mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of operating a wireless network access point of a wireless network, the method comprising: wirelessly exchanging management frames with a device to attach the device to the access point, thereby establishing: a wireless downlink data communication channel from the access point to the device, and a wireless uplink data communication channel from the device to the access point; the method being characterised in that it further comprises, responsive thereto, performing a test of the wireless link at the data link layer comprising: transmitting a test frame to the device on the downlink channel, the test frame: being of a length greater than each of the management frames, comprising a sequence of test data bits, and being configured to require a mirror response comprising said sequence of test data bits; monitoring for receipt of said mirror response on the uplink channel; and determining whether the test is passed or failed, wherein the test is only passed if the mirror response is received on the uplink channel. a wireless downlink data communication channel from the access point to the device, and a wireless uplink data communication channel from the device to the access point; transmitting a test frame to the device on the downlink channel, the test frame: being of a length greater than each of the management frames, comprising a sequence of test data bits, and being configured to require a mirror response comprising said sequence of test data bits; being of a length greater than each of the management frames, comprising a sequence of test data bits, and being configured to require a mirror response comprising said sequence of test data bits; monitoring for receipt of said mirror response on the uplink channel; and determining whether the test is passed or failed, wherein the test is only passed if the mirror response is received on the uplink channel.
An ink composition comprising: (a) a compound which is represented by the following Formula and has a molecular weight of equal to or greater than 130 and equal to or less than 300, (in Formula , R represents an alkyl group having 1 to 10 carbon atoms; Z 1 represents a single bond, -NR 1 -, or -O-; Z 2 represents -NR 1 - or -O-; at least one of Z 1 or Z 2 is -NR 1 -; R 1 represents a hydrogen atom or an alkyl group having 1 to 10 carbon atoms; and L represents an alkylene group having 1 to 10 carbon atoms or -C 2 H 4 -O-C 2 H 4 -); (b) a colorant; (c) a polymer having an SP value of equal to or greater than 17 and equal to or less than 24, wherein for calculating the SP value, the Okitsu method is employed; and (d) water, wherein a logP value of the component (a) and an SP value of the component (c) satisfy the following Expression I, wherein the logP value is determined by the atom fragment method of Ghose, Pritchett, Crippen et al. − 1.7 ≤ logP value of component a ≤ − 0.0456 × SP value of component c + 0.6319 (a) a compound which is represented by the following Formula and has a molecular weight of equal to or greater than 130 and equal to or less than 300, (in Formula , R represents an alkyl group having 1 to 10 carbon atoms; Z 1 represents a single bond, -NR 1 -, or -O-; Z 2 represents -NR 1 - or -O-; at least one of Z 1 or Z 2 is -NR 1 -; R 1 represents a hydrogen atom or an alkyl group having 1 to 10 carbon atoms; and L represents an alkylene group having 1 to 10 carbon atoms or -C 2 H 4 -O-C 2 H 4 -); (b) a colorant; (c) a polymer having an SP value of equal to or greater than 17 and equal to or less than 24, wherein for calculating the SP value, the Okitsu method is employed; and (d) water, wherein a logP value of the component (a) and an SP value of the component (c) satisfy the following Expression I, wherein the logP value is determined by the atom fragment method of Ghose, Pritchett, Crippen et al. − 1.7 ≤ logP value of component a ≤ − 0.0456 × SP value of component c + 0.6319
A method for manufacturing a rotationally symmetrical shaped article having a concentric hub which is produced by a forming process, closed axially on one side and formed in a cylindrical manner, wherein at least one spinning roller acts on a rotating, closed and preferably planar circular blank made of sheet metal, with which the material, by reducing the thickness of the circular blank , is pressed against a projecting part standing upright against the circular blank radially from the outside to the inside by forming the hub , with a blind hole , characterized in that from a flange that radially adjoins the hub a blank in form of a bell-shaped bottom part is formed by spinning or pressing and that the blind hole comprises a base which lies between the hub and the bell-shaped part , wherein the bell-shaped bottom part extends axially on one side of the base and the hub extends axially on the other side of the base .
A masonry anchor of the expansion type, comprising an anchor member having a socket formed in an end which is accessible after installation, the socket being configured to releasably receive a mounting portion of a correspondingly shaped mounting fastener , characterised in that the socket includes resiliently displaceable locking formations configured to be received against the mounting portion in that the locking formations extend partially into a void of the socket and are configured to be received in a groove formed in the mounting portion, the locking formations being urged radially inwardly for securing the anchor member and the mounting fastener together.
Housing of a rudder mechanism for a tail unit of an aircraft having a gear mechanism which is received therein, a) at least one section of the housing , which section adjoins the gear mechanism or a part of the gear mechanism at least partially, being produced with the aid of an additive manufacturing method, and b) the section and the gear mechanism being manufactured from a steel material. a) at least one section of the housing , which section adjoins the gear mechanism or a part of the gear mechanism at least partially, being produced with the aid of an additive manufacturing method, and b) the section and the gear mechanism being manufactured from a steel material.
A compound of general formula I, or a pharmaceutically acceptable salt thereof: wherein R 1 represents a hydrogen atom or an optionally substituted alkyl or cycloalkyl group; R 2 , each of which may be the same or different, represents a hydrogen atom or an optionally substituted alkyl group; and X is a straight-chained or branched alkylene group, a cycloalkylene, arylene, or aralkylene group, each of which may optionally be substituted by one or more substituents selected from halo, nitro and aryl, wherein the aryl is optionally substituted by one or more halo, alkyl, haloalkyl, alkoxy or nitro groups. R 1 represents a hydrogen atom or an optionally substituted alkyl or cycloalkyl group; R 2 , each of which may be the same or different, represents a hydrogen atom or an optionally substituted alkyl group; and X is a straight-chained or branched alkylene group, a cycloalkylene, arylene, or aralkylene group, each of which may optionally be substituted by one or more substituents selected from halo, nitro and aryl, wherein the aryl is optionally substituted by one or more halo, alkyl, haloalkyl, alkoxy or nitro groups.
A lifting apparatus comprising a base to which a lifting arm is connected and a first actuator connected to a member for transmitting a lifting force by a first guide element which cooperates with the transmission member at a first guide point , the lifting arm comprising a first segment and a second segment , the first segment comprising a first end connected to the base and a second end articulated to a third end of the second segment about a first axis (O1) by means of a first pivot so as to allow rotation of the second segment relative to the first segment about the first axis (O1) on a first angular sector (Sa1), a fourth end of the second segment comprising a second guide element for the transmission member which cooperates with the transmission member at a second guide point , characterised in that the apparatus comprises a third guide element of the transmission member which cooperates with the transmission member at a third guide point of the transmission member and which is arranged so that a first straight line (D1) passing through the second guide point and the third guide point or passing through the first guide point and the third guide point is secant with the first axis (O1) for a plurality of relative positions of the first segment and the second segment , the plurality of positions spanning a portion of the first angular sector (Sal) at least equal to half of the first angular sector (Sal), wherein the third guide element is arranged so that a length of the transmission member between the first guide point and the second guide point is constant for the plurality of relative positions of the first segment and the second segment . the lifting arm comprising a first segment and a second segment , the first segment comprising a first end connected to the base and a second end articulated to a third end of the second segment about a first axis (O1) by means of a first pivot so as to allow rotation of the second segment relative to the first segment about the first axis (O1) on a first angular sector (Sa1), a fourth end of the second segment comprising a second guide element for the transmission member which cooperates with the transmission member at a second guide point , characterised in that the apparatus comprises a third guide element of the transmission member which cooperates with the transmission member at a third guide point of the transmission member and which is arranged so that a first straight line (D1) passing through the second guide point and the third guide point or passing through the first guide point and the third guide point is secant with the first axis (O1) for a plurality of relative positions of the first segment and the second segment , the plurality of positions spanning a portion of the first angular sector (Sal) at least equal to half of the first angular sector (Sal), wherein the third guide element is arranged so that a length of the transmission member between the first guide point and the second guide point is constant for the plurality of relative positions of the first segment and the second segment .
An adherent cell-culture support comprising gold nanoparticles on the surface where the cells attach to, wherein the size of the nanoparticles is from 5 nm to 2 microns, the distance between the nanoparticles is from 2 nm to 30 nm, and the anisotropy aspect ratio is greater than 1; wherein the nanoparticles are adsorbed onto the surface of the support which means that the nanoparticles are adhered to the surface of the support; wherein the nanoparticles are totally or partially embedded on the support; and wherein the shape of the nanoparticles is a grape cluster shape.
A method for preparing calcium monohydrogen phosphate comprising the steps of: a) digesting in an aqueous medium, for a first period of time, a source of phosphate using an acid, with a pulp being formed comprising an aqueous phase containing calcium phosphate in solution and a solid phase containing impurities, b) a first separation between said aqueous phase containing calcium phosphate in solution and said solid phase containing impurities, for a second period of time, c) neutralizing said aqueous phase containing calcium phosphate in solution to a pH sufficient to obtain a precipitation in an aqueous medium of calcium phosphate insoluble as said calcium monohydrogen phosphate, and d) a second separation between said aqueous medium and said calcium monohydrogen phosphate, characterised in that said first period of time of said step a) of digestion is greater than said second period of time of said step b) above. a) digesting in an aqueous medium, for a first period of time, a source of phosphate using an acid, with a pulp being formed comprising an aqueous phase containing calcium phosphate in solution and a solid phase containing impurities, b) a first separation between said aqueous phase containing calcium phosphate in solution and said solid phase containing impurities, for a second period of time, c) neutralizing said aqueous phase containing calcium phosphate in solution to a pH sufficient to obtain a precipitation in an aqueous medium of calcium phosphate insoluble as said calcium monohydrogen phosphate, and d) a second separation between said aqueous medium and said calcium monohydrogen phosphate,
A method for controlling page content in an e-book application executing within an electronic device , the method comprising the steps of: displaying a page of page content of the e-book; detecting a deformation of a display unit of the electronic device; in response to detecting the deformation whilst displaying the page, displaying first and second gesture detection areas (512; 514) that detect a gesture of a user, wherein the first and second gesture detection areas are displayed either side of and adjacent to the displayed page, respectively, and wherein displaying the gesture detection areas comprises dividing each of the first and second gesture detection areas into a respective first area and a respective second area, the first area defining a first speed for turning the page, and the second area defining a second speed for turning the page, the second speed being slower than the first speed, and a size of the first and second gesture detection areas corresponds to an amount of pages of the page content; wherein a turning direction of the page content is preset in each of the first and second gesture detection areas, and detecting a touch point of a user in the first area or second area of the first or second gesture detection areas; and controlling turning of the page content in accordance with the detected touch point of the user. displaying a page of page content of the e-book; detecting a deformation of a display unit of the electronic device; in response to detecting the deformation whilst displaying the page, displaying first and second gesture detection areas (512; 514) that detect a gesture of a user, wherein the first and second gesture detection areas are displayed either side of and adjacent to the displayed page, respectively, and wherein displaying the gesture detection areas comprises dividing each of the first and second gesture detection areas into a respective first area and a respective second area, the first area defining a first speed for turning the page, and the second area defining a second speed for turning the page, the second speed being slower than the first speed, and a size of the first and second gesture detection areas corresponds to an amount of pages of the page content; wherein a turning direction of the page content is preset in each of the first and second gesture detection areas, and detecting a touch point of a user in the first area or second area of the first or second gesture detection areas; and controlling turning of the page content in accordance with the detected touch point of the user.
Flexible electronic card comprising: - a card body comprising an upper surface and a lower surface ; - at least one cavity formed in the card body emerging from the upper surface; - a fingerprint module configured to acquire a fingerprint of a user, the fingerprint module being housed in the cavity and flush with the upper surface of the card body; characterised in that the fingerprint module comprises a flexible substrate comprising a microcontroller arranged below the substrate and an active part designated capture part on which the user will position their finger in order for the image of their fingerprint to be acquired, said active part being flush with the upper surface of the card body. - a card body comprising an upper surface and a lower surface ; - at least one cavity formed in the card body emerging from the upper surface; - a fingerprint module configured to acquire a fingerprint of a user, the fingerprint module being housed in the cavity and flush with the upper surface of the card body;
A surgical drive apparatus , comprising: an external rotating shaft adapted for engagement with a resectioning device ; a drive unit having a motor disposed in a motor chamber , the motor rotationally coupled to the rotating shaft , the rotating shaft extending through an end of the motor chamber ; a cap ; wherein a suction chamber is defined by an interior of the cap , the end of the motor chamber receptive to the cap for sealing engagement with the drive unit ; the resectioning device extending through the cap for rotational movement relative to the cap and fluid communication with the suction chamber , the external rotating shaft engaging the resectioning device directly for rotation therewith; a fitting coupled to and in fluid communication with the suction chamber and adapted for connection of a low pressure source for evacuating surgical material extracted via the sectioning device from the suction chamber wherein the fitting provides a fluid path to the resectioning device via the suction chamber ; and an outflow tube in fluid communication with the suction chamber via the fitting , wherein the external rotating shaft comprises a fluidic passage configured for directing the low pressure to the resectioning device . an external rotating shaft adapted for engagement with a resectioning device ; a drive unit having a motor disposed in a motor chamber , the motor rotationally coupled to the rotating shaft , the rotating shaft extending through an end of the motor chamber ; a cap ; wherein a suction chamber is defined by an interior of the cap , the end of the motor chamber receptive to the cap for sealing engagement with the drive unit ; the resectioning device extending through the cap for rotational movement relative to the cap and fluid communication with the suction chamber , the external rotating shaft engaging the resectioning device directly for rotation therewith; a fitting coupled to and in fluid communication with the suction chamber and adapted for connection of a low pressure source for evacuating surgical material extracted via the sectioning device from the suction chamber wherein the fitting provides a fluid path to the resectioning device via the suction chamber ; and an outflow tube in fluid communication with the suction chamber via the fitting , wherein the external rotating shaft comprises a fluidic passage configured for directing the low pressure to the resectioning device .
A door or window with a slidable lifting and sliding casement , a window frame , in which the casement is liftably and slidably held, and a driving device , wherein the driving device comprises an electric drive motor arranged on the casement side with a threaded spindle driven thereon for sliding the casement , wherein the drive motor and the threaded spindle form a structural unit and are mounted in a housing , wherein the driving device is forcibly guided in a horizontally adjustable manner by a gear rack element arranged at the window frame and arranged between the window frame and the driving device , and wherein the driving device , in the installed position of the casement into the window frame , enables a vertical displacement of the casement relative to the window frame , the driving device being positioned almost entirely concealed in a recess or receiving groove of an upper horizontal crosspiece of the casement and a guide rail arranged at the window frame , characterized in that an accumulator is mounted at the lifting and sliding casement , which accumulator is in continuous electrical contact to the driving device , wherein a contactor is present, which is arranged in extension to the gear rack element and which has a contact point , wherein the accumulator , in the closed state of the window or the door , establishes a connection for the electrical contact via the driving device to the contactor with the contact point to a power source arranged at the window frame or in a building wall , wherein the contact point is designed with a groove for inserting a contact tab arranged at the driving device with a contact point upon horizontal displacement of the lifting and sliding casement by the electric drive motor , wherein the groove is open towards the contact tab on the side opposite the window frame .
An arrangement structure of a vehicular auxiliary machine in a vehicle, comprising: the vehicular auxiliary machine disposable between seats arranged side by side in a vehicular width direction of a vehicle body ; and a bracket on which the vehicular auxiliary machine is mounted, and which is fixable to the vehicle body ; and a harness to be connected to the vehicular auxiliary machine, wherein the vehicular auxiliary machine includes a harness connecting portion to which the harness is connectable, and is disposed in such a way that the harness connecting portion is located on a side of one of the seats in the mounting position of the arrangement structure in the vehicle body , and the bracket includes a base surface , a pair of vertical wall portions which stand upright with respect to the base surface in such a way that the vertical wall portions are away from each other in the vehicular width direction between the vehicular auxiliary machine and each of the seats , and a rib spanning between a harness-side vertical wall portion and the base surface , the harness-side vertical wall portion being the one of the paired vertical wall portions which is closer to the harness connecting portion of the vehicular auxiliary machine than the other vertical wall portion of the pair of vertical wall portions . the vehicular auxiliary machine disposable between seats arranged side by side in a vehicular width direction of a vehicle body ; and a bracket on which the vehicular auxiliary machine is mounted, and which is fixable to the vehicle body ; and a harness to be connected to the vehicular auxiliary machine, wherein the vehicular auxiliary machine includes a harness connecting portion to which the harness is connectable, and is disposed in such a way that the harness connecting portion is located on a side of one of the seats in the mounting position of the arrangement structure in the vehicle body , and the bracket includes a base surface , a pair of vertical wall portions which stand upright with respect to the base surface in such a way that the vertical wall portions are away from each other in the vehicular width direction between the vehicular auxiliary machine and each of the seats , and a rib spanning between a harness-side vertical wall portion and the base surface , the harness-side vertical wall portion being the one of the paired vertical wall portions which is closer to the harness connecting portion of the vehicular auxiliary machine than the other vertical wall portion of the pair of vertical wall portions .
Cage welding machine for producing a reinforcing body , wherein the reinforcing body has a plurality of longitudinal rods and a winding wire , wherein, when in use, the cage welding machine is configured to connect the longitudinal rods to the winding wire during the production of the reinforcing body , wherein the cage welding machine predefines a central longitudinal axis, and wherein, when in use, the cage welding machine is configured to move the longitudinal rods along the central longitudinal axis through the cage welding machine in a conveying direction V during the production of the reinforcing body , wherein the cage welding machine has a mount which is configured to predefine a spacing of a longitudinal rod relative to the central longitudinal axis, wherein the mount comprises a frame and a main wheel , wherein the main wheel is provided in a rotatably movable manner on the frame , characterized in that the cage welding machine comprises a resistance welding system and an inert gas welding system , wherein, when in use, the resistance welding system is configured to connect the winding wire and a longitudinal rod of the reinforcing body to one another, wherein, when in use, the inert gas welding system is configured to connect the winding wire and a longitudinal rod of the reinforcing body to one another.