mhurhangee/patent-ind-claim-en huggingface dataset:
Control device with a push-piece winding button for a portable object of small dimensions, comprising a frame , a control stem mounted to pivot about a longitudinal axis (X-X) and axially movable with respect to the frame between at least two positions, including a transitory first position and a stable second position, the control device comprising at least one cam path which has a longitudinal cam profile and at least one cam follower arranged to cooperate with the longitudinal cam profile , the cam path being arranged to move concurrently with the control stem when the latter is moved axially, and the cam follower , mounted inside the frame , being arranged to be elastically returned against the cam path , the cam path comprising a first recess defining the stable position of the control stem , and a profile portion forming a ramp which rises from the first recess towards the transitory position, characterized in that the control device includes a position indexing plate in which is formed the cam path with which the cam follower cooperates, said position indexing plate being arranged, on the one hand, to be coupled in translation to the control stem when the latter is moved in one direction or the other in a direction parallel to the longitudinal axis (X-X) and, on the other hand, to remain stationary when the control stem is pivoted in one direction or the other.
Lifting and transport apparatus for lifting and transporting a heavy load , comprising a frame which is movable back and forth at least in a horizontal movement direction (X) and has four vertical supports of adjustable length, which vertical supports are designed as lifting supports , with one lifting device assigned in each case, and comprising fastening means which are provided on the frame and serve for the releasable attachment of the heavy load , characterized in that the frame comprises at least eight vertical supports of adjustable length, and in that at least four vertical supports of adjustable length are designed as retaining supports , with one extension device and one locking device assigned in each case, such that the lengths of the retaining supports can be locked in a variable, in particular stepless, manner, the extension devices are designed such that they allow length adjustment of the retaining supports only when the retaining supports are not subjected to load, and the locking devices are configured such that they lock a set length of the retaining supports such that said length is maintained under load.
An electronic hoop lock for a two-wheeler, comprising a lock body and a closing hoop which is movable relative to the lock body between a closed position and an open position, wherein the lock body has a housing , a locking mechanism , by means of which the closing hoop can be locked to the lock body in the closed position, and an electrical unit , wherein a shaped part is inserted in a form-fitted manner into the housing and has a plurality of receivers in which a plurality of components of the electrical unit are received in a form-fitted manner, characterized in that the shaped part is elastic.
A system for protecting and securing bags in a bulk high pressure processing equipment having a vessel, characterised in that it comprises: - at least one tube provided with holes ; - covers (11a and 11b) for evacuating pressurisation fluid and connecting the ends of the tube or tubes , the tube or tubes being anchored to said covers; - protection means for the bag configured to extend inside the bag to lengthen the outlet path of the processed product once the depressurisation of the equipment is produced, said protection means having a spiral, mesh, strap or cylinder shape with holes; - a fitting for the protection means for connecting the protection means to the cover on the side from which the product in the bag comes out. - at least one tube provided with holes ; - covers (11a and 11b) for evacuating pressurisation fluid and connecting the ends of the tube or tubes , the tube or tubes being anchored to said covers; - protection means for the bag configured to extend inside the bag to lengthen the outlet path of the processed product once the depressurisation of the equipment is produced, said protection means having a spiral, mesh, strap or cylinder shape with holes; - a fitting for the protection means for connecting the protection means to the cover on the side from which the product in the bag comes out.
A fibrous texture intended to form the fibrous reinforcement of a turbomachine blade made of composite material comprising a fibrous reinforcement densified by a matrix, the fibrous texture being in a single piece and having a three-dimensional weaving between a plurality of warp yarns or strands made of at least first fibers having a first elongation at break and extending in a longitudinal direction (D L ) and a plurality of weft yarns or strands made of first fibers extending in a transverse direction (D T ), the texture comprising in the longitudinal direction a blade root portion , a blade airfoil portion and a blade stilt portion between the blade root portion and the blade airfoil portion, characterized in that it comprises an area of reduced stiffness comprising warp yarns or strands made of second fibers having a second elongation at break greater than the first elongation at break, the area of reduced stiffness extending in the longitudinal direction from the stilt area and up to a height less than or equal to 30% of the height of the blade, the area of reduced stiffness extending in the transverse direction between a first area and a second area , the first area extending over a first length from a first edge of the texture intended to form a leading edge, and the second area extending over a second length from a second edge of the texture intended to form a trailing edge.
A payload mounting assembly , comprising: a first mount ; a second mount movable relative to the first mount , the second mount comprising at least one riser comprising at least one inclined surface ; an isolator comprising: an inner frame configured to couple to the first mount , the inner frame comprising a platform and at least one isolator support leg extending from the platform , the at least one isolator support leg being inclined so as to be complementary to the at least one inclined surface of the second mount ; and an outer frame configured to couple to the second mount and comprising an opening configured to facilitate access to the platform of the inner frame , and at least one rail being inclined so as to be complementary to the at least one isolator support leg , the outer frame operating to capture the at least one isolator support leg between the at least one rail of the outer frame and the at least one inclined surface of the second mount , wherein, upon at least one of the first mount and the second mount being subjected to vibrations and shocks, the isolator operates to dampen vibrations and shocks propagating between the first and second mounts . a first mount ; a second mount movable relative to the first mount , the second mount comprising at least one riser comprising at least one inclined surface ; an isolator comprising: an inner frame configured to couple to the first mount , the inner frame comprising a platform and at least one isolator support leg extending from the platform , the at least one isolator support leg being inclined so as to be complementary to the at least one inclined surface of the second mount ; and an outer frame configured to couple to the second mount and comprising an opening configured to facilitate access to the platform of the inner frame , and at least one rail being inclined so as to be complementary to the at least one isolator support leg , the outer frame operating to capture the at least one isolator support leg between the at least one rail of the outer frame and the at least one inclined surface of the second mount , an inner frame configured to couple to the first mount , the inner frame comprising a platform and at least one isolator support leg extending from the platform , the at least one isolator support leg being inclined so as to be complementary to the at least one inclined surface of the second mount ; and an outer frame configured to couple to the second mount and comprising an opening configured to facilitate access to the platform of the inner frame , and at least one rail being inclined so as to be complementary to the at least one isolator support leg , the outer frame operating to capture the at least one isolator support leg between the at least one rail of the outer frame and the at least one inclined surface of the second mount , wherein, upon at least one of the first mount and the second mount being subjected to vibrations and shocks, the isolator operates to dampen vibrations and shocks propagating between the first and second mounts .
An end effector exchange device comprising: a first adapter ; and a second adapter , one of the first adapter or the second adapter being attachable to a robot arm or a transport device, and an end effector being attachable to another one of the first adapter or the second adapter , wherein by operating a release button the first adapter and the second adapter can be separated from each other, characterised in that a slide portion of the first adapter is fitted into a slot of the second adapter , a ball is disposed between a cam member supported by the slide portion and an opening edge portion constituting the slot , the ball is configured to advance toward or retreat from an engagement groove of the opening edge portion by movement of the cam member , the release button is connected integrally with the cam member , by operating the release button and also sliding the first adapter and the second adapter relative to each other, the ball retreats, and the first adapter and the second adapter are separated from each other. a first adapter ; and a second adapter , one of the first adapter or the second adapter being attachable to a robot arm or a transport device, and an end effector being attachable to another one of the first adapter or the second adapter , wherein by operating a release button the first adapter and the second adapter can be separated from each other, characterised in that a slide portion of the first adapter is fitted into a slot of the second adapter , a ball is disposed between a cam member supported by the slide portion and an opening edge portion constituting the slot , the ball is configured to advance toward or retreat from an engagement groove of the opening edge portion by movement of the cam member , the release button is connected integrally with the cam member , by operating the release button and also sliding the first adapter and the second adapter relative to each other, the ball retreats, and the first adapter and the second adapter are separated from each other.
An adjustable mounting device for an electronic device , comprising: a base having an outer mounting surface ; a bearing holder extending inwardly from the base and forming a socket ; a rotatable bearing at least partially received within the socket ; an attachment device that extends forwardly from the bearing and that is affixed to the bearing , the attachment device being configured to support an electronic device ; and a housing disposed about the bearing holder ; characterized in that the socket is formed by a radially expendable inner end of the bearing holder , the adjustable mounting device comprises a ramp disposed about an outer peripheral surface of the bearing holder , and the housing has a rotatably engaging ramp receiving slot disposed at an interior surface of the housing , wherein the housing is rotatably movable into contact with the ramp to bias the bearing holder into frictional engagement with the bearing at the socket and to inhibit angular repositioning of the bearing and the attachment device relative to the base . a base having an outer mounting surface ; a bearing holder extending inwardly from the base and forming a socket ; a rotatable bearing at least partially received within the socket ; an attachment device that extends forwardly from the bearing and that is affixed to the bearing , the attachment device being configured to support an electronic device ; and a housing disposed about the bearing holder ; characterized in that the socket is formed by a radially expendable inner end of the bearing holder , the adjustable mounting device comprises a ramp disposed about an outer peripheral surface of the bearing holder , and the housing has a rotatably engaging ramp receiving slot disposed at an interior surface of the housing , wherein the housing is rotatably movable into contact with the ramp to bias the bearing holder into frictional engagement with the bearing at the socket and to inhibit angular repositioning of the bearing and the attachment device relative to the base .
A sharpening device for a cutting tool blade of the knife type or similar, said sharpening device comprising at least two mobile abrasive belts (2; 3, 4) each provided with an active abrasive top surface (2 a , 3 a , 4 a ) and a bottom surface (2 b , 3 b , 4 b ), wherein the belts (2; 3, 4) being longitudinally staggered and arranged crosswise to form a crossing line defining, on one side, a sharpening dihedron formed by said moving top surfaces (2 a , 3 a , 4 a ) of said belts , and on the other side, an underlying dihedron , formed by said moving bottom surfaces (2 b , 3 b , 4 b ) of said belts , the device including means for pressing against at least one of said bottom surfaces (2 b , 3 b , 4 b ) of said belts , at said underlying dihedron , which are adapted to alternately vary the angle of said sharpening dihedron during movement of said belts , said pressing means consisting of a pressing roller , the device being characterized in that said pressing roller is mounted so as to rotate freely about an axis of rotation (15 a ) and the active peripheral surface (15 b ) of the pressing roller , includes at least one area non centred on said axis of rotation (15 a ), said active peripheral surface (15 b ) of said pressing roller being in contact with said underlying dihedron formed by the bottom faces (2 b , 3 b , 4 b ) of said belts , and said pressing roller being driven in rotation by said bottom surfaces (2 b , 3 b , 4 b ) of said moving belts . the device including means for pressing against at least one of said bottom surfaces (2 b , 3 b , 4 b ) of said belts , at said underlying dihedron , which are adapted to alternately vary the angle of said sharpening dihedron during movement of said belts , said pressing means consisting of a pressing roller , the device being characterized in that said pressing roller is mounted so as to rotate freely about an axis of rotation (15 a ) and the active peripheral surface (15 b ) of the pressing roller , includes at least one area non centred on said axis of rotation (15 a ), said active peripheral surface (15 b ) of said pressing roller being in contact with said underlying dihedron formed by the bottom faces (2 b , 3 b , 4 b ) of said belts , and said pressing roller being driven in rotation by said bottom surfaces (2 b , 3 b , 4 b ) of said moving belts .
Method of permanently and positionally securing at least one toilet seat fixing element to enable a toilet seat to be permanently and positionally fixed to a toilet body, comprising the steps of: • aligning a positioning aid in relation to the toilet body; • aligning the at least one toilet seat fixing element in at least one mounting hole of the toilet body by means of the positioning aid, wherein the toilet seat fixing element is inserted into the mounting hole with a first portion and has an outer diameter over its entire extension, with which it extends in the mounting hole, which is smaller than the mounting hole, for enabling compensation of tolerances arising during the manufacture of the toilet body by aligning the toilet seat fixing element in the mounting hole by means of the positioning aid; • positionally accurate pre-fixing of the at least one toilet seat fixing element with a fixing means in a desired position; and • immovable, positionally fixed and permanent final fixing of the toilet seat fixing element by filling a free space between the toilet seat fixing element and the wall of the mounting hole with a permanently curing gap filler. • aligning a positioning aid in relation to the toilet body; • aligning the at least one toilet seat fixing element in at least one mounting hole of the toilet body by means of the positioning aid, wherein the toilet seat fixing element is inserted into the mounting hole with a first portion and has an outer diameter over its entire extension, with which it extends in the mounting hole, which is smaller than the mounting hole, for enabling compensation of tolerances arising during the manufacture of the toilet body by aligning the toilet seat fixing element in the mounting hole by means of the positioning aid; • positionally accurate pre-fixing of the at least one toilet seat fixing element with a fixing means in a desired position; and • immovable, positionally fixed and permanent final fixing of the toilet seat fixing element by filling a free space between the toilet seat fixing element and the wall of the mounting hole with a permanently curing gap filler.
Device for air-conditioning a room, comprising at least one heat exchanger assigned to a ceiling and having a tempering fluid flowing through it, and further comprising holding elements and heat transfer bodies , whereby the heat exchanger is formed by a pipe coil, which is arranged between a load-bearing ceiling and a suspended ceiling and is attached to and held by the holding elements on the load-bearing ceiling , whereby the pipe coil comprises a heat exchanger pipe for guiding the tempering fluid, which heat exchanger pipe has an inner layer based on polyolefin that is in contact with the tempering fluid when the heat exchanger is in use, a non-perforated outer layer based on aluminum, and an anhydride-modified adhesion promoting layer provided between the inner layer and the outer layer , whereby the outer layer is directly connected to the metallic heat transfer bodies of the heat exchanger in a heat-conducting manner, whereby the heat transfer body forms a metallic profile with a base body and a clamping body protruding from it for the heat exchanger pipe whereby the clamping body has two projections gripping the heat exchanger pipe between them in a clamping manner.
A method for secure communication in a breathing system for remote setting of a ventilator via a server , comprising that - an authentication of the ventilator and the server is performed - a communication connection between the ventilator and the server is ensured - an encryption of the communication between the ventilator and the server occurs - the integrity of the transmitted data/settings is checked - a labeling of the transmitted data/settings with a time stamp and/or a device ID and/or a firmware version takes place - access to the server and/or a check of the access rights for the server is protected - a unique assignment of a user to a ventilator is performed - a preselection of suitable setting options and matching setting parameters for an individual ventilator is provided by the server , and - the suitability of the setting options and setting parameters provided by the server is checked by the ventilator , characterized in that the server identifies only those setting options and setting parameters from a database which are compatible with the individual ventilator . - an authentication of the ventilator and the server is performed - a communication connection between the ventilator and the server is ensured - an encryption of the communication between the ventilator and the server occurs - the integrity of the transmitted data/settings is checked - a labeling of the transmitted data/settings with a time stamp and/or a device ID and/or a firmware version takes place - access to the server and/or a check of the access rights for the server is protected - a unique assignment of a user to a ventilator is performed - a preselection of suitable setting options and matching setting parameters for an individual ventilator is provided by the server , and - the suitability of the setting options and setting parameters provided by the server is checked by the ventilator ,
A method for session establishment, comprising: receiving , by an access and mobility control function, AMF, node, a session establishment request associated with a user equipment device, UE, communicatively coupled to a communication network comprising a time sensitive network, TSN; in response to the session establishment request, allocating, by a user plane function, UPF, node or a session management function, SMF, node, a bridge port number to the UE, wherein the bridge port number identifies a port of a network bridge, comprising a TSN bridge, that communicatively couples the UE with the communication network; characterised by : transmitting by the SMF node to the UE, via the AMF node, bridge information comprising the bridge port number and TSN network information. receiving , by an access and mobility control function, AMF, node, a session establishment request associated with a user equipment device, UE, communicatively coupled to a communication network comprising a time sensitive network, TSN; in response to the session establishment request, allocating, by a user plane function, UPF, node or a session management function, SMF, node, a bridge port number to the UE, wherein the bridge port number identifies a port of a network bridge, comprising a TSN bridge, that communicatively couples the UE with the communication network;
Composite body having, on a porous substrate and in the interstices of the substrate that includes fibres, preferably of an electrically nonconductive material, a porous layer composed of oxide particles bonded to one another and partly to the substrate that include at least one oxide selected from oxides of the elements Al, Zr, Ti and Si, preferably selected from Al 2 O 3 , ZrO 2 , TiO 2 and SiO 2 , and having, at least on one side, a further porous layer including oxide particles bonded to one another and partly to layer that include at least one oxide selected from oxides of the elements Al, Zr, Ti and Si, preferably selected from Al 2 O 3 , ZrO 2 , TiO 2 and SiO 2 , where the oxide particles present in layer have a greater median particle size than the oxide particles present in layer , characterized in that the median particle size (d50) of the oxide particles in layer , determined as specified in the description, is from 0.5 to 4 μm and the median particle size (d50) of the oxide particles in layer , determined as specified in the description, is from 0.015 to 0.15 μm, preferably 0.04 to 0.06 μm. where the oxide particles present in layer have a greater median particle size than the oxide particles present in layer , characterized in that the median particle size (d50) of the oxide particles in layer , determined as specified in the description, is from 0.5 to 4 μm and the median particle size (d50) of the oxide particles in layer , determined as specified in the description, is from 0.015 to 0.15 μm, preferably 0.04 to 0.06 μm.