mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling media presentation at a media presentation system, the method being performed by a first electronic device, wherein the first electronic device is distinct from the media presentation system and a server system, wherein the first electronic device is authorized by the server system to control the media presentation system, wherein the first electronic device comprises one or more processors and memory storing instructions for execution by the one or more processors, and wherein the method comprises: transmitting , to the server system, a request to indicate availability of the media presentation system for use by one or more other electronic devices; receiving , from the server system, an authentication token for the media presentation system; receiving, from a second electronic device of the one or more other electronic devices, a request for access to the media presentation system; and in response to receiving the request for access to the media presentation system and after a user of the first electronic device approves the received request for access to the media presentation system, transmitting the authentication token to the second electronic device, wherein the authentication token permits the second electronic device access to the media presentation system through submission to the server system of a media control request that includes the authentication token. transmitting , to the server system, a request to indicate availability of the media presentation system for use by one or more other electronic devices; receiving , from the server system, an authentication token for the media presentation system; receiving, from a second electronic device of the one or more other electronic devices, a request for access to the media presentation system; and in response to receiving the request for access to the media presentation system and after a user of the first electronic device approves the received request for access to the media presentation system, transmitting the authentication token to the second electronic device, wherein the authentication token permits the second electronic device access to the media presentation system through submission to the server system of a media control request that includes the authentication token.
A printbar module, comprising: a printed circuit board (PCB) including a plurality of recesses that extend partially into the PCB, wherein each recess includes an adhesive material on a bottom surface of the recess ; a printhead die sliver positioned in each recess wherein each printhead die sliver includes a plurality of rows of ejection chambers and corresponding orifices through which printing fluid is ejected from the ejection chambers and a plurality of fluid feed holes; and a plurality of slots extending through the PCB and the adhesive material to the printhead die slivers , wherein each slot is in fluidic communication with the fluid feed holes of one of the printhead die slivers wherein the one slot is formed through the PCB and the adhesive material after the printhead die sliver is positioned in the recess. a printed circuit board (PCB) including a plurality of recesses that extend partially into the PCB, wherein each recess includes an adhesive material on a bottom surface of the recess ; a printhead die sliver positioned in each recess wherein each printhead die sliver includes a plurality of rows of ejection chambers and corresponding orifices through which printing fluid is ejected from the ejection chambers and a plurality of fluid feed holes; and a plurality of slots extending through the PCB and the adhesive material to the printhead die slivers , wherein each slot is in fluidic communication with the fluid feed holes of one of the printhead die slivers wherein the one slot is formed through the PCB and the adhesive material after the printhead die sliver is positioned in the recess.
A machine for packaging food products in vacuum bags, comprising a base structure with a vacuum chamber formed therein which can be closed by means of a lid and is designed to accommodate a bag for the vacuum packaging of food products, means being provided for sealing said bag which comprise a heat-sealing bar , associated with said base structure , and a contrast bar , associated with said lid , characterized in that said contrast bar is associated with said lid detachably by means of at least one quick coupling/uncoupling device , and in that said at least one quick coupling/uncoupling device comprises male mating means which can be engaged with female mating means , means for retaining said male mating means engaged with said female mating means , and actuation means which can be activated by the user to deactivate said retention means and allow the disengagement of said male mating means from said female mating means .
A leveling valve for discharging and supplying air from and to a plurality of utilization elements (205a, b), in particular pneumatic suspension bellows, the leveling valve comprising: a valve arrangement for directing air between a source of pressurized air, an exhaust port and said utilization elements, a supply port in fluid communication with the valve arrangement and the source of pressurized air, and an exhaust port having an exhaust air channel (a) for discharging exhaust air, wherein the exhaust port comprises at least one air-permeable damping element (b), which is at least partly positioned within the exhaust air channel (a) characterized in that the damping element (b) has the shape of a ring. a valve arrangement for directing air between a source of pressurized air, an exhaust port and said utilization elements, a supply port in fluid communication with the valve arrangement and the source of pressurized air, and an exhaust port having an exhaust air channel (a) for discharging exhaust air, wherein the exhaust port comprises at least one air-permeable damping element (b), which is at least partly positioned within the exhaust air channel (a) characterized in that the damping element (b) has the shape of a ring.
Sun protection device with a holding device with two holders for mounting on side walls that face one another delimiting a light entry opening , wherein the holders each have a contact surface for laying against the side wall and a holding element on which the sun protection device can be arranged with a first orientation relative to the contact surface , characterised in that the holding element is spaced apart from the contact surface , and that the holding element has at least one pin on which the sun protection device can be arranged in the first orientation and in at least one second orientation to the contact surface .
A method for securely calling fingerprint information, applied to an apparatus for securely calling fingerprint information, comprising: receiving (S101, S203, S303, S401) a request for calling the fingerprint information; determining (S102, S402) whether an application corresponding to an application process sending the request for calling the fingerprint information is a legitimate application according to a first unique identification in the application process; confusing (S403) the first unique identification with an instruction for calling the fingerprint information sent by the application, to generate a confusion instruction, wherein each bit of the unique identification is added to a certain character position of the instruction according to a preset rule; and extracting (S404) the first unique identification from the confusion instruction, matching the first unique identification with a second unique identification, and allowing the application to call the fingerprint information when the first unique identification is matched with the second unique identification successfully. receiving (S101, S203, S303, S401) a request for calling the fingerprint information; determining (S102, S402) whether an application corresponding to an application process sending the request for calling the fingerprint information is a legitimate application according to a first unique identification in the application process; confusing (S403) the first unique identification with an instruction for calling the fingerprint information sent by the application, to generate a confusion instruction, wherein each bit of the unique identification is added to a certain character position of the instruction according to a preset rule; and extracting (S404) the first unique identification from the confusion instruction, matching the first unique identification with a second unique identification, and allowing the application to call the fingerprint information when the first unique identification is matched with the second unique identification successfully.
Method for monitoring the configuration of a train, the train comprising a plurality of railway vehicles coupled to each other, each of the railway vehicles comprising a monitoring module on each end, each monitoring module comprising a unique identifier, a low power radio configured to have a range within free space of at least 3 m and at most 10 m, a memory and a communication means to wirelessly communicate with a processing unit , comprising the following step: • transmitting regularly with each of the monitoring modules a message comprising the associated unique identifier of the monitoring module using the low power radio, • receiving with the monitoring modules the messages transmitted by others of the monitoring modules within range of the low power radio, and preferably storing the unique identifiers of the received messages in the memory of the monitoring module, • determining with the processing unit the configuration of the train by applying a predetermined algorithm, the predetermined algorithm comparing the received unique identifiers by each of the monitoring modules to determine the configuration of the train and preferably an order according to which the railway vehicles are connected to each other, wherein the method further comprising the steps: • at a moment after reception of a message containing a unique identifier with the low power radio of a monitoring module, the monitoring module sending at least once for said received unique identifier a data packet comprising said received unique identifier and the unique identifier of the monitoring module to the processing unit using its communication means; characterized in that the method further comprises the step of adding by a monitoring module a received signal strength indicator (RSSI) to the data packet comprising a received unique identifier and the unique identifier of the monitoring module, the RSSI corresponding to the signal strength of the message when receiving the message with the unique identifier by the monitoring module. • transmitting regularly with each of the monitoring modules a message comprising the associated unique identifier of the monitoring module using the low power radio, • receiving with the monitoring modules the messages transmitted by others of the monitoring modules within range of the low power radio, and preferably storing the unique identifiers of the received messages in the memory of the monitoring module, • determining with the processing unit the configuration of the train by applying a predetermined algorithm, the predetermined algorithm comparing the received unique identifiers by each of the monitoring modules to determine the configuration of the train and preferably an order according to which the railway vehicles are connected to each other, • at a moment after reception of a message containing a unique identifier with the low power radio of a monitoring module, the monitoring module sending at least once for said received unique identifier a data packet comprising said received unique identifier and the unique identifier of the monitoring module to the processing unit using its communication means;
A sanitary fitting with a sensor , wherein a sensor range capable of being monitored by the sensor has a first control range for controlling a flow volume of water from an outlet of the sanitary fitting , a second control range for increasing a temperature of the water and a third control range for reducing a temperature of the water, wherein the first control range extends at least partially about a first axis , the second control range extends at least partially about a second axis and the third control range extends at least partially about a third axis , characterized in that the sensor is a wireless radio sensor , that a scanning frequency of the radio sensor can be reduced in a non-use phase of the sanitary fitting detected by the radio sensor and the scanning frequency of the radio sensor can be increased in a use phase of the sanitary fitting , that the radio sensor is arranged at a distance from the sanitary fitting , the distance being 5 cm to 200 cm.
A method of influencing the suction capacity, in particular an internal suction capacity, of a molecular vacuum pump which comprises at least one molecular pump stage by means of which a gaseous medium can be conveyed along a flow path from an inlet to an outlet of the molecular vacuum pump , wherein the pump stage has a pumping direction and a passage cross-section transverse to the pumping direction, wherein the influencing of the suction capacity takes place at a first position in the flow path of the molecular vacuum pump , namely by providing a blocking element at a second position, which is different from the first position, in the flow path of the molecular vacuum pump , by which blocking element the passage cross-section is locally reduced, wherein the blocking element is configured such that a partial suction capacity for a first gas and a partial suction capacity for a second gas are at least substantially equal at the second position, wherein the second position is spaced apart from the first position, wherein the first position is arranged within a housing of the molecular vacuum pump , in a region directly connected to an inlet and/or in an axial region of an inlet , in particular an intermediate inlet, and wherein the second position is arranged outside an inlet region, and wherein the suction capacity, in particular an internal suction capacity, is influenced at the first position such that a difference and/or a ratio between a partial suction capacity for a first gas and a partial suction capacity for a second gas is increased there. wherein the pump stage has a pumping direction and a passage cross-section transverse to the pumping direction, wherein the influencing of the suction capacity takes place at a first position in the flow path of the molecular vacuum pump , namely by providing a blocking element at a second position, which is different from the first position, in the flow path of the molecular vacuum pump , by which blocking element the passage cross-section is locally reduced, wherein the blocking element is configured such that a partial suction capacity for a first gas and a partial suction capacity for a second gas are at least substantially equal at the second position, wherein the second position is spaced apart from the first position, wherein the first position is arranged within a housing of the molecular vacuum pump , in a region directly connected to an inlet and/or in an axial region of an inlet , in particular an intermediate inlet, and wherein the second position is arranged outside an inlet region, and wherein the suction capacity, in particular an internal suction capacity, is influenced at the first position such that a difference and/or a ratio between a partial suction capacity for a first gas and a partial suction capacity for a second gas is increased there.
A paper sheet feeding apparatus comprising: a plurality of wheels capable of supplying a sheet (S) by coming into contact with a lower surface of the sheet (S); a grate liftable and lowerable to an ascending position positioned above upper edges of the plurality of wheels and a descending position positioned below the upper edges of the plurality of wheels ; a drive motor ; an elevating device capable of lifting the grate to the ascending position by rotating the drive motor in one direction (B) and capable of lowering the grate to the descending position by rotating the drive motor in the other direction; and a control device capable of adjusting an amount by which the grate is lifted and lowered by the elevating device by controlling the drive motor ; characterized in that the control device is capable of adjusting the descending position of the grate caused by the elevating device by controlling the drive motor . a plurality of wheels capable of supplying a sheet (S) by coming into contact with a lower surface of the sheet (S); a grate liftable and lowerable to an ascending position positioned above upper edges of the plurality of wheels and a descending position positioned below the upper edges of the plurality of wheels ; a drive motor ; an elevating device capable of lifting the grate to the ascending position by rotating the drive motor in one direction (B) and capable of lowering the grate to the descending position by rotating the drive motor in the other direction; and a control device capable of adjusting an amount by which the grate is lifted and lowered by the elevating device by controlling the drive motor ; characterized in that the control device is capable of adjusting the descending position of the grate caused by the elevating device by controlling the drive motor .
User interface unit for an automated door drive having a display unit for outputting output information and an operating element arrangement for capturing input information, wherein the user interface unit together with the door drive is installable in a first spatial pose and in a second spatial pose at a door that is driveable by the door drive , wherein the operating element arrangement comprises a first operating element and a second operating element , wherein the first operating element in the first spatial pose of the user interface unit is arranged on the same spatial side of the operating element arrangement as the second operating element in the second spatial pose, wherein the display unit is configured to display the displayed output information in the same spatial orientation both in the first spatial pose and also in the second spatial pose of the user interface unit , and wherein the user interface unit is configured to capture the same input information with the first operating element in the first spatial pose as with the second operating element in the second spatial pose. wherein the user interface unit together with the door drive is installable in a first spatial pose and in a second spatial pose at a door that is driveable by the door drive , wherein the operating element arrangement comprises a first operating element and a second operating element , wherein the first operating element in the first spatial pose of the user interface unit is arranged on the same spatial side of the operating element arrangement as the second operating element in the second spatial pose, wherein the display unit is configured to display the displayed output information in the same spatial orientation both in the first spatial pose and also in the second spatial pose of the user interface unit , and wherein the user interface unit is configured to capture the same input information with the first operating element in the first spatial pose as with the second operating element in the second spatial pose.
A chair, wherein a weight-receiving part the height position of which changes due to a person sitting on a seat surface, is provided on a seat (5; 105; 205), the change of the height position is mechanically transmitted to a control mechanism (8X; 108X; 208X) configured to control an operation of a movable part (3; 103; 203), and the control mechanism (8X; 108X; 208X) changes the operation of the movable part (3; 103; 203) between allowed and suppressed states, and characterized in that the operation direction of the movable part (3; 103; 203) includes a plurality of directions including one direction and another direction crossing the one direction in plan view, and the allowed/suppressed states of the operation in at least one of the directions are changed.
A fuel cell vehicle comprising: a fuel cell ; a multiphase converter configured to control an output current of the fuel cell ; a current sensor provided in each phase of the multiphase converter ; an electric load configured to receive power supplied from the fuel cell ; and a control unit configured to: (i) detect whether there is an excess or a deficiency of electric energy of the electric load and, in response to the detection of an excess or a deficiency: (ii) perform a replacement of phases driven by the multiphase converter while the multiphase converter is configured to keep the output current of the fuel cell constant; and (iii) detect whether there is an excess or a deficiency of electric energy of the electric load after the replacement of the phases and, in response to the detection that the detected excess or deficiency of the electric energy of the electric load has been eliminated after the replacement of the phases: (iv) determine that an offset failure has occurred in the current sensor provided in the phase that has been driven before the replacement and that has been replaced during the replacement. a fuel cell ; a multiphase converter configured to control an output current of the fuel cell ; a current sensor provided in each phase of the multiphase converter ; an electric load configured to receive power supplied from the fuel cell ; and a control unit configured to: (i) detect whether there is an excess or a deficiency of electric energy of the electric load and, in response to the detection of an excess or a deficiency: (ii) perform a replacement of phases driven by the multiphase converter while the multiphase converter is configured to keep the output current of the fuel cell constant; and (iii) detect whether there is an excess or a deficiency of electric energy of the electric load after the replacement of the phases and, in response to the detection that the detected excess or deficiency of the electric energy of the electric load has been eliminated after the replacement of the phases: (iv) determine that an offset failure has occurred in the current sensor provided in the phase that has been driven before the replacement and that has been replaced during the replacement. (i) detect whether there is an excess or a deficiency of electric energy of the electric load and, in response to the detection of an excess or a deficiency: (ii) perform a replacement of phases driven by the multiphase converter while the multiphase converter is configured to keep the output current of the fuel cell constant; and (iii) detect whether there is an excess or a deficiency of electric energy of the electric load after the replacement of the phases and, in response to the detection that the detected excess or deficiency of the electric energy of the electric load has been eliminated after the replacement of the phases: (iv) determine that an offset failure has occurred in the current sensor provided in the phase that has been driven before the replacement and that has been replaced during the replacement.