mhurhangee/patent-ind-claim-en huggingface dataset:
A system for use in downhole communication or detection comprising: a downhole arrangement defining a throughbore ; a primary element ; a deployable tool provided in the throughbore; and a plurality of secondary elements (172, 174, 272, 274, 371-378, 471-478, 571-578), wherein one of the primary element and the plurality of secondary elements (172, 174, 272, 274, 371-378, 471-478, 571-578) is provided on the downhole arrangement and the other of the primary element and the plurality of secondary elements (172, 174, 272, 274, 371-378, 471-478, 571-578) is provided on and extends circumferentially around the deployable tool, and the primary element and each of the secondary elements (172, 174, 272, 274, 371-378, 471-478, 571-578) are configurable for coupling of an electromagnetic field therebetween, wherein each secondary element extends around a different axis, each axis arranged along a different radial direction relative to a longitudinal axis of the downhole arrangement. a downhole arrangement defining a throughbore ; a primary element ; a deployable tool provided in the throughbore; and a plurality of secondary elements (172, 174, 272, 274, 371-378, 471-478, 571-578), wherein one of the primary element and the plurality of secondary elements (172, 174, 272, 274, 371-378, 471-478, 571-578) is provided on the downhole arrangement and the other of the primary element and the plurality of secondary elements (172, 174, 272, 274, 371-378, 471-478, 571-578) is provided on and extends circumferentially around the deployable tool, and the primary element and each of the secondary elements (172, 174, 272, 274, 371-378, 471-478, 571-578) are configurable for coupling of an electromagnetic field therebetween, wherein each secondary element extends around a different axis, each axis arranged along a different radial direction relative to a longitudinal axis of the downhole arrangement.
A skin treatment apparatus, wherein the skin treatment apparatus comprises: a housing component defined with an accommodation cavity and a light outlet communicated with each other; a light emitting component disposed in the accommodation cavity, light generated from the light emitting component passing through the light outlet and being irradiated to a skin to be treated; a cold compress component disposed on the housing component and located at the light outlet , the cold compress component being configured to cool the skin to be treated or a skin in a vicinity of the skin to be treated; and a heat dissipation component comprising a thermal conductive structure and a heat dissipation sheet component , the thermal conductive structure comprising a first thermal conductive section and a second thermal conductive section , the cold compress component being thermally connected to the first thermal conductive section , and at least part of the heat dissipation sheet component being thermally connected to the second thermal conductive section ; characterized in that , a height of at least part of the heat dissipation sheet component gradually reduces along the light output direction of the light emitting component , to fit the necking section . a housing component defined with an accommodation cavity and a light outlet communicated with each other; a light emitting component disposed in the accommodation cavity, light generated from the light emitting component passing through the light outlet and being irradiated to a skin to be treated; a cold compress component disposed on the housing component and located at the light outlet , the cold compress component being configured to cool the skin to be treated or a skin in a vicinity of the skin to be treated; and a heat dissipation component comprising a thermal conductive structure and a heat dissipation sheet component , the thermal conductive structure comprising a first thermal conductive section and a second thermal conductive section , the cold compress component being thermally connected to the first thermal conductive section , and at least part of the heat dissipation sheet component being thermally connected to the second thermal conductive section ; characterized in that , a height of at least part of the heat dissipation sheet component gradually reduces along the light output direction of the light emitting component , to fit the necking section .
A system for intercoupling an ophthalmologic interventional system to an eye of a patient, comprising: a. a hollow reservoir housing defining an interior volume and having a proximal end located on a top portion of the hollow reservoir housing, and a distal end located on a bottom portion of the hollow reservoir housing, wherein the top portion of the hollow reservoir housing and the bottom portion of the hollow reservoir housing are removably coupled to one another, wherein the distal end comprises an eye interface surface configured to be removably and sealably coupled to the eye of the patient, and wherein the proximal end is configured to be removably coupled to an interventional system in a manner that allows for open access to the interior volume for transporting liquids or gases in or out of the interior volume; and b. an optical element fixedly coupled to the hollow reservoir housing and occupying a portion of the interior volume; wherein the interior volume of the bottom portion of the reservoir housing is configured to accommodate a liquid layer positioned, via one or more loads that include gravitational loads, between the optical element and the eye ; wherein the optical element comprises a proximal surface and a distal surface, the distal surface arranged to be interfaced with the liquid layer within the bottom portion of the reservoir housing. a. a hollow reservoir housing defining an interior volume and having a proximal end located on a top portion of the hollow reservoir housing, and a distal end located on a bottom portion of the hollow reservoir housing, wherein the top portion of the hollow reservoir housing and the bottom portion of the hollow reservoir housing are removably coupled to one another, wherein the distal end comprises an eye interface surface configured to be removably and sealably coupled to the eye of the patient, and wherein the proximal end is configured to be removably coupled to an interventional system in a manner that allows for open access to the interior volume for transporting liquids or gases in or out of the interior volume; and b. an optical element fixedly coupled to the hollow reservoir housing and occupying a portion of the interior volume; wherein the interior volume of the bottom portion of the reservoir housing is configured to accommodate a liquid layer positioned, via one or more loads that include gravitational loads, between the optical element and the eye ; wherein the optical element comprises a proximal surface and a distal surface, the distal surface arranged to be interfaced with the liquid layer within the bottom portion of the reservoir housing.
A mooring connector comprising: a first member movably connected or connectable to a second member ; and a first inductive element provided on the first member, the first inductive element being arranged for inductive transmission and/or reception with a second inductive element of the second member, wherein the first member is rotatably or pivotably connected or connectable to the second member, the first inductive element is arranged on the first member to maintain inductive transmission with the second inductive element of the second member throughout movement of the first member relative to the second member. a first member movably connected or connectable to a second member ; and a first inductive element provided on the first member, the first inductive element being arranged for inductive transmission and/or reception with a second inductive element of the second member, wherein the first member is rotatably or pivotably connected or connectable to the second member, the first inductive element is arranged on the first member to maintain inductive transmission with the second inductive element of the second member throughout movement of the first member relative to the second member.
A stylus for use with a digitizer, the stylus comprising a shaft on a longitudinal axis of the stylus and having a stylus tip at a tip end of the shaft; and the stylus being characterized by comprising a vibration generator configured to vibrate the stylus tip along the longitudinal axis during a time window in which contact of the stylus tip to a surface external to the stylus is not detected; a detector configured to detect the stylus tip contacting the surface external to the stylus during the time window as a result of the vibrating. a shaft on a longitudinal axis of the stylus and having a stylus tip at a tip end of the shaft; and the stylus being characterized by comprising a vibration generator configured to vibrate the stylus tip along the longitudinal axis during a time window in which contact of the stylus tip to a surface external to the stylus is not detected; a detector configured to detect the stylus tip contacting the surface external to the stylus during the time window as a result of the vibrating.
Automatic facial recognition method executed by a system comprising an image capturing device and a light source able to illuminate a face positioned in front of said device, the automatic facial recognition method comprising a recognition procedure comprising acquiring a plurality of images of a face, the light source producing a different illumination of the face during each image acquisition and extracting values representative of the face from the plurality of images, characterized in that the method furthermore comprises: - acquiring a first image of a face from said device; - estimating a value, called estimated value, representative of a signal-to-noise ratio of an image of said face illuminated exclusively by the light source by calculating a product of a value representative of a reference signal-to-noise ratio, called reference value, the reference value having been calculated from a value representative of an image of said face illuminated exclusively by the light source and obtained from a plurality of images of said face, called reference plurality, a first term representative of a ratio between an overall luminance index of the face in a scene in which the face is located during the acquisition of the first image and an overall luminance index of the face in a scene in which the face was located during the acquisition of the reference plurality, and a second term representative of a square of a ratio between a value representative of a distance between the face and said device during the acquisition of the first image and a value representative of a distance between the face and said device during the acquisition of the reference plurality; - using the estimated value to determine whether or not the recognition procedure should be executed. - acquiring a first image of a face from said device; - estimating a value, called estimated value, representative of a signal-to-noise ratio of an image of said face illuminated exclusively by the light source by calculating a product of a value representative of a reference signal-to-noise ratio, called reference value, the reference value having been calculated from a value representative of an image of said face illuminated exclusively by the light source and obtained from a plurality of images of said face, called reference plurality, a first term representative of a ratio between an overall luminance index of the face in a scene in which the face is located during the acquisition of the first image and an overall luminance index of the face in a scene in which the face was located during the acquisition of the reference plurality, and a second term representative of a square of a ratio between a value representative of a distance between the face and said device during the acquisition of the first image and a value representative of a distance between the face and said device during the acquisition of the reference plurality; - using the estimated value to determine whether or not the recognition procedure should be executed.
An adaptor for handle installation transposition, mountable on a multiple point sliding door lock of a prior art frame, wherein said multiple point sliding door lock is suitable to be placed on a vertical side of a moving leaf and is featuring a handling hole and handle with a square cross section supporting axis , which adaptor consists of: - a case comprising: a) a top-cap that features on its surface a through semi-circular groove and b) a base-cap that features on its internal surface a semi-circular groove opposite to the semi-circular groove of the top-cap , - a component transmitting the motion of the handle which is placed inside the case , one end of which has two, uneven in length, coaxial protrusions (13a and 13b), while the other end is cylindrical and features a through square cross section hole for interacting with the handle and - a component transmitting the motion to the lock, placed inside the case , which has one end with a square cross section protrusion for connecting to the lock and along its length it features a straight through groove . - a case comprising: a) a top-cap that features on its surface a through semi-circular groove and b) a base-cap that features on its internal surface a semi-circular groove opposite to the semi-circular groove of the top-cap , - a component transmitting the motion of the handle which is placed inside the case , one end of which has two, uneven in length, coaxial protrusions (13a and 13b), while the other end is cylindrical and features a through square cross section hole for interacting with the handle and one end of which has two, uneven in length, coaxial protrusions (13a and 13b), while the other end is cylindrical and features a through square cross section hole for interacting with the handle and - a component transmitting the motion to the lock, placed inside the case , which has one end with a square cross section protrusion for connecting to the lock and along its length it features a straight through groove .
A chimeric polypeptide comprising: a) a recombinase, a transcription factor or nuclease; and b) a Xanthomonas derived or a Ralstonia derived transcription activator-like effector (TALE) protein, wherein the Xanthomonas derived TALE protein has an N-terminal domain (NTD) comprising an amino acid sequence in the N- 1 hairpin as set forth in SEQ ID NO: 3 (VGKQWSGARAL) except for one or more mutations selected from: Q is Y, Q is S, Q is R, W is R, W is G, W is deleted, S is R, S is H, S is A, S is N, and S is T; and wherein the Ralstonia derived TALE protein has an N-terminal domain (NTD) comprising an amino acid sequence in the N- 1 hairpin as set forth in SEQ ID NO: 8 (IVDIAR1QR2SGDLA) except for one or more mutations selected from: R 1 is K, Q is Y, Q is S, Q is R, R 2 is W, R 2 is G, R 2 is deleted, S is R, S is H, S is A, S is N, and S is T. a) a recombinase, a transcription factor or nuclease; and b) a Xanthomonas derived or a Ralstonia derived transcription activator-like effector (TALE) protein, wherein the Xanthomonas derived TALE protein has an N-terminal domain (NTD) comprising an amino acid sequence in the N- 1 hairpin as set forth in SEQ ID NO: 3 (VGKQWSGARAL) except for one or more mutations selected from: Q is Y, Q is S, Q is R, W is R, W is G, W is deleted, S is R, S is H, S is A, S is N, and S is T; and wherein the Ralstonia derived TALE protein has an N-terminal domain (NTD) comprising an amino acid sequence in the N- 1 hairpin as set forth in SEQ ID NO: 8 (IVDIAR1QR2SGDLA) except for one or more mutations selected from: R 1 is K, Q is Y, Q is S, Q is R, R 2 is W, R 2 is G, R 2 is deleted, S is R, S is H, S is A, S is N, and S is T. wherein the Xanthomonas derived TALE protein has an N-terminal domain (NTD) comprising an amino acid sequence in the N- 1 hairpin as set forth in SEQ ID NO: 3 (VGKQWSGARAL) except for one or more mutations selected from: Q is Y, Q is S, Q is R, W is R, W is G, W is deleted, S is R, S is H, S is A, S is N, and S is T; and wherein the Ralstonia derived TALE protein has an N-terminal domain (NTD) comprising an amino acid sequence in the N- 1 hairpin as set forth in SEQ ID NO: 8 (IVDIAR1QR2SGDLA) except for one or more mutations selected from: R 1 is K, Q is Y, Q is S, Q is R, R 2 is W, R 2 is G, R 2 is deleted, S is R, S is H, S is A, S is N, and S is T.
An earth working machine , such as for example a road milling machine, a recycler, a stabilizer or a surface miner, comprising a support structure with a first support structure area and a second support structure area and a working assembly mounted on the support structure so as to be rotatable about a drive axis (A) relative to the support structure , the drive axis (A) defining an axial direction (A1, A2) running longitudinally with respect to the drive axis (A), a radial direction running orthogonally thereto and a circumferential direction (U1, U2) running about the drive axis, in a reference state ready for a rotation of the working assembly about the drive axis (A), the working assembly being rotatably mounted by a first rotary bearing in a first support structure area at a drive axial end and being rotatably mounted by a rotary bearing arrangement in a second support structure area at a retention axial end situated remotely from the drive axial end in the axial direction (A2), the rotary bearing arrangement including a second rotary bearing , an assembly-side bearing configuration connected to the working assembly and a structureside bearing configuration connected to the support structure , the retention axial end (28b; 128b) as the assembly-side bearing configuration having a configuration including one of of a bearing stem and a bearing sleeve (86; 186) and the second support structure area as the structureside bearing configuration (86; 186) having the respectively other configuration including the other of of the bearing stem and the bearing sleeve (86; 186), the bearing sleeve (86; 186) surrounding the bearing stem in the reference state, both the bearing stem as well as the bearing sleeve (86; 186) being situated rotatably about the drive axis (A) relative to the second support structure area in the reference state, and the bearing stem and the bearing sleeve (86; 186) being designed to be axially removable from one another and thereby separable from one another for maintenance, refitting and assembly purposes, characterized in that the working assembly comprises a driver configuration (88; 188) having a driver surface (88a; 188a) facing in a first circumferential direction (U1) and the structure-side bearing configuration (86; 186) comprises a driver counterpart configuration (90; 190) having a driver counterpart surface facing in a second circumferential direction (U2) opposite to the first, the movement spaces of the driver surface (88a; 188a) and of the driver counterpart surface about the drive axis (A) overlapping one another in the reference state.
A method for verifying which wireless devices are wirelessly connected to a wireless medical body area network , MBAN, wherein the wireless devices are configured to wirelessly communicate within the wireless MBAN and comprise at least one medical sensor, the method comprising: activating a request for verifying which wireless devices are wirelessly connected to the MBAN by a user activating the request on any one of the wireless devices; receiving the request by the any one wireless device of the wireless MBAN; and indicating a plurality of wireless devices wirelessly connected to the wireless MBAN by displaying an indication on the plurality of wireless devices. activating a request for verifying which wireless devices are wirelessly connected to the MBAN by a user activating the request on any one of the wireless devices; receiving the request by the any one wireless device of the wireless MBAN; and indicating a plurality of wireless devices wirelessly connected to the wireless MBAN by displaying an indication on the plurality of wireless devices.
A jaw crusher retraction assembly comprising: a base mountable to a frame part of a jaw crusher ; a first boss separated from the base and a second boss separated from the first boss , the second boss positionable furthest from a movable jaw of the jaw crusher relative to the first boss and the base ; at least one resiliently biased component mounted to extend between and to resiliently bias separation of the first boss and the base ; a first and second retraction rod mounted at respective first ends to the second boss and extending past the first boss and the base for attachment at each respective second ends to the movable jaw ; charachterised in that: a cylinder having a barrel , a cylinder rod and a piston mounted to couple and act between the first boss and second boss ; the barrel is mounted to extend from the first boss in a direction towards the base and one end of the cylinder rod is positioned at the second boss such that the cylinder rod extends from the barrel and between the first boss and the second boss . a base mountable to a frame part of a jaw crusher ; a first boss separated from the base and a second boss separated from the first boss , the second boss positionable furthest from a movable jaw of the jaw crusher relative to the first boss and the base ; at least one resiliently biased component mounted to extend between and to resiliently bias separation of the first boss and the base ; a first and second retraction rod mounted at respective first ends to the second boss and extending past the first boss and the base for attachment at each respective second ends to the movable jaw ; charachterised in that: a cylinder having a barrel , a cylinder rod and a piston mounted to couple and act between the first boss and second boss ; the barrel is mounted to extend from the first boss in a direction towards the base and one end of the cylinder rod is positioned at the second boss such that the cylinder rod extends from the barrel and between the first boss and the second boss . a cylinder having a barrel , a cylinder rod and a piston mounted to couple and act between the first boss and second boss ; the barrel is mounted to extend from the first boss in a direction towards the base and one end of the cylinder rod is positioned at the second boss such that the cylinder rod extends from the barrel and between the first boss and the second boss .