mhurhangee/patent-ind-claim-en huggingface dataset:
A fume hood with an open front section and work chamber enclosed by side sections , a bottom section , a back side section , and a top section , wherein the top section is provided with an exhaust opening , the fume hood further comprising an evacuation channel between the work chamber and the exhaust opening , a top gate for automatically changing an air flow opening at an upper section of the work chamber ; an electrically powered heating device at the bottom section of the fume hood; a power measuring unit to measure power consumption of the electrically powered heating device ; an actuator arranged to adjust the top gate ; a control unit operatively connected to the power measuring unit for receiving an input signal indicative of the power consumption, and to the actuator for adjusting the air flow opening in dependence of the measured power consumption and increasing the air flow opening at an increased power consumption level. an evacuation channel between the work chamber and the exhaust opening , a top gate for automatically changing an air flow opening at an upper section of the work chamber ; an electrically powered heating device at the bottom section of the fume hood; a power measuring unit to measure power consumption of the electrically powered heating device ; an actuator arranged to adjust the top gate ; a control unit operatively connected to the power measuring unit for receiving an input signal indicative of the power consumption, and to the actuator for adjusting the air flow opening in dependence of the measured power consumption and increasing the air flow opening at an increased power consumption level.
An end effector for use with a surgical device, the end effector comprising: a drive assembly ; a driver disposed in mechanical cooperation with the drive assembly, wherein the drive assembly includes a helical groove configured to engage a portion of the driver, such that rotation of the drive assembly in a first direction causes distal translation of the driver with respect to the drive assembly; a needle assembly disposed in mechanical cooperation with the driver, wherein distal translation of the driver causes a corresponding distal translation of the needle assembly; and a biasing element disposed in mechanical cooperation with the needle assembly, the biasing element configured to bias the needle assembly proximally; characterised in that the end effector further comprises: an end cap disposed adjacent a distal portion of the driver, the end cap being distally translatable with respect to the drive assembly; and a lock disposed in mechanical cooperation with a portion of the end cap, the lock configured to help prevent the needle assembly from moving proximally with respect to the driver until the needle assembly has reached a predetermined longitudinal position. a drive assembly ; a driver disposed in mechanical cooperation with the drive assembly, wherein the drive assembly includes a helical groove configured to engage a portion of the driver, such that rotation of the drive assembly in a first direction causes distal translation of the driver with respect to the drive assembly; a needle assembly disposed in mechanical cooperation with the driver, wherein distal translation of the driver causes a corresponding distal translation of the needle assembly; and a biasing element disposed in mechanical cooperation with the needle assembly, the biasing element configured to bias the needle assembly proximally; characterised in that the end effector further comprises: an end cap disposed adjacent a distal portion of the driver, the end cap being distally translatable with respect to the drive assembly; and a lock disposed in mechanical cooperation with a portion of the end cap, the lock configured to help prevent the needle assembly from moving proximally with respect to the driver until the needle assembly has reached a predetermined longitudinal position. an end cap disposed adjacent a distal portion of the driver, the end cap being distally translatable with respect to the drive assembly; and a lock disposed in mechanical cooperation with a portion of the end cap, the lock configured to help prevent the needle assembly from moving proximally with respect to the driver until the needle assembly has reached a predetermined longitudinal position.
An image forming apparatus comprising: a main body to which a detachable part is attachable, the main body having an opening ; a cover that opens and closes the opening of the main body ; and an insertion member that, when the detachable part is not attached to the main body , is in an inserted position where the insertion member is inserted between the main body and the cover and prevents closing of the cover , and when the detachable part is attached to the main body , is in a retreat position where the insertion member is not inserted between the main body and the cover and allows closing of the cover , wherein the insertion member includes a main body side surface and a cover side surface, the cover includes a first abutment portion that comes into contact with the cover side surface of the insertion member in the inserted position, the main body includes a second abutment portion that faces the first abutment portion of the cover when the opening is closed by the cover , and when the detachable part is not attached to the main body , the insertion member is sandwiched between the main body and the cover in such a manner that the main body side surface of the insertion member abuts on the second abutment portion of the main body . a main body to which a detachable part is attachable, the main body having an opening ; a cover that opens and closes the opening of the main body ; and an insertion member that, when the detachable part is not attached to the main body , is in an inserted position where the insertion member is inserted between the main body and the cover and prevents closing of the cover , and when the detachable part is attached to the main body , is in a retreat position where the insertion member is not inserted between the main body and the cover and allows closing of the cover , wherein the insertion member includes a main body side surface and a cover side surface, the cover includes a first abutment portion that comes into contact with the cover side surface of the insertion member in the inserted position, the main body includes a second abutment portion that faces the first abutment portion of the cover when the opening is closed by the cover , and when the detachable part is not attached to the main body , the insertion member is sandwiched between the main body and the cover in such a manner that the main body side surface of the insertion member abuts on the second abutment portion of the main body .
A smart meter device with a security module , wherein the device is a smart meter gateway associated with a smart meter, wherein the security module is configured as a communication interface of the gateway with an external computer system (166; 150), wherein an IPv6 address of the security module for uniquely addressing the security module on the Internet is stored in the security module , wherein the gateway comprises a receptacle, provided with contacts , for the security module , wherein the contacts are configured for communication between a processor of the gateway , by means of an interface , and the security module via counterpart contacts of the security module , wherein the security module inserted into the gateway is mechanically locked in the gateway , whereby it is no longer possible to remove the security module subsequently from the gateway without destroying the contacts of the gateway , wherein the connection of security module and gateway provides the gateway with the same identity that is also assigned to the security module , and following the connection the gateway is identifiable by the IPv6 address of the security module , wherein the gateway is uniquely identifiable by the IPv6 address in any communication networks, wherein the gateway , for protection against a replacement of the security module by another security module, is configured with each data transmission operation of energy consumption data to the external computer system (166; 150), to perform a check to ascertain whether an IPv6 address is present, in the event of a removal of the security module by a deactivation of a function to query the IPv6 address on the part of the gateway , to ensure that the gateway no longer obtains information about any IPv6 address, wherein this corresponds to a state of absence of an IPv6 address for identification of the gateway. with each data transmission operation of energy consumption data to the external computer system (166; 150), to perform a check to ascertain whether an IPv6 address is present, in the event of a removal of the security module by a deactivation of a function to query the IPv6 address on the part of the gateway , to ensure that the gateway no longer obtains information about any IPv6 address, wherein this corresponds to a state of absence of an IPv6 address for identification of the gateway.
A support assembly for processing workpieces, comprising: a carriage ; and a generally ring-shaped support member carried by the carriage , the support member including: a body ; and at least one inflatable member carried by the body and positioned to expand from a first configuration to a second configuration, wherein the second configuration includes the inflatable member to expand radially inwardly to engage directly the outer circumference, periphery or other outwardly-facing surface of a workpiece; wherein the support member is rotatable relative to the carriage . a carriage ; and a generally ring-shaped support member carried by the carriage , the support member including: a body ; and at least one inflatable member carried by the body and positioned to expand from a first configuration to a second configuration, wherein the second configuration includes the inflatable member to expand radially inwardly to engage directly the outer circumference, periphery or other outwardly-facing surface of a workpiece; wherein the support member is rotatable relative to the carriage . a body ; and at least one inflatable member carried by the body and positioned to expand from a first configuration to a second configuration, wherein the second configuration includes the inflatable member to expand radially inwardly to engage directly the outer circumference, periphery or other outwardly-facing surface of a workpiece; wherein the support member is rotatable relative to the carriage .
An external remote control for a bone growth device , comprising: a first transceiver configured to receive data associated with a measurable parameter from the bone growth device and to transmit instructions for the bone growth device ; an input for receiving care information from a care provider; and a controller configured to: receive the data associated with a measurable parameter and the care information, generate the instructions for the bone growth device based on at least one of the data associated with a measurable parameter and the care information; characterized in that the external remote control further comprises a mover configured to actuate the bone growth device . a first transceiver configured to receive data associated with a measurable parameter from the bone growth device and to transmit instructions for the bone growth device ; an input for receiving care information from a care provider; and a controller configured to: receive the data associated with a measurable parameter and the care information, generate the instructions for the bone growth device based on at least one of the data associated with a measurable parameter and the care information; characterized in that the external remote control further comprises a mover configured to actuate the bone growth device .
A pharmaceutical-grade composition comprising: a peptide consisting of an amino acid sequence that is selected from the group consisting of SEQ ID NO:1 - SEQ ID NO:36; fused or linked to a fragment crystallizable (Fc) region of an antibody.
A cartridge for a breathing apparatus comprising: a first perforated canister having an inner area ; at least one of an alkali hyperoxide and an earth alkali hyperoxide provided in the inner area of the first perforated canister ; a first metallic material provided in the inner area of the first perforated canister ; characterised in that the cartridge further comprises: a second metallic material provided proximate to an outside of the first perforated canister ; and an ion permeable material provided between the first perforated canister and the second metallic material. a first perforated canister having an inner area ; at least one of an alkali hyperoxide and an earth alkali hyperoxide provided in the inner area of the first perforated canister ; a first metallic material provided in the inner area of the first perforated canister ; characterised in that the cartridge further comprises: a second metallic material provided proximate to an outside of the first perforated canister ; and an ion permeable material provided between the first perforated canister and the second metallic material. a second metallic material provided proximate to an outside of the first perforated canister ; and an ion permeable material provided between the first perforated canister and the second metallic material.
A chemical monitoring system comprising a sensor , the sensor including: a processor ; a first electrode electrically isolated from the processor ; an adjustable power supply electrically isolated from and in communication with the processor and configured to provide a predetermined voltage at the first electrode ; a second electrode ; a sense resistor connected in series between the first electrode and the adjustable power supply ; an analog-to-digital converter (ADC) in communication with and electrically isolated from the processor , and configured to provide information to the processor regarding (i) the voltage at the first electrode and (ii) the voltage drop across the sense resistor ; wherein the processor is configured to receive the information from the ADC regarding the voltage on the first electrode , is configured to determine the voltage at the first electrode , and is configured to control the adjustable power supply based on the determined voltage at the first electrode ; and the processor is configured to receive the information from the ADC regarding the voltage drop across the sense resistor , is configured to determine the voltage drop across the sense resistor , and, based on the determined voltage drop across the sense resistor , is configured to determine the current flowing through the sense resistor , wherein the processor is configured to determine the chlorine concentration in a fluid sample in which the first and second electrodes (344; 346) are inserted based on the current flowing through the sense resistor and the voltage applied to the first electrode . a processor ; a first electrode electrically isolated from the processor ; an adjustable power supply electrically isolated from and in communication with the processor and configured to provide a predetermined voltage at the first electrode ; a second electrode ; a sense resistor connected in series between the first electrode and the adjustable power supply ; an analog-to-digital converter (ADC) in communication with and electrically isolated from the processor , and configured to provide information to the processor regarding (i) the voltage at the first electrode and (ii) the voltage drop across the sense resistor ; wherein the processor is configured to receive the information from the ADC regarding the voltage on the first electrode , is configured to determine the voltage at the first electrode , and is configured to control the adjustable power supply based on the determined voltage at the first electrode ; and the processor is configured to receive the information from the ADC regarding the voltage drop across the sense resistor , is configured to determine the voltage drop across the sense resistor , and, based on the determined voltage drop across the sense resistor , is configured to determine the current flowing through the sense resistor , wherein the processor is configured to determine the chlorine concentration in a fluid sample in which the first and second electrodes (344; 346) are inserted based on the current flowing through the sense resistor and the voltage applied to the first electrode .
A BLDC motor controller for controlling a BLDC motor which comprises at least one coil, the BLDC motor controller comprising a first and a second terminal for applying a first voltage on the first terminal and a second voltage on the second terminal to obtain a driving current for driving the BLDC motor wherein the first voltage is higher than the second voltage, the BLDC motor controller comprising a remote control unit which is adapted for monitoring a current through at least the first or the second terminal , characterized in that the BLDC motor controller , is adapted for increasing the monitored current by applying an additional current, which is not driving the BLDC motor, wherein the additional current is different from zero if the motor is rotating, and wherein the additional current does not go through the at least one coil of the BLDC motor, the BLDC motor controller , moreover, being adapted for determining whether the motor is rotating or not based on the monitored current. the BLDC motor controller comprising a remote control unit which is adapted for monitoring a current through at least the first or the second terminal , characterized in that the BLDC motor controller , is adapted for increasing the monitored current by applying an additional current, which is not driving the BLDC motor, wherein the additional current is different from zero if the motor is rotating, and wherein the additional current does not go through the at least one coil of the BLDC motor, the BLDC motor controller , moreover, being adapted for determining whether the motor is rotating or not based on the monitored current.
Dryer, comprising a housing, a drum mounted rotatably about a first axis of rotation within the housing for receiving items of laundry, wherein during operation of the dryer the drum is in contact with at least two roller devices , and a safety device for protection against damage as a result of shock on the dryer, characterised in that the safety device is designed to be in contact with the roller device at least in one transport state of the dryer and the safety device comprises an engaging element which is designed to be introduced between the drum and at least one of the rollers of the roller device and as a result to effect a decoupling of the roller and drum .
A mooring system of a drill ship having a moon pool formed in a hull , the mooring system, comprising: a circular guide groove formed on a bottom surface of the hull and configured to use a center (P1) of the moon pool as a center thereof; characterized by a turret having a ring shape and inserted into the guide groove to rotate, wherein the turret has a I-shaped cross-section including an upper horizontal unit , a lower horizontal unit , and a vertical connecting unit mutually connecting the upper horizontal unit and the lower horizontal unit ; and a bearing interposed between the turret and the guide groove to allow rotation between the turret and the hull, wherein the bearing includes a first bearing configured to support the upper horizontal unit in a lateral direction; a second bearing configured to support the upper horizontal unit in a gravitational direction; and a third bearing configured to support the lower horizontal unit in a buoyancy direction. a circular guide groove formed on a bottom surface of the hull and configured to use a center (P1) of the moon pool as a center thereof; characterized by a turret having a ring shape and inserted into the guide groove to rotate, wherein the turret has a I-shaped cross-section including an upper horizontal unit , a lower horizontal unit , and a vertical connecting unit mutually connecting the upper horizontal unit and the lower horizontal unit ; and a bearing interposed between the turret and the guide groove to allow rotation between the turret and the hull, wherein the bearing includes a first bearing configured to support the upper horizontal unit in a lateral direction; a second bearing configured to support the upper horizontal unit in a gravitational direction; and a third bearing configured to support the lower horizontal unit in a buoyancy direction.
A data analysis system , comprising: a data buffer configured to receive data to be analyzed and data padding as a data block of a plurality of data blocks, wherein the data padding is inserted between certain data segments of a plurality of data segments of the data block so that each data segment of the plurality of data segments starts and/or stops at predetermined intervals or wherein the data padding is added to the end of the data block so that the data block is of an equal size as all remaining data blocks of the plurality of data blocks; a data buffer system comprising the data buffer and an instruction buffer configured to receive instructions that correspond to the data to be analyzed and the data padding; a state machine lattice comprising a plurality of configurable elements and each configurable element comprising a plurality of memory cells , wherein each configurable element is configured to analyze at least a portion of the data and to output a result of the analysis; and a buffer interface configured to receive the data and the data padding from the data buffer and the instructions from the instruction buffer and to provide the data, the data padding, and the instructions to the state machine lattice , wherein the instructions are utilized to identify and disregard the data padding, wherein the data buffer is configured to provide data to the buffer interface via data bursts and each data burst comprises a predetermined portion of data for each of a plurality of state machine lattices . a data buffer configured to receive data to be analyzed and data padding as a data block of a plurality of data blocks, wherein the data padding is inserted between certain data segments of a plurality of data segments of the data block so that each data segment of the plurality of data segments starts and/or stops at predetermined intervals or wherein the data padding is added to the end of the data block so that the data block is of an equal size as all remaining data blocks of the plurality of data blocks; a data buffer system comprising the data buffer and an instruction buffer configured to receive instructions that correspond to the data to be analyzed and the data padding; a state machine lattice comprising a plurality of configurable elements and each configurable element comprising a plurality of memory cells , wherein each configurable element is configured to analyze at least a portion of the data and to output a result of the analysis; and a buffer interface configured to receive the data and the data padding from the data buffer and the instructions from the instruction buffer and to provide the data, the data padding, and the instructions to the state machine lattice , wherein the instructions are utilized to identify and disregard the data padding, wherein the data buffer is configured to provide data to the buffer interface via data bursts and each data burst comprises a predetermined portion of data for each of a plurality of state machine lattices .