 51), spaced apart, at least one rail (12; 52) having a top, a bottom, a bottom portion, two sides, a back and a front, and further wherein a front of each of the at least two posts (11; 51) has a pair of channels (11b; 51b); b) a mounting bracket assembly (15; 55), attached to the bottom portion of each of said posts (11; 51) and attachable to said slab to secure each post (11; 51) to said slab ; c) an infill panel (13; 53), placed in one of said pair of channels (11b; 51b) in each of said at least two posts (11; 51); characterized by d) a bottom bracket (17; 57), attached to the bottom of each post (11; 51), each of said bottom brackets (17; 57) having a pair of ledges (17c; 57c) that extend outwardly from the sides of said bottom bracket (17; 57); e) wherein the infill panel (13; 53) is placed in one of said pair of channels (11b; 51b) in each of said at least two posts (11; 51) such that said infill panel (13; 53) sits on one of said pair of ledges (17c; 57c) on said bottom bracket (17; 57) of each of said at least two posts (11; 51). a) at least two posts (11; 51), spaced apart, at least one rail (12; 52) having a top, a bottom, a bottom portion, two sides, a back and a front, and further wherein a front of each of the at least two posts (11; 51) has a pair of channels (11b; 51b); b) a mounting bracket assembly (15; 55), attached to the bottom portion of each of said posts (11; 51) and attachable to said slab to secure each post (11; 51) to said slab ; c) an infill panel (13; 53), placed in one of said pair of channels (11b; 51b) in each of said at least two posts (11; 51); characterized by d) a bottom bracket (17; 57), attached to the bottom of each post (11; 51), each of said bottom brackets (17; 57) having a pair of ledges (17c; 57c) that extend outwardly from the sides of said bottom bracket (17; 57); e) wherein the infill panel (13; 53) is placed in one of said pair of channels (11b; 51b) in each of said at least two posts (11; 51) such that said infill panel (13; 53) sits on one of said pair of ledges (17c; 57c) on said bottom bracket (17; 57) of each of said at least two posts (11; 51).
Apparatus support device , in particular for mounting a mobile medical device from the group defibrillator, oxygen device, respirator, surveillance monitor, infusion device, inhaler, electrocardiograph, transfusion pump, life support system, extracorporeal system and heart/lung machine (HLM), - with a wall bracket , and - with a mounting plate , ∘ which is aligned at least substantially or exactly horizontally in the intended assembly state and which has an upper side , a lower side and side edges , ∘ wherein, on the upper side , the mounting plate has a fastening means for fastening a medical device to be arranged on the upper side , ∘ the appliance holding device comprises a damping device via which the mounting plate is fixed to the wall bracket characterised in that, on the upper side of the mounting plate , the fastening means comprises a receiving contour for form-fitting reception of a device underside of a medical device to be received. - with a wall bracket , and - with a mounting plate , ∘ which is aligned at least substantially or exactly horizontally in the intended assembly state and which has an upper side , a lower side and side edges , ∘ wherein, on the upper side , the mounting plate has a fastening means for fastening a medical device to be arranged on the upper side , ∘ the appliance holding device comprises a damping device via which the mounting plate is fixed to the wall bracket ∘ which is aligned at least substantially or exactly horizontally in the intended assembly state and which has an upper side , a lower side and side edges , ∘ wherein, on the upper side , the mounting plate has a fastening means for fastening a medical device to be arranged on the upper side , ∘ the appliance holding device comprises a damping device via which the mounting plate is fixed to the wall bracket
System for driving and guiding of a trailing edge control surface comprising a wing and a trailing edge control surface ; the system being arranged on a trailing edge region of the wing , the system comprising a first guide device attached to the wing and coupled with an inboard section of the control surface for guiding the inboard section of the control surface along a predetermined trajectory relative to the trailing edge region of the wing between a retracted position and at least one extended position, a second guide device attached to the wing and holding a connecting means of an outboard section of the control surface , and a drive device fixedly attached to the wing and the control surface for moving the control surface , wherein the trajectory is a spatial path at least along one dimension, wherein a distance between the inboard section of the control surface and a fixed part of the wing changes during a motion of the inboard section on the trajectory, and wherein at least one of the second guide device and the connecting means is designed to swivably hold the connecting means of the outboard section of the control surface under prevention of a translatory motion of the connecting means relative to the wing , and wherein the second guide device is at least partially positioned inside an air foil structure of the wing .
Network entity for supporting invocation by another network entity of a service provided by an external network entity , wherein the network entity is configured to: obtain a clone service invocation request from the other network entity , wherein the clone service invocation request includes clone service invocation information of a clone of the service provided by the external network entity , and wherein the clone of the service is a service interface towards the other network entity and also towards the external network entity , translate the clone service invocation information into service invocation information, and provide a service invocation request to the external network entity , wherein the service invocation request includes the service invocation information, wherein the network entity and the other network entity are comprised in a network, and the external network entity is external to the network. obtain a clone service invocation request from the other network entity , wherein the clone service invocation request includes clone service invocation information of a clone of the service provided by the external network entity , and wherein the clone of the service is a service interface towards the other network entity and also towards the external network entity , translate the clone service invocation information into service invocation information, and provide a service invocation request to the external network entity , wherein the service invocation request includes the service invocation information, wherein the network entity and the other network entity are comprised in a network, and the external network entity is external to the network.
A resin composition, comprising 3 to 15 parts by mass of rubber-based impact absorber (B) and 0.1 to 10 parts by mass of modified olefin wax (C) with respect to 100 parts by mass of vinyl chloride-based resin (A), and satisfying the following requirements (I) to (III): (I) the vinyl chloride-based resin (A) has a chlorine content of 55 to 75mass%, measured according to ISO 1158; (II) the rubber-based impact absorber (B) has a glass transition temperature (Tg), measured by differential scanning calorimetry (DSC) as described in the experimental section of the specification, of 0°C or less; and (III) the modified olefin wax (C) is a maleic anhydride-modified product of an unmodified olefin wax (c), obtainable by introduction of maleic anhydride into an unmodified olefin wax (c), a content of a polar group being in a range of 0.1 to 50mass%, wherein the content of the polar group being converted from an acid value measured according to JIS K5902 such that an acid value of 11 mgKOH/g is converted into a content of a polar group of 1mass%, and whereby the modified olefin wax (C) has a number average molecular weight (Mn) measured by gel permeation chromatography (GPC) in terms of polystyrene, as described in the experimental section of the specification, of 300 to 20,000. (I) the vinyl chloride-based resin (A) has a chlorine content of 55 to 75mass%, measured according to ISO 1158; (II) the rubber-based impact absorber (B) has a glass transition temperature (Tg), measured by differential scanning calorimetry (DSC) as described in the experimental section of the specification, of 0°C or less; and (III) the modified olefin wax (C) is a maleic anhydride-modified product of an unmodified olefin wax (c), obtainable by introduction of maleic anhydride into an unmodified olefin wax (c), a content of a polar group being in a range of 0.1 to 50mass%, wherein the content of the polar group being converted from an acid value measured according to JIS K5902 such that an acid value of 11 mgKOH/g is converted into a content of a polar group of 1mass%, and whereby the modified olefin wax (C) has a number average molecular weight (Mn) measured by gel permeation chromatography (GPC) in terms of polystyrene, as described in the experimental section of the specification, of 300 to 20,000.
A method of producing at least part of an aircraft, the method comprising: providing a frame , the frame comprising a first surface , a second surface opposite to the first surface, and one or more side edges disposed between the first surface and the second surface; mounting the frame to a first tool , the first tool comprising a support surface that contacts at least part of the second surface of the frame, thereby opposing movement of the frame at least in a direction perpendicular to the second surface; while the frame is mounted to the first tool, machining, using a cutting tool, at least part of the first surface of the frame to form one or more attachment features; removing the frame from the first tool; re-mounting the frame to the first tool such that the support surface contacts at least part of the first surface of the frame, thereby opposing movement of the frame at least in a direction perpendicular to the first surface; and while the frame is re-mounted to the first tool, machining, using the cutting tool, at least part of the second surface of the frame to form one or more further attachment features; mounting the machined frame to a second tool , the second tool being configured to contact the frame at only the one or more side edges of the frame; and, while the frame is mounted to the second tool, attaching, using the attachment features and further attachment features, to the first surface and the second surface, aircraft panels to form an outer skin of the at least part of the aircraft. providing a frame , the frame comprising a first surface , a second surface opposite to the first surface, and one or more side edges disposed between the first surface and the second surface; mounting the frame to a first tool , the first tool comprising a support surface that contacts at least part of the second surface of the frame, thereby opposing movement of the frame at least in a direction perpendicular to the second surface; while the frame is mounted to the first tool, machining, using a cutting tool, at least part of the first surface of the frame to form one or more attachment features; removing the frame from the first tool; re-mounting the frame to the first tool such that the support surface contacts at least part of the first surface of the frame, thereby opposing movement of the frame at least in a direction perpendicular to the first surface; and while the frame is re-mounted to the first tool, machining, using the cutting tool, at least part of the second surface of the frame to form one or more further attachment features; mounting the machined frame to a second tool , the second tool being configured to contact the frame at only the one or more side edges of the frame; and, while the frame is mounted to the second tool, attaching, using the attachment features and further attachment features, to the first surface and the second surface, aircraft panels to form an outer skin of the at least part of the aircraft.
A stent-graft system comprising a first hollow cylindrical stent-graft body and at least one second hollow cylindrical stent-graft body , wherein the first and the second stent-graft bodies (30; 50) are two structurally separate stent-graft bodies, and wherein the first and the second stent-graft bodies each have a first end (32; 52), a second end (33; 53), and a longitudinal axis (37; 57), wherein the first and the second stent-graft bodies (30; 50) each comprise a stent-graft portion (34; 54) which is formed from a stent-graft scaffold (20; 60) and a prosthesis material (35; 55) applied thereon, wherein the first and the second stent-graft bodies (30; 50) each further comprise a stent portion (38; 58) which is formed from a stent scaffold (22; 62) which is free from prosthesis material and comprises a first (23; 63) and a second (24; 64) stent-portion end, wherein the stent portion (38; 58) is fixedly connected via its first stent-portion end (23; 63) to the stent-graft portion (34; 54) in each case, and wherein the stent portion of the first stent-graft body and the stent portion of the second stent-graft body are designed in such a way that they can be at least partially inserted into one another via their respective second stent-portion ends (24; 64) in order to form one shared stent portion which is free from prosthesis material.
An electronic device comprising: a housing ; a display and/or a speaker ; a first gas sensor configured to sense a gas outside of the housing ; a second gas sensor configured to sense the same gas, outside of the housing, the second gas sensor being spaced apart from the first gas sensor; a processor electrically connected to the first gas sensor , and the second gas sensor ; and a memory electrically connected to the processor , characterized in that the memory stores instructions that cause, upon execution, the processor to: acquire a first data while monitoring the gas outside the housing by using the first gas sensor , acquire a second data while monitoring the same gas outside the housing by using the second gas sensor , compare the first data and the second data, determine an occurrence direction of the gas relative to the electronic device based on the comparison of the first data and the second data, and provide a user interface as a graphical user interface displayed on the display or as an audio signal outputted through the speaker , including information related to the occurrence direction of the gas relative to the electronic device based on the determination. a housing ; a display and/or a speaker ; a first gas sensor configured to sense a gas outside of the housing ; a second gas sensor configured to sense the same gas, outside of the housing, the second gas sensor being spaced apart from the first gas sensor; a processor electrically connected to the first gas sensor , and the second gas sensor ; and a memory electrically connected to the processor , characterized in that the memory stores instructions that cause, upon execution, the processor to: acquire a first data while monitoring the gas outside the housing by using the first gas sensor , acquire a second data while monitoring the same gas outside the housing by using the second gas sensor , compare the first data and the second data, determine an occurrence direction of the gas relative to the electronic device based on the comparison of the first data and the second data, and provide a user interface as a graphical user interface displayed on the display or as an audio signal outputted through the speaker , including information related to the occurrence direction of the gas relative to the electronic device based on the determination. acquire a first data while monitoring the gas outside the housing by using the first gas sensor , acquire a second data while monitoring the same gas outside the housing by using the second gas sensor , compare the first data and the second data, determine an occurrence direction of the gas relative to the electronic device based on the comparison of the first data and the second data, and provide a user interface as a graphical user interface displayed on the display or as an audio signal outputted through the speaker , including information related to the occurrence direction of the gas relative to the electronic device based on the determination.
Use of a device for receiving fluid, the device comprising a block which comprises: a chamber comprising a top and a bottom; and comprising a chamber outlet at the bottom of the chamber; a magnetic stirrer suspended in the chamber, wherein the magnetic stirrer terminates above the bottom of the chamber, and is rotatably supported inside the chamber; and a microchannel fluidly connected to the chamber via the chamber outlet; wherein the microchannel from the device is fluidly connected to a downstream reservoir , and also to an upstream reservoir ; characterized in that a first particle suspension is located in the chamber ; and that an oil-based fluid is located in the upstream reservoir; that the use of the device includes: applying pressure to the chamber , and to the upstream reservoir , to force the first particle suspension and the oil based fluid into the microchannel ; mixing the suspension and the oil based fluid in the microchannel such that they form an emulsion which comprises a plurality of droplets, wherein at least one of the droplets encapsulates a first particle from the first particle suspension; and storing the emulsion in the downstream reservoir . a chamber comprising a top and a bottom; and comprising a chamber outlet at the bottom of the chamber; a magnetic stirrer suspended in the chamber, wherein the magnetic stirrer terminates above the bottom of the chamber, and is rotatably supported inside the chamber; and a microchannel fluidly connected to the chamber via the chamber outlet; applying pressure to the chamber , and to the upstream reservoir , to force the first particle suspension and the oil based fluid into the microchannel ; mixing the suspension and the oil based fluid in the microchannel such that they form an emulsion which comprises a plurality of droplets, wherein at least one of the droplets encapsulates a first particle from the first particle suspension; and storing the emulsion in the downstream reservoir .