mhurhangee/patent-ind-claim-en huggingface dataset:
A space inside an aircraft with a removable closing device for said space, comprising: - a frame comprising a first upright and a second upright (102.1, 102.2), - a curtain assembly comprising a flexible curtain (106.1), - at least one guiding device (109.1, 109.2) capable of guiding the flexible curtain (106.1) in translation relative to the uprights (102.1, 102.2), such that the flexible curtain (106.1) can be moved along a direction of movement (D) parallel to a longitudinal direction of the uprights (102.1, 102.2) between a stored position in which the flexible curtain (106.1) is disengaged from the space and a deployed position in which the flexible curtain closes the space, and - an upright (102.1, 102.2) delimiting a housing (120.1, 120.2) in which the guiding device is arranged at least partially, - said removable closing device further comprising a roller around which the flexible curtain (106.1) can be wound, such that the flexible curtain (106.1) can be moved in the direction of movement (D) between a stored position in which the flexible curtain (106.1) is mainly rolled up around the roller and a deployed position in which the flexible curtain (106.1) is mainly unrolled from the roller , - said first upright and said second upright being connected one to another by a box in which the roller is arranged at least partially, - said frame comprising at least one fixing interface (105.1, 105.2) with a structural element. - a frame comprising a first upright and a second upright (102.1, 102.2), - a curtain assembly comprising a flexible curtain (106.1), - at least one guiding device (109.1, 109.2) capable of guiding the flexible curtain (106.1) in translation relative to the uprights (102.1, 102.2), such that the flexible curtain (106.1) can be moved along a direction of movement (D) parallel to a longitudinal direction of the uprights (102.1, 102.2) between a stored position in which the flexible curtain (106.1) is disengaged from the space and a deployed position in which the flexible curtain closes the space, and - an upright (102.1, 102.2) delimiting a housing (120.1, 120.2) in which the guiding device is arranged at least partially, - said removable closing device further comprising a roller around which the flexible curtain (106.1) can be wound, such that the flexible curtain (106.1) can be moved in the direction of movement (D) between a stored position in which the flexible curtain (106.1) is mainly rolled up around the roller and a deployed position in which the flexible curtain (106.1) is mainly unrolled from the roller , - said first upright and said second upright being connected one to another by a box in which the roller is arranged at least partially, - said frame comprising at least one fixing interface (105.1, 105.2) with a structural element.
An access controller, AC, configured to: receive an encrypted management frame from an access point, AP, associated with the AC ; decrypt the encrypted management frame; send the decrypted management frame to the AP ; receive an unencrypted response management frame from the AP ; encrypt the unencrypted response management frame; and send the encrypted response management frame to the AP . receive an encrypted management frame from an access point, AP, associated with the AC ; decrypt the encrypted management frame; send the decrypted management frame to the AP ; receive an unencrypted response management frame from the AP ; encrypt the unencrypted response management frame; and send the encrypted response management frame to the AP .
A depth measurement device comprising: a first light source configured to direct a first beam of light ; a second light source configured to direct a second beam of light ; a mirror for viewing at least one of the first beam of light and the second beam of light ; a housing ; and an eyepiece coupled to the housing , wherein the first beam of light and the second beam of light are configured to intersect at a desired distance from the housing ; characterised in that : the depth measurement device is configured to indicate whether an internal feature (140; 240) is at the desired distance based upon a distance between the locations at which the first and second beams of light intersect the internal feature (140; 240); and the mirror comprises a visible marking for indicating a relative location of the first beam of light with respect to the second beam of light . a first light source configured to direct a first beam of light ; a second light source configured to direct a second beam of light ; a mirror for viewing at least one of the first beam of light and the second beam of light ; a housing ; and an eyepiece coupled to the housing , wherein the first beam of light and the second beam of light are configured to intersect at a desired distance from the housing ; characterised in that : the depth measurement device is configured to indicate whether an internal feature (140; 240) is at the desired distance based upon a distance between the locations at which the first and second beams of light intersect the internal feature (140; 240); and the mirror comprises a visible marking for indicating a relative location of the first beam of light with respect to the second beam of light . the depth measurement device is configured to indicate whether an internal feature (140; 240) is at the desired distance based upon a distance between the locations at which the first and second beams of light intersect the internal feature (140; 240); and the mirror comprises a visible marking for indicating a relative location of the first beam of light with respect to the second beam of light .
A system, comprising: a Wide camera for providing at least one Wide image; a Tele camera comprising a Tele lens module; a lens actuator for moving the Tele lens module for focusing to any distance or set of distances between 3.0cm and 35cm with an object-to-image magnification between 1:5 and 25:1; and an application processor (AP) configured to analyse image data from the Wide camera to define a capture strategy for capturing with the Tele camera a sequence of Macro images with a focus plane shifted from one captured Macro image to another captured Macro image, and to generate a new Macro image from this sequence, wherein the system is included in a mobile electronic device. a Wide camera for providing at least one Wide image; a Tele camera comprising a Tele lens module; a lens actuator for moving the Tele lens module for focusing to any distance or set of distances between 3.0cm and 35cm with an object-to-image magnification between 1:5 and 25:1; and an application processor (AP) configured to analyse image data from the Wide camera to define a capture strategy for capturing with the Tele camera a sequence of Macro images with a focus plane shifted from one captured Macro image to another captured Macro image, and to generate a new Macro image from this sequence, wherein the system is included in a mobile electronic device.
Device for lifting and placing on a ground surface of an elongate object of at least 200 tons, comprising a floating platform with a work deck on which a lifting device for lifting the object is arranged, wherein the lifting device comprises two A-frame-shaped booms (3-1, 3-2) which are disposed at a mutual distance in an athwartship direction of the platform and which are connected to the work deck for pivoting around an athwartship axis of the platform , and which are for this purpose in force-transmitting connection with two corresponding A-frame-shaped support structures (3-3, 3-4) arranged on the work deck , wherein the lifting device further comprises a gripping construction which is connected to the work deck and has gripping members (53-1, 53-2) which are configured to engage a peripheral part of the object and which extend beyond an athwartship edge (2-4) of the platform , wherein the gripping construction is displaceable over the work deck , and at least between the booms (3-1, 3-2) in the athwartship direction .
A transport device for items , such as beverage containers or the like, the transport device comprising at least - a first transport section , which is configured to move items in a disordered mass flow in a transport direction (TR), as well as - a second transport section subsequent in transport direction (TR) to the first transport section , the second transport section comprising a plurality of longitudinal guides , which longitudinal guides subdivide the second transport section transversely to the transport direction (TR) into a plurality of lanes, whereby the items being moved in the disordered mass flow in the first transport section can be guided in a plurality of, in particular, parallel rows within the second transport section , characterised in that at least one of the plurality of longitudinal guides is assigned at least two, in particular, rotationally mounted rollers , which are provided to guide items into the lanes of the second transport section , and which are in each instance arranged in the region of an end of the particular longitudinal guide facing toward the first transport section , - and wherein the at least two rollers are fastened and/or rotationally mounted to at least one joint driving member , which is in turn rotationally mounted to the longitudinal guide . - a first transport section , which is configured to move items in a disordered mass flow in a transport direction (TR), as well as - a second transport section subsequent in transport direction (TR) to the first transport section , the second transport section comprising a plurality of longitudinal guides , which longitudinal guides subdivide the second transport section transversely to the transport direction (TR) into a plurality of lanes, whereby the items being moved in the disordered mass flow in the first transport section can be guided in a plurality of, in particular, parallel rows within the second transport section , characterised in that at least one of the plurality of longitudinal guides is assigned at least two, in particular, rotationally mounted rollers , which are provided to guide items into the lanes of the second transport section , and which are in each instance arranged in the region of an end of the particular longitudinal guide facing toward the first transport section , - and wherein the at least two rollers are fastened and/or rotationally mounted to at least one joint driving member , which is in turn rotationally mounted to the longitudinal guide .
Method for sorting pieces of luggage , each including an identification element comprising an information set in the form of plain text, wherein - at least part of the information set in the identification element is automatically acquired and automatically recognised and - in a check, it is automatically verified whether the part of the information set that has been recognised matches at least one dataset that is stored in a database ; - wherein the information set is transmitted to the database during the generation of the identification element and is stored in the database as a dataset. - at least part of the information set in the identification element is automatically acquired and automatically recognised and - in a check, it is automatically verified whether the part of the information set that has been recognised matches at least one dataset that is stored in a database ; - wherein the information set is transmitted to the database during the generation of the identification element and is stored in the database as a dataset.
An integrated circuit comprising a class D amplifier, the class D amplifier comprising: first and second high side electronic switches configured and arranged to connect a first reference voltage (VDD) to, respectively, first and second output nodes (ANTN, ANTP) in response to first and second gating control signals during an active phase of operation when the first and second gating control signals are opposing-phase signals, and to disconnect the first reference voltage (VDD) from the first and second output nodes (ANTN, ANTP) in response to the first and second gating control signals during a disabled phase of operation; first and second low side electronic switches configured and arranged to connect a second reference voltage (VSS) to, respectively, the first and second output nodes (ANTN, ANTP) in response to the first and second gating control signals during the active phase of operation, and to pull both the first and second output nodes (ANTN, ANTP) to the second reference voltage (VSS) during the disabled phase of operation; and an output drive circuit configured and arranged to provide a ramped output voltage drive signal to the first output node (ANTN) while the second output node (ANTP) is connected over the second low side electronic switch to the second reference voltage (VSS) during a transition phase of operation between the disabled phase and active phase, where the ramped output voltage drive signal has a predetermined slew-rate between the second reference voltage (VSS) and the first reference voltage (VDD) over a specified time interval. first and second high side electronic switches configured and arranged to connect a first reference voltage (VDD) to, respectively, first and second output nodes (ANTN, ANTP) in response to first and second gating control signals during an active phase of operation when the first and second gating control signals are opposing-phase signals, and to disconnect the first reference voltage (VDD) from the first and second output nodes (ANTN, ANTP) in response to the first and second gating control signals during a disabled phase of operation; first and second low side electronic switches configured and arranged to connect a second reference voltage (VSS) to, respectively, the first and second output nodes (ANTN, ANTP) in response to the first and second gating control signals during the active phase of operation, and to pull both the first and second output nodes (ANTN, ANTP) to the second reference voltage (VSS) during the disabled phase of operation; and an output drive circuit configured and arranged to provide a ramped output voltage drive signal to the first output node (ANTN) while the second output node (ANTP) is connected over the second low side electronic switch to the second reference voltage (VSS) during a transition phase of operation between the disabled phase and active phase, where the ramped output voltage drive signal has a predetermined slew-rate between the second reference voltage (VSS) and the first reference voltage (VDD) over a specified time interval.
A mobile station configured to interact with a base station subsystem, BSS, (202 1 ), the mobile station enabled for extended coverage, EC, operation and capable of performing a multilateration timing advance, MTA, procedure, the mobile station comprising: a processor ; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the mobile station is operable to: receive an MTA request message for the mobile station to perform a radio access part of the MTA procedure; transmit, to the BSS, a multilateration request message (270 1 ) that indicates an Access Burst method for performing the MTA procedure; receive, from the BSS, an assignment message (274 1 ) acknowledging that the BSS received the multilateration request message without assigning radio resources for the mobile station; determine that the assignment message indicates that no Temporary Block Flow, TBF, resources are assigned to the mobile station; and in response to determining that the assignment message indicates that no TBF resources are assigned to the mobile station, determine if the assignment message matches the multilateration request message transmitted to the BSS. a processor ; and, a memory that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the mobile station is operable to: receive an MTA request message for the mobile station to perform a radio access part of the MTA procedure; transmit, to the BSS, a multilateration request message (270 1 ) that indicates an Access Burst method for performing the MTA procedure; receive, from the BSS, an assignment message (274 1 ) acknowledging that the BSS received the multilateration request message without assigning radio resources for the mobile station; determine that the assignment message indicates that no Temporary Block Flow, TBF, resources are assigned to the mobile station; and in response to determining that the assignment message indicates that no TBF resources are assigned to the mobile station, determine if the assignment message matches the multilateration request message transmitted to the BSS. receive an MTA request message for the mobile station to perform a radio access part of the MTA procedure; transmit, to the BSS, a multilateration request message (270 1 ) that indicates an Access Burst method for performing the MTA procedure; receive, from the BSS, an assignment message (274 1 ) acknowledging that the BSS received the multilateration request message without assigning radio resources for the mobile station; determine that the assignment message indicates that no Temporary Block Flow, TBF, resources are assigned to the mobile station; and in response to determining that the assignment message indicates that no TBF resources are assigned to the mobile station, determine if the assignment message matches the multilateration request message transmitted to the BSS.
A captured debris level measuring device for a magnetic filter in a central heating system, the magnetic filter including a separation chamber, an inlet to the chamber and an outlet from the chamber, and a magnetic element disposed within the chamber for attracting magnetic debris and removing the magnetic debris from the system water as it flows through the chamber, and the measuring device including a magnetometer for mounting to the magnetic filter to measure magnetic field strength due to the magnet and any captured magnetic debris; a control unit, the magnetometer being connected to an input of the control unit, and the control unit being adapted to issue a notification on output means when the magnetic field strength measured by the magnetometer exceeds or drops below a stored threshold, characterised by the control unit further being adapted to monitor the magnetic field strength measured by the magnetometer after the notification is issued, and in the case that the measured magnetic field strength rises further above the threshold or drops further below the threshold, to update the stored threshold according to the measured reading. the magnetic filter including a separation chamber, an inlet to the chamber and an outlet from the chamber, and a magnetic element disposed within the chamber for attracting magnetic debris and removing the magnetic debris from the system water as it flows through the chamber, and the measuring device including a magnetometer for mounting to the magnetic filter to measure magnetic field strength due to the magnet and any captured magnetic debris; a control unit, the magnetometer being connected to an input of the control unit, and the control unit being adapted to issue a notification on output means when the magnetic field strength measured by the magnetometer exceeds or drops below a stored threshold, characterised by the control unit further being adapted to monitor the magnetic field strength measured by the magnetometer after the notification is issued, and in the case that the measured magnetic field strength rises further above the threshold or drops further below the threshold, to update the stored threshold according to the measured reading.
A method for receiving channel state information in a multiple-input transmission system, the method comprising: receiving first quantized information and second quantized information, wherein the first quantized information is based on a first estimate of a first channel state; and determining a second channel state based on a second estimate derived from the second quantized information, and the first quantized information, wherein the second estimate is different from the first estimate. receiving first quantized information and second quantized information, wherein the first quantized information is based on a first estimate of a first channel state; and determining a second channel state based on a second estimate derived from the second quantized information, and the first quantized information, wherein the second estimate is different from the first estimate.
An intraosseous access device , comprising: a device body , a trocar needle included with the device body ; an intraosseous catheter removably disposed on the trocar needle , the device body configured to enable a user of the access device to manually insert a distal tip of the trocar needle through a skin surface of a body of a patient to an external surface of a bone of the patient; and an advancement mechanism configured to selectively and distally advance the trocar needle and intraosseous catheter into an internal portion of the bone of the patient after the distal tip of the trocar needle has been inserted to the external surface of the bone, wherein the intraosseous catheter includes a hub and a cannula , the cannula being slidable with respect to the hub so as to enable a longitudinal length of the intraosseous catheter to be adjusted. a device body , a trocar needle included with the device body ; an intraosseous catheter removably disposed on the trocar needle , the device body configured to enable a user of the access device to manually insert a distal tip of the trocar needle through a skin surface of a body of a patient to an external surface of a bone of the patient; and an advancement mechanism configured to selectively and distally advance the trocar needle and intraosseous catheter into an internal portion of the bone of the patient after the distal tip of the trocar needle has been inserted to the external surface of the bone, wherein the intraosseous catheter includes a hub and a cannula , the cannula being slidable with respect to the hub so as to enable a longitudinal length of the intraosseous catheter to be adjusted.