mhurhangee/patent-ind-claim-en huggingface dataset:
A use of a non-woven fabric as a cushion member, wherein the cushion member comprises the non-woven fabric, the non-woven fabric is formed by binding or entangling metal fibers, when the cushion member is compressed, the cushion member undergoes compressive deformation and the following compressive deformation ratio is 5% to 80%: Compressive deformation ratio = T 0 − T 1 / T 0 × 100 , T0: film thickness of cushion member before application of load, and T1: film thickness of cushion member after applying a load of 1 MPa and immediately releasing it, the following space factor of the cushion member is 4 to 20%: Space factor % of cushion member = true density of thickness / material of basis weight / cushion member × 100 , an average fiber length of the metal fibers is 500 μm to 10 mm, and the diameter of the metal fibers is in a range of 1 μm to 50 μm. the cushion member comprises the non-woven fabric, the non-woven fabric is formed by binding or entangling metal fibers, when the cushion member is compressed, the cushion member undergoes compressive deformation and the following compressive deformation ratio is 5% to 80%: Compressive deformation ratio = T 0 − T 1 / T 0 × 100 , T0: film thickness of cushion member before application of load, and T1: film thickness of cushion member after applying a load of 1 MPa and immediately releasing it, the following space factor of the cushion member is 4 to 20%: Space factor % of cushion member = true density of thickness / material of basis weight / cushion member × 100 , an average fiber length of the metal fibers is 500 μm to 10 mm, and the diameter of the metal fibers is in a range of 1 μm to 50 μm.
An implantable sensor configured to be inserted in an intramedullary canal , the implantable sensor comprising: a primary insert including a distal end , a proximal end opposite the distal end, and a central bore extending from an opening in the distal end towards the proximal end; a secondary insert receivable within the central bore through the opening, the secondary insert comprising: a body removably engageable with an inside surface of the central bore; and a sensor module disposable within the body and configured to produce a sensor signal as a function of a first sensed parameter indicative of infection; and an antenna disposed in the central bore, the antenna configured to: transmit a wireless signal as a function of the sensor signal, characterised in that the secondary insert further comprises a cap releasably securable to the secondary insert, wherein the cap and the sensor module are releasable from the secondary insert when the secondary insert is in use and inserted in the intramedullary canal. a primary insert including a distal end , a proximal end opposite the distal end, and a central bore extending from an opening in the distal end towards the proximal end; a secondary insert receivable within the central bore through the opening, the secondary insert comprising: a body removably engageable with an inside surface of the central bore; and a sensor module disposable within the body and configured to produce a sensor signal as a function of a first sensed parameter indicative of infection; and a body removably engageable with an inside surface of the central bore; and a sensor module disposable within the body and configured to produce a sensor signal as a function of a first sensed parameter indicative of infection; and an antenna disposed in the central bore, the antenna configured to: transmit a wireless signal as a function of the sensor signal, characterised in that the secondary insert further comprises a cap releasably securable to the secondary insert, wherein the cap and the sensor module are releasable from the secondary insert when the secondary insert is in use and inserted in the intramedullary canal.
A method for operating a light curtain arrangement for monitoring a safety area , the light curtain arrangement comprising a light receiver element , a plurality of light emitter elements (2a - 2e) associated with the light receiver element and at least one deflection element placed between the light emitter elements (2a - 2e) and the light receiver element , wherein the light emitter elements (2a - 2e) are configured to emit light along respective light paths (LP) and the at least one deflection element is configured to deflect the light emitted along the light paths (LP) such as to direct it towards the light receiver element , the method comprising the steps of: sequentially activating (S1) the light emitter elements (2a - 2e) of the plurality of light emitter elements (2a - 2e); for each of the sequentially activated light emitter elements (2a - 2e), determining (S2) an intensity of a light signal received from the sequentially activated light emitter element (2a - 2e) by the light receiver element ; selecting (S3) at least one selected light emitter element (2a - 2e) from the plurality of light emitter elements (2a - 2e) in accordance with the determined intensities of the light signals; and monitoring (S5) the safety area by only activating the at least one selected light emitter element (2a - 2e). sequentially activating (S1) the light emitter elements (2a - 2e) of the plurality of light emitter elements (2a - 2e); for each of the sequentially activated light emitter elements (2a - 2e), determining (S2) an intensity of a light signal received from the sequentially activated light emitter element (2a - 2e) by the light receiver element ; selecting (S3) at least one selected light emitter element (2a - 2e) from the plurality of light emitter elements (2a - 2e) in accordance with the determined intensities of the light signals; and monitoring (S5) the safety area by only activating the at least one selected light emitter element (2a - 2e).
Method of sharing data (M) with a recipient, comprising - generating a random key (S), - encrypting the data (M) with the random key (S) using a symmetric encryption scheme, resulting in a first ciphertext (C m ), wherein the symmetric encryption scheme is the Advanced Encryption Standard, - storing the first ciphertext (C m ) in content-addressable storage as per a decentralized file-sharing protocol, the protocol being an InterPlanetary File System, - encrypting the random key (S) with a public key (PK b ) of the recipient using an integrated encryption scheme, resulting in a second ciphertext (C s ), characterized in that the method further comprises - storing the second ciphertext (C s ) and an address of the first ciphertext (C m ) as per a smart contract with the recipient, the smart contract being executed by an Ethereum Virtual Machine, - the storing of the first ciphertext (C m ) and second ciphertext (C s ) is effected via a gateway, - the integrated encryption scheme is an Elliptic Curve Integrated Encryption Scheme, and - timing of write operations to the smart contract is varied randomly. - generating a random key (S), - encrypting the data (M) with the random key (S) using a symmetric encryption scheme, resulting in a first ciphertext (C m ), - storing the first ciphertext (C m ) in content-addressable storage as per a decentralized file-sharing protocol, the protocol being an InterPlanetary File System, - encrypting the random key (S) with a public key (PK b ) of the recipient using an integrated encryption scheme, resulting in a second ciphertext (C s ), characterized in that the method further comprises - storing the second ciphertext (C s ) and an address of the first ciphertext (C m ) as per a smart contract with the recipient, the smart contract being executed by an Ethereum Virtual Machine, - the storing of the first ciphertext (C m ) and second ciphertext (C s ) is effected via a gateway, - the integrated encryption scheme is an Elliptic Curve Integrated Encryption Scheme, and - timing of write operations to the smart contract is varied randomly.
A method of acquiring, by an apparatus, at least one clinical MRI diagnostic image of a subject, the method comprising the following steps: - acquiring, by the apparatus, a first survey image with a first field of view, the first survey image having a first spatial resolution, wherein the first survey image is a 2D multi-stack survey of the body of the subject covering the heart and diaphragm, - locating, by the apparatus, a first region of interest and a set of anatomical landmarks in the first survey image, thereby locating the heart and diaphragm of the subject, - determining, by the apparatus, a position and an orientation of the first region of interest using the set of anatomical landmarks, the position and the orientation of the first region being used for planning a second survey image, - acquiring, by the apparatus, the second survey image with a second field of view, the second survey image having a second spatial resolution, the second spatial resolution being higher than the first spatial resolution, wherein the second survey image is a 3D survey which is planned on the heart, - generating, by the apparatus, a geometry planning for a cardiac anatomical region of interest using the second survey image, - acquiring, by the apparatus, a diagnostic image of the cardiac anatomical region of interest using the geometry planning. - acquiring, by the apparatus, a first survey image with a first field of view, the first survey image having a first spatial resolution, wherein the first survey image is a 2D multi-stack survey of the body of the subject covering the heart and diaphragm, - locating, by the apparatus, a first region of interest and a set of anatomical landmarks in the first survey image, thereby locating the heart and diaphragm of the subject, - determining, by the apparatus, a position and an orientation of the first region of interest using the set of anatomical landmarks, the position and the orientation of the first region being used for planning a second survey image, - acquiring, by the apparatus, the second survey image with a second field of view, the second survey image having a second spatial resolution, the second spatial resolution being higher than the first spatial resolution, wherein the second survey image is a 3D survey which is planned on the heart, - generating, by the apparatus, a geometry planning for a cardiac anatomical region of interest using the second survey image, - acquiring, by the apparatus, a diagnostic image of the cardiac anatomical region of interest using the geometry planning.
Convoluted bellows air spring having at least one belt ring , wherein the convoluted bellows air spring is tiltable about a pivot axis , characterized in that the belt ring , or if there are a number of belt rings the belt rings , is or are respectively articulated by means of a lever , wherein the articulating pivot axis of the respective lever differs from the pivot axis of the convoluted bellows air spring , and - in a convoluted bellows air spring having two folds and a belt ring , the intersection of two fictitious auxiliary lines namely defines a first auxiliary line which, in the starting position of the convoluted bellows air spring , is perpendicular to the main axis of the convoluted bellows air spring and, as seen in the axial direction, runs centrally through an adjacent convoluted bellows fold, - in a convoluted bellows air spring having three folds and two belt rings , the intersections of three fictitious auxiliary lines namely defines a second auxiliary line and a third auxiliary line which, in the starting position of the convoluted bellows air spring , are each perpendicular to the main axis of the convoluted bellows air spring and, as viewed in the axial direction, run centrally through the respective outer convoluted bellows folds, - with a fourth fictitious auxiliary line which runs parallel to the main axis of the convoluted bellows air spring through the pivot axis of the convoluted bellows air spring . - in a convoluted bellows air spring having two folds and a belt ring , the intersection of two fictitious auxiliary lines namely defines a first auxiliary line which, in the starting position of the convoluted bellows air spring , is perpendicular to the main axis of the convoluted bellows air spring and, as seen in the axial direction, runs centrally through an adjacent convoluted bellows fold, - in a convoluted bellows air spring having three folds and two belt rings , the intersections of three fictitious auxiliary lines namely defines a second auxiliary line and a third auxiliary line which, in the starting position of the convoluted bellows air spring , are each perpendicular to the main axis of the convoluted bellows air spring and, as viewed in the axial direction, run centrally through the respective outer convoluted bellows folds, - with a fourth fictitious auxiliary line which runs parallel to the main axis of the convoluted bellows air spring through the pivot axis of the convoluted bellows air spring .
An embolic filter system comprising: an elongate element having a proximal end and a distal end , the elongate element including a first structural element and a first covering material, the elongate element having sufficient structural integrity to support being advanced within a delivery sheath ; and a filter secured at or proximate to the distal end of the elongate element, characterized in that a distal end of the filter is situated proximal of the distal end of the elongate element, the filter including a second structural element and a second covering material, wherein a portion of the second covering material includes a plurality of perforations configured to filter embolic debris from blood flowing into the filter. an elongate element having a proximal end and a distal end , the elongate element including a first structural element and a first covering material, the elongate element having sufficient structural integrity to support being advanced within a delivery sheath ; and a filter secured at or proximate to the distal end of the elongate element, characterized in that a distal end of the filter is situated proximal of the distal end of the elongate element, the filter including a second structural element and a second covering material, wherein a portion of the second covering material includes a plurality of perforations configured to filter embolic debris from blood flowing into the filter.
Assembly for the data linking of a real, trigger-actuated weapon and the firing channel thereof to computer-generated, virtual objects (O i ; i=1,2,... N), comprising a simulation computing unit for generating computer-generated virtual objects (O i ), a wearable display device for overlaying the computer-generated virtual objects (O i ) generated by the simulation computing unit in the field of view perceived by the marksman (S), and a position sensor mounted on the weapon for determining the current spatial position of the weapon , a trigger actuation detector which can be triggered by actuation of the trigger of the weapon , and a camera for detecting optical markings of the weapon , characterized in that the wearable display device is transparent data glasses with the field of view of a real environment, and the camera is arranged on the display device for recording camera images of the field of view of the real environment perceived by the marksman (S), wherein the position sensor , the camera and the trigger actuation detector are connected to a computing unit for determining the distance position of the weapon from the display device with the aid of the optical marking of the weapon detected by the camera images on the basis of the distance position in changed size, and for calculating the firing channel from the spatial position and the distance position of the weapon determined by measuring the detected optical marking and comparison with the known size of the optical marking by means of mathematical methods known per se, and the computing unit is connected to the simulation computing unit by data technology.
Window or door ventilation element for opening and closing a ventilation gap formed in the region of a window or door seal or a sash overlap seal between a frame or blind frame of a window or a door and a window sash or door sash adjacent thereto, which is part of an air flow path leading through a window rebate of the window or a door rebate of the door, wherein the window or door ventilation element comprises a sealing slide , a base plate , a guide plate and an actuating element , which can preferably be actuated manually, and wherein the sealing slide is slidable mounted in a sealing plane arranged between the base plate and the guide plate in a transverse direction (Q) of the window or door ventilation element , which extends transversely, in particular perpendicularly, to the longitudinal direction (L) of the window or door ventilation element , along at least one first guide element , wherein the sealing slide has at least one second guide element and that, in an actuating plane arranged between the base plate and the sealing slide or between the guide plate and the sealing slide , an actuating plate is mounted so as to be slidable displaceable along at least one third guide element in the longitudinal direction (L) of the window or door ventilation element , which has at least one engagement element , preferably at least one protruding guide cam , on its outer side facing the sealing slide , wherein the at least one engagement element , preferably the at least one guide cam , of the actuating plate engages in the at least one second guide element of the sealing slide and displaces the sealing slide along the second guide element in the transverse direction (Q) when the actuating plate is displaced in the longitudinal direction (L) of the window or door ventilation element , characterized in that that the window or door ventilation element is dimensioned in such a way that it can be placed in the window or door rebate in the air flow path and that the actuating element is arranged on a front edge of the actuating plate and is designed in the form of a handling lever ,which protrudes beyond the window or door ventilation element to such an extent that it extends through the ventilation gap to the outside when the window or door ventilation element is arranged in the air flow path in the window or door rebate .
A method of notifying a user of an elevator assignment, the method comprising: receiving, from an input device , an elevator call at an elevator controller from a user; calling, using the elevator controller , an elevator car (104-1, 204-1) based on the elevator call ; generating, using the elevator controller , a call notification ; receiving the call notification at a plurality of displays , wherein the plurality of displays includes at least a display of a mobile device and a fixed display on a floor where the user is located; and displaying the call notification on the plurality of displays , characterized by selecting the fixed display for displaying the call notification based on a display parameter, wherein the display parameter is one or more from a group consisting of a visual range mapping for a display; a signal strength threshold at a display; proximity information; floor location information; date, time, and scheduling information. receiving, from an input device , an elevator call at an elevator controller from a user; calling, using the elevator controller , an elevator car (104-1, 204-1) based on the elevator call ; generating, using the elevator controller , a call notification ; receiving the call notification at a plurality of displays , wherein the plurality of displays includes at least a display of a mobile device and a fixed display on a floor where the user is located; and displaying the call notification on the plurality of displays , characterized by selecting the fixed display for displaying the call notification based on a display parameter, wherein the display parameter is one or more from a group consisting of a visual range mapping for a display; a signal strength threshold at a display; proximity information; floor location information; date, time, and scheduling information.
A coating composition comprising a radically polymerizable binder; and a salt having a polysilsesquioxane anion containing two or more units represented by Formula 1 below and a radically polymerizable cation: [Formula 1] [RSiO 3/2 ] wherein, R is a hydroxyl group, a thiol group, an oxygen anion (-O - ) or a sulfur anion (-S - and R in at least one unit of the units of Formula 1, two or more of which are contained, is an oxygen anion (-O - ) or a sulfur anion (-S - ).
A tracked vehicle for preparing ski slopes, the tracked vehicle comprising: - a chassis extending along a longitudinal axis (A); - a winch mounted on the chassis ; - a boom pivoting about a pivot axis (A2) to guide and orientate the cable of the winch between the chassis and the cable anchor point ; - an actuation system for rotating the boom about the pivot axis (A2) relative to the chassis in a first and second direction; and - a user interface comprising a first and a second switch arranged in front of an operator (U) and to the right and left of each other and configured to rotate said boom so as to steer the tracked vehicle to the right and to the left respectively when the cable is anchored to the cable anchor point . - a chassis extending along a longitudinal axis (A); - a winch mounted on the chassis ; - a boom pivoting about a pivot axis (A2) to guide and orientate the cable of the winch between the chassis and the cable anchor point ; - an actuation system for rotating the boom about the pivot axis (A2) relative to the chassis in a first and second direction; and - a user interface comprising a first and a second switch arranged in front of an operator (U) and to the right and left of each other and configured to rotate said boom so as to steer the tracked vehicle to the right and to the left respectively when the cable is anchored to the cable anchor point .
Method of repairing a winding in a generator, the generator having a generator rotor and a generator stator , wherein the generator rotor and/or the generator stator comprises a plurality of windings, the windings comprising a stack of continuous turns of a conductor around a tooth , wherein the method comprises cutting one of the windings with a stack of continuous turns on a side of the tooth to separate the winding in two parts; removing the two parts of the winding from the tooth ; sliding a substitute partial coil on the tooth , the substitute partial coil comprising a stack of incomplete conductor turns having a first end and a second end , said first and second ends being positioned on the same side of the tooth ; and connecting the second end of each incomplete turn with a first end of the next incomplete turn using conductor portions .