mhurhangee/patent-ind-claim-en huggingface dataset:
A method of communicating information from an ambient electromagnetic power harvesting ,AEPH, chip, comprising: receiving energy from a first ambient electromagnetic field by an AEPH chip, wherein the first ambient electromagnetic field provides a first level of power; based on energy received from the first ambient electromagnetic field, transmitting an identity by a radio transceiver of the AEPH chip; receiving energy from a second ambient electromagnetic field by the AEPH chip, wherein the second ambient electromagnetic field provides a second level of power that is greater than the first level of power and greater than a predefined level of power; the method being characterised in further comprising: based on energy received from the second ambient electromagnetic field, executing logic in a trusted security zone of a processor of the AEPH chip, wherein the trusted security zone of the processor was depowered when receiving energy only from the first ambient electromagnetic field; establishing a trusted wireless link by the trusted security zone of the AEPH chip processor with a scanner; reading information from a trusted security zone of a non-transitory memory of the AEPH chip by the trusted security zone of the AEPH chip processor; and transmitting the information read from the trusted security zone of the non-transitory memory of the AEPH chip via the trusted wireless link to the scanner. receiving energy from a first ambient electromagnetic field by an AEPH chip, wherein the first ambient electromagnetic field provides a first level of power; based on energy received from the first ambient electromagnetic field, transmitting an identity by a radio transceiver of the AEPH chip; receiving energy from a second ambient electromagnetic field by the AEPH chip, wherein the second ambient electromagnetic field provides a second level of power that is greater than the first level of power and greater than a predefined level of power; based on energy received from the second ambient electromagnetic field, executing logic in a trusted security zone of a processor of the AEPH chip, wherein the trusted security zone of the processor was depowered when receiving energy only from the first ambient electromagnetic field; establishing a trusted wireless link by the trusted security zone of the AEPH chip processor with a scanner; reading information from a trusted security zone of a non-transitory memory of the AEPH chip by the trusted security zone of the AEPH chip processor; and transmitting the information read from the trusted security zone of the non-transitory memory of the AEPH chip via the trusted wireless link to the scanner.
Faceplate lever mechanism for selectively locking or unlocking an understriking leaf of two-leaf windows, French doors or the like, the faceplate lever mechanism for the understriking leaf being intended to be arranged so as to be concealed in the joint clearance located between the two leaves , the faceplate lever mechanism comprising two drive rod portions which are longitudinally displaceable and guided in opposite directions to one another on a stationary component, comprising a pivotably mounted drive lever , and comprising a link for connecting the drive rod portions to the drive lever , the drive lever being pivotably mounted on the stationary component, and the drive rod portions each being connected to the drive lever via a link , characterized in that a central link is arranged between the drive lever and the two links .
An apparatus for testing the porosity of an object, comprising: a fluid source ; a gasochromic material ; an excitation source configured to excite the gasochromic material; and a detection device configured to sense changes in emissions from the gasochromic material after it is contacted with the fluid and excited by the excitation source; wherein the apparatus is configured to allow the object to be disposed between the fluid source and the gasochromic material such that when the fluid is emitted from the fluid source at least a portion of the fluid is configured to flow through the object before contacting the gasochromic material. a fluid source ; a gasochromic material ; an excitation source configured to excite the gasochromic material; and a detection device configured to sense changes in emissions from the gasochromic material after it is contacted with the fluid and excited by the excitation source; wherein the apparatus is configured to allow the object to be disposed between the fluid source and the gasochromic material such that when the fluid is emitted from the fluid source at least a portion of the fluid is configured to flow through the object before contacting the gasochromic material.
A machine tool for machining a workpiece , comprising: - at least one first machine tool structure which can be moved on a base surface and comprises a driverless transport vehicle; and - at least one stationary second machine tool structure which can be set up on the base surface and comprises a tool-carrying work spindle ; characterized in that said driverless transport vehicle of the first machine tool structure is configured to be moved freely on the base surface for positioning the first machine tool structure on the second machine tool structure independently of a type of rail system or the like; and said machine tool is configured as a modular machine tool such that the first machine tool structure and the second machine tool structure together form said machine tool configured to machine a workpiece when the first machine tool structure is positioned on the second machine tool structure, wherein said first machine tool structure comprises a workpiece clamping device, and said machine tool is configured to machine a workpiece clamped on the first machine tool structure by means of said tool-carrying work spindle of the second machine tool structure after the first machine tool structure has been moved and positioned on the second machine tool structure. - at least one first machine tool structure which can be moved on a base surface and comprises a driverless transport vehicle; and - at least one stationary second machine tool structure which can be set up on the base surface and comprises a tool-carrying work spindle ; said driverless transport vehicle of the first machine tool structure is configured to be moved freely on the base surface for positioning the first machine tool structure on the second machine tool structure independently of a type of rail system or the like; and said machine tool is configured as a modular machine tool such that the first machine tool structure and the second machine tool structure together form said machine tool configured to machine a workpiece when the first machine tool structure is positioned on the second machine tool structure, wherein said first machine tool structure comprises a workpiece clamping device, and said machine tool is configured to machine a workpiece clamped on the first machine tool structure by means of said tool-carrying work spindle of the second machine tool structure after the first machine tool structure has been moved and positioned on the second machine tool structure.
A method of resist coating the inner surface of a depression in the surface of a substrate , comprising the steps of: (a) filling the depression with a resist solution, (b) heating the substrate such that the solvent of the resist solution vaporizes and the bottom and at least portions of the inner wall of the depression that are adjacent to the bottom are coated with the resist, characterized by (c) coating the surface of the substrate with a resist again such that resist solution overflows from the surface into the depression , so that sections of inner walls of the depression that are adjacent to the surface of the substrate and that are not yet coated after steps (a) and (b) are also coated, the width of the depression being from 10 to 100 μm. (a) filling the depression with a resist solution, (b) heating the substrate such that the solvent of the resist solution vaporizes and the bottom and at least portions of the inner wall of the depression that are adjacent to the bottom are coated with the resist, characterized by (c) coating the surface of the substrate with a resist again such that resist solution overflows from the surface into the depression , so that sections of inner walls of the depression that are adjacent to the surface of the substrate and that are not yet coated after steps (a) and (b) are also coated, the width of the depression being from 10 to 100 μm.
A developer cartridge detachably mountable on a tandem type photosensitive unit slidable to a drawn-out position and a mounted position with respect to an image forming apparatus body , comprising: a casing ; a developer carrier rotatably supported on one end portion of the casing for carrying a developer; a pair of upright portions arranged on another end portion of the casing at an interval from each other in an axial direction of the developer carrier to extend from another end portion of the casing in a detaching direction for the developer cartridge ; and an elastically deformable coupling portion extending in the axial direction of the developer carrier for coupling the upright portions with each other, wherein a notched portion notched from the another end portion of the casing toward the one end portion of the casing is formed on the another end portion of the casing to be opposed to the coupling portion , characterized by an opposed portion opposed to the coupling portion at an interval from a lower side of the coupling portion and arranged between the lower end portions of the upright portions , to be extended between the upper end portions of opposing sidewalls of the notched portion , the opposing sidewalls opposing each other in the axial direction of the developer carrier , wherein an upper surface of the opposed portion is generally flush with an upper surface of the casing , wherein an upper side is a side facing in the detaching direction and a lower side is a side facing in a direction opposite to the detaching direction. a casing ; a developer carrier rotatably supported on one end portion of the casing for carrying a developer; a pair of upright portions arranged on another end portion of the casing at an interval from each other in an axial direction of the developer carrier to extend from another end portion of the casing in a detaching direction for the developer cartridge ; and an elastically deformable coupling portion extending in the axial direction of the developer carrier for coupling the upright portions with each other, wherein a notched portion notched from the another end portion of the casing toward the one end portion of the casing is formed on the another end portion of the casing to be opposed to the coupling portion , characterized by an opposed portion opposed to the coupling portion at an interval from a lower side of the coupling portion and arranged between the lower end portions of the upright portions , to be extended between the upper end portions of opposing sidewalls of the notched portion , the opposing sidewalls opposing each other in the axial direction of the developer carrier , wherein an upper surface of the opposed portion is generally flush with an upper surface of the casing , wherein an upper side is a side facing in the detaching direction and a lower side is a side facing in a direction opposite to the detaching direction.
A battery pack, comprising an insulating support , a liquid cooling tube , and at least two batteries, wherein the insulating support comprises a heat insulating portion , the heat insulating portion is located between adjacent two of the batteries, at least a part of an outer periphery of each battery is accommodated in the heat insulating portion , and at least a part of the outer periphery of each battery exposed to an outside of the heat insulating portion is in contact with the liquid cooling tube , wherein the battery pack is characterized in that the liquid cooling tube is bonded and fixed to the batteries, the batteries are bonded and fixed to the heat insulating portion , and the heat insulating portion is bonded and fixed to the liquid cooling tube , and wherein each battery is a cylindrical battery , and a contact area between the liquid cooling tube and a circumferential surface of the cylindrical battery is greater than 1/4 of a circumferential surface area of the cylindrical battery and is less than 1/2 of the circumferential surface area of the cylindrical battery . wherein the battery pack is characterized in that the liquid cooling tube is bonded and fixed to the batteries, the batteries are bonded and fixed to the heat insulating portion , and the heat insulating portion is bonded and fixed to the liquid cooling tube , and wherein each battery is a cylindrical battery , and a contact area between the liquid cooling tube and a circumferential surface of the cylindrical battery is greater than 1/4 of a circumferential surface area of the cylindrical battery and is less than 1/2 of the circumferential surface area of the cylindrical battery .
A compound for detecting a histone deacetylase, said compound comprising the structure: wherein SIG is a signaling moiety, wherein SI is a self-immolative structure bound to SIG such that SIG has a reduced signal relative to the signal of SIG without SI, wherein m is an integer from 1 to 10, and wherein, when the compound is modifiable by the histone deacetylase, SI is destabilized and self-cleaved from SIG such that SIG generates an increased signal. wherein SIG is a signaling moiety, wherein SI is a self-immolative structure bound to SIG such that SIG has a reduced signal relative to the signal of SIG without SI, wherein m is an integer from 1 to 10, and wherein, when the compound is modifiable by the histone deacetylase, SI is destabilized and self-cleaved from SIG such that SIG generates an increased signal.
A method comprising: receiving at an intermediary network device, a request initiating a handshake exchange for a secure communication session between a first computing device and a second computing device through the intermediary network device; dividing the secure communication session between the first computing device and the second computing device into a first secure session between the first computing device and the intermediary network device and a second secure session between the intermediary network device and the second computing device; receiving at the intermediary network device, a first session ticket from the first computing device as part of the handshake exchange, the first session ticket enabling the intermediary network device to resume the first secure session using a first abbreviated handshake; determining a session state of a proxy client in the first secure session, the session state of the proxy client including the first session ticket; determining a session state of a proxy server in the second secure session; and encapsulating the session state of the proxy client and the session state of the proxy server as part of a second session ticket, the second session ticket enabling the second computing device to resume the second secure session using a second abbreviated handshake. receiving at an intermediary network device, a request initiating a handshake exchange for a secure communication session between a first computing device and a second computing device through the intermediary network device; dividing the secure communication session between the first computing device and the second computing device into a first secure session between the first computing device and the intermediary network device and a second secure session between the intermediary network device and the second computing device; receiving at the intermediary network device, a first session ticket from the first computing device as part of the handshake exchange, the first session ticket enabling the intermediary network device to resume the first secure session using a first abbreviated handshake; determining a session state of a proxy client in the first secure session, the session state of the proxy client including the first session ticket; determining a session state of a proxy server in the second secure session; and encapsulating the session state of the proxy client and the session state of the proxy server as part of a second session ticket, the second session ticket enabling the second computing device to resume the second secure session using a second abbreviated handshake.
A method for providing interactive instructions to a user to set up a controlling device used to command a plurality of controllable appliances, the method comprising: providing on a first controllable appliance programming for the display of instructions to the user in response to input from the user via the controlling device ; providing input by the user to the first controllable appliance via the controlling device indicating that the controlling device is to be set up to command a second controllable appliance ; accessing instruction data associated with the second controllable appliance by the programming provided on the first controllable appliance ; characterized in that it further comprises in response to input by the user via the controlling device to select a device type and a brand of the second controllable appliance , displaying the instruction data by the programming provided on the first controllable appliance for use by the user in setting up the controlling device to command the second controllable appliance , the instruction data comprising a setup code number for input by the user to the controlling device to set up the controlling device . providing on a first controllable appliance programming for the display of instructions to the user in response to input from the user via the controlling device ; providing input by the user to the first controllable appliance via the controlling device indicating that the controlling device is to be set up to command a second controllable appliance ; accessing instruction data associated with the second controllable appliance by the programming provided on the first controllable appliance ; characterized in that it further comprises in response to input by the user via the controlling device to select a device type and a brand of the second controllable appliance , displaying the instruction data by the programming provided on the first controllable appliance for use by the user in setting up the controlling device to command the second controllable appliance , the instruction data comprising a setup code number for input by the user to the controlling device to set up the controlling device .
An image processing apparatus comprising a superimposition processing block configured to compute pixel values of a display image resulting from the superimposition of a second image on a first image, the superimposition processing block comprising: a first image acquisition block configured to acquire data of the first image; a second image acquisition block configured to acquire data of the second image to be displayed on the first image in a superimposed manner; a luminance range adjustment block configured to adjust a luminance range of at least one of the first image and the second image in accordance with a predetermined rule, wherein the predetermined rule is a preset conversion rule for converting original luminance into luminance after adjustment, the conversion rule changing in accordance with an alpha value set to the second image for alpha blending processing; and an output value computation block configured to compute the pixel values of the display image by executing the alpha blending processing by use of data of the first and second images output by the luminance range adjustment block, wherein, in the adjustment of the first image, the conversion rule for use in the adjustment changes so as to monotonically increase a degree of reduction in a luminance range at the time of the adjustment as the alpha value gets larger and, in the adjustment of the second image, the conversion rule for use in the adjustment changes so as to monotonically decrease a degree of reduction in a luminance range at the time of adjustment as the alpha value gets larger. a first image acquisition block configured to acquire data of the first image; a second image acquisition block configured to acquire data of the second image to be displayed on the first image in a superimposed manner; a luminance range adjustment block configured to adjust a luminance range of at least one of the first image and the second image in accordance with a predetermined rule, wherein the predetermined rule is a preset conversion rule for converting original luminance into luminance after adjustment, the conversion rule changing in accordance with an alpha value set to the second image for alpha blending processing; and an output value computation block configured to compute the pixel values of the display image by executing the alpha blending processing by use of data of the first and second images output by the luminance range adjustment block, wherein, in the adjustment of the first image, the conversion rule for use in the adjustment changes so as to monotonically increase a degree of reduction in a luminance range at the time of the adjustment as the alpha value gets larger and, in the adjustment of the second image, the conversion rule for use in the adjustment changes so as to monotonically decrease a degree of reduction in a luminance range at the time of adjustment as the alpha value gets larger.
A vehicle control arrangement configured to control steering and velocity of a road vehicle , where said arrangement comprises: - a velocity control arrangement configured to control velocity of said road vehicle , - remote sensors arranged to acquire vehicle surrounding information, - a steering control unit operatively connected to a steering actuator of said road vehicle and being arranged to control steering of said road vehicle based on said vehicle surrounding information by controlling said steering actuator , - an upcoming road geometry detecting unit arranged to detect presence of an upcoming curve section of a road on which said road vehicle is traveling, - a hands-on-wheel detecting unit configured to detect if presence exists of at least one hand on a steering wheel of said road vehicle , wherein said velocity control arrangement is configured to perform a reduction of velocity of said road vehicle in case presence of an upcoming curve section is detected and no presence is detected of at least one hand on said steering wheel and wherein said velocity control arrangement is further characterized in that the steering control unit is arranged to control vehicle steering through the curve section . - a velocity control arrangement configured to control velocity of said road vehicle , - remote sensors arranged to acquire vehicle surrounding information, - a steering control unit operatively connected to a steering actuator of said road vehicle and being arranged to control steering of said road vehicle based on said vehicle surrounding information by controlling said steering actuator , - an upcoming road geometry detecting unit arranged to detect presence of an upcoming curve section of a road on which said road vehicle is traveling, - a hands-on-wheel detecting unit configured to detect if presence exists of at least one hand on a steering wheel of said road vehicle ,