mhurhangee/patent-ind-claim-en huggingface dataset:
Patient monitoring system (11, 111, 12, 121, 2, 41, 42, 111_1, 111_2, 53) for displaying a stream of images comprising areas showing alarms or critical vital signs of a patient, wherein the images may change over time, said system (11, 111, 12, 121, 2, 41, 42, 111_1, 111_2, 53) comprising: an image generating device , comprising a secured image generator configured to generate a stream of secured images based on a stream of source images comprising areas showing alarms or critical vital signs of a patient, by generating at least one secured image part in the source images, wherein the secured image part is generated by combining a part of the source image with a security pattern generated by the secured image generator , wherein said security pattern is updated with time; a memory storage configured to store the secured images ; an image transmitter coupled to the memory storage; a patient monitor configured to receive from the image transmitter a secured image from the memory storage and display it; and an observer configured to tap said secured image during its transmission from the memory storage to the patient monitor, to detect the security pattern from the tapped secured image , and to check the currentness of the detected security pattern by comparing the detected security pattern with an expected current security pattern . an image generating device , comprising a secured image generator configured to generate a stream of secured images based on a stream of source images comprising areas showing alarms or critical vital signs of a patient, by generating at least one secured image part in the source images, wherein the secured image part is generated by combining a part of the source image with a security pattern generated by the secured image generator , wherein said security pattern is updated with time; a memory storage configured to store the secured images ; an image transmitter coupled to the memory storage; a patient monitor configured to receive from the image transmitter a secured image from the memory storage and display it; and an observer configured to tap said secured image during its transmission from the memory storage to the patient monitor, to detect the security pattern from the tapped secured image , and to check the currentness of the detected security pattern by comparing the detected security pattern with an expected current security pattern .
An SO 3 analysis device comprising: light emission means for emitting laser light to gas containing SO 3 , CO 2 , and H 2 O; light reception means for receiving the laser light that has been emitted to the gas and has passed through the gas ; wavelength control means for performing control such that a wavelength of the laser light emitted by the light emission means is at an absorption wavelength of SO 3 in a 4.060 to 4.182 μm band; SO 3 concentration calculation means for calculating a concentration of SO 3 by means of infrared spectroscopy based on an output from the light reception means and a reference signal from the wavelength control means ; H 2 O concentration measurement means for measuring a concentration of H 2 O in the gas ; and H 2 SO 4 concentration calculation means for calculating a concentration of H 2 SO 4 by means of equilibrium calculation using the concentration of SO 3 calculated by the SO 3 concentration calculation means and the concentration of H 2 O measured by the H 2 O concentration measurement means . light emission means for emitting laser light to gas containing SO 3 , CO 2 , and H 2 O; light reception means for receiving the laser light that has been emitted to the gas and has passed through the gas ; wavelength control means for performing control such that a wavelength of the laser light emitted by the light emission means is at an absorption wavelength of SO 3 in a 4.060 to 4.182 μm band; SO 3 concentration calculation means for calculating a concentration of SO 3 by means of infrared spectroscopy based on an output from the light reception means and a reference signal from the wavelength control means ; H 2 O concentration measurement means for measuring a concentration of H 2 O in the gas ; and H 2 SO 4 concentration calculation means for calculating a concentration of H 2 SO 4 by means of equilibrium calculation using the concentration of SO 3 calculated by the SO 3 concentration calculation means and the concentration of H 2 O measured by the H 2 O concentration measurement means .
An adjusting device for adjusting a pivoting angle range of a sprinkler including a sprinkler arm pivotable about a substantially vertical axis in a horizontal angle range, comprising: - a first stop and a second stop , the sprinkler arm being pivotable between the two stops , and the stops establishing the pivoting angle range of the sprinkler arm ; - at least one drive for variably adjusting an angular position of the first stop and for variably adjusting an angular position of the second stop ; and - a control device for controlling the drive , the angular position of the first stop and the angular position of the second stop being adjustable independently of one another, the stops being decouplable from the at least one drive, and the angular positions of the stops being manually settable. - a first stop and a second stop , the sprinkler arm being pivotable between the two stops , and the stops establishing the pivoting angle range of the sprinkler arm ; - at least one drive for variably adjusting an angular position of the first stop and for variably adjusting an angular position of the second stop ; and - a control device for controlling the drive ,
A transport refrigeration unit for use with a transport trailer comprising: a structural framework mountable to a wall of the transport trailer ; a condenser heat exchanger unit mounted to the structural framework ; an evaporator housing separated from the condenser heat exchanger by a distance; and at least one condenser fan assembly positioned aft of the condenser heat exchanger unit and forward of the evaporator housing , the at least one condenser fan assembly including: a fan casing; a fan rotor rotatable relative to the fan casing about an axis, the fan rotor having a plurality of fan blades ; a shroud coupled to a radially outer end of the plurality of fan blades , the shroud including an axially oriented protrusion extending from a distal end of the shroud towards the fan casing; a clearance formed between the protrusion and the casing defining a convoluted flow path; characterized in that the convoluted flow path forms a labyrinth seal including a plurality of abrupt turns; and wherein the convoluted flow path includes a first 180 degree turn and a second 180 degree turn. a structural framework mountable to a wall of the transport trailer ; a condenser heat exchanger unit mounted to the structural framework ; an evaporator housing separated from the condenser heat exchanger by a distance; and at least one condenser fan assembly positioned aft of the condenser heat exchanger unit and forward of the evaporator housing , the at least one condenser fan assembly including: a fan casing; a fan rotor rotatable relative to the fan casing about an axis, the fan rotor having a plurality of fan blades ; a shroud coupled to a radially outer end of the plurality of fan blades , the shroud including an axially oriented protrusion extending from a distal end of the shroud towards the fan casing; a clearance formed between the protrusion and the casing defining a convoluted flow path; characterized in that the convoluted flow path forms a labyrinth seal including a plurality of abrupt turns; and wherein the convoluted flow path includes a first 180 degree turn and a second 180 degree turn. a fan casing; a fan rotor rotatable relative to the fan casing about an axis, the fan rotor having a plurality of fan blades ; a shroud coupled to a radially outer end of the plurality of fan blades , the shroud including an axially oriented protrusion extending from a distal end of the shroud towards the fan casing; a clearance formed between the protrusion and the casing defining a convoluted flow path; characterized in that the convoluted flow path forms a labyrinth seal including a plurality of abrupt turns; and wherein the convoluted flow path includes a first 180 degree turn and a second 180 degree turn.
Damping device and maintenance station with an evaluation unit, in which a voltage data set, a force data set and a temperature data set are evaluated for the purpose of detecting damage, defects and impermissible wear of the damping device, for rail vehicles having at least one chassis, wherein the damping device comprises at least a housing, a tube, a piston arrangement having at least one piston rod and at least one piston and a fastening arrangement having at least a first fastening device and a second fastening device, characterized in that at least a first sensor for determining kinematic variables, which has a coil and a permanent magnet , wherein the coil is connected to the housing and the permanent magnet is arranged on the piston rod or the coil is wound around the piston rod or is connected to the latter and the permanent magnet is connected to the housing , and at least one radio device which is connected to the at least first sensor , a second sensor which is in the form of a force transducer or a load cell and is connected to the piston rod and is intended to determine forces and measures forces acting in the piston rod and is connected to the at least one radio device , and a third sensor which is in the form of a temperature sensor and measures contact temperatures between the tube and the piston or component temperatures of the piston or temperatures of the tube , are arranged, wherein the at least one radio device is in the form of an RFID radio device, wherein the maintenance station has a corresponding RFID reader which receives the voltage data set, the force data set and the temperature data set as a rail vehicle moves past, wherein voltage data are stored, wherein force signals transmitted to the radio device via a first line path are stored as force data in the computing unit of the radio device and are transmitted to the maintenance station as a force data set via the antenna of the radio device, speed data are formed in the evaluation unit from the voltage data using a proportionality relationship between a voltage and a relative speed between the permanent magnet and the coil , and wherein force/speed characteristic curves are generated from the force data and the speed data in the evaluation unit and are compared with a defined desired characteristic curve, wherein, if a deviation outside a specified tolerance is determined on the basis of this comparison and temperature data which correlate to the voltage and/or speed data in terms of time also have deviations above a specified temperature limit value, a warning is generated and is optically displayed on a display apparatus of the maintenance station.
A method for handling piece goods moved one after another, in which the piece goods being moved each directly following one another without any spacing in at least two parallel rows are each being transported as closed formations (F) in a transport direction (TR), - in which in each case at least one piece good from one of the at least two closed formations (F) is seized in a clamping and/or force-locking and/or form-locking manner via precisely one manipulator as a function of a respective supply situation, is spatially separated from the respective closed formation (F) and is brought by the precisely one manipulator into a respective defined relative target position (P) and/or target alignment with respect to subsequent piece goods of the closed formation (F), in which several times in succession via the precisely one manipulator in each case at least one transported piece good is spatially separated from one of the closed formations (F) and is being brought into a respective defined target position (P) and/or target alignment in relation to subsequent piece goods , as a result of which a pre-grouping for a palletizable layer is formed from a plurality of piece goods . - whereby the corresponding piece goods are brought into their respective target position (P) and/or target alignment in several successive method steps, characterised in that - within the course of the formation of the pre-grouping for a palletizable layer , a rotation of the piece goods seized by the manipulator takes place in at least one method step. - in which in each case at least one piece good from one of the at least two closed formations (F) is seized in a clamping and/or force-locking and/or form-locking manner via precisely one manipulator as a function of a respective supply situation, is spatially separated from the respective closed formation (F) and is brought by the precisely one manipulator into a respective defined relative target position (P) and/or target alignment with respect to subsequent piece goods of the closed formation (F), in which several times in succession via the precisely one manipulator in each case at least one transported piece good is spatially separated from one of the closed formations (F) and is being brought into a respective defined target position (P) and/or target alignment in relation to subsequent piece goods , as a result of which a pre-grouping for a palletizable layer is formed from a plurality of piece goods . - whereby the corresponding piece goods are brought into their respective target position (P) and/or target alignment in several successive method steps, characterised in that - within the course of the formation of the pre-grouping for a palletizable layer , a rotation of the piece goods seized by the manipulator takes place in at least one method step.
A method of wireless communication, comprising: receiving a plurality of Real-time Transport, RTP, packets over a wireless channel, each of the plurality of RTP packets including at least one RTP parameter and at least one Packet Data Convergence Protocol, PDCP, parameter; applying Robust Header Compression, ROHC, decompression to decode the received RTP packets wherein a decoding failure occurs for at least one of the packets; estimating at least one RTP parameter of the failed at least one packet based on the at least one PDCP parameter; and decoding the failed at least one packet using the at least one RTP parameter. receiving a plurality of Real-time Transport, RTP, packets over a wireless channel, each of the plurality of RTP packets including at least one RTP parameter and at least one Packet Data Convergence Protocol, PDCP, parameter; applying Robust Header Compression, ROHC, decompression to decode the received RTP packets wherein a decoding failure occurs for at least one of the packets; estimating at least one RTP parameter of the failed at least one packet based on the at least one PDCP parameter; and decoding the failed at least one packet using the at least one RTP parameter.
A photodiode assembly comprising: a photodiode (200; 230, 235, 240); a waveguide in communication with the photodiode; and a guard structure extending about a periphery of the photodiode and comprising a diode , characterized in that the guard structure comprises a guard ring surrounding the photodiode and having an aperture and the aperture is disposed in the guard structure to correspond with entry of the waveguide into the photodiode, a photodiode (200; 230, 235, 240); a waveguide in communication with the photodiode; and a guard structure extending about a periphery of the photodiode and comprising a diode , characterized in that the guard structure comprises a guard ring surrounding the photodiode and having an aperture and the aperture is disposed in the guard structure to correspond with entry of the waveguide into the photodiode,
A system for supporting a nozzle assembly connected to a stationary component of a turbine or compressor of, in particular, a gas turbine engine, said system comprising: a. the nozzle assembly , said nozzle assembly comprising one or more vanes connected to an outer sidewall and an inner sidewall ; b. a support comprising a plurality of segments including i. a first member connected to the stationary component; ii. a second member extending from said first member radially through at least a portion of the nozzle assembly ; and c. a distal end of said second member radially displaced from said first member and configured to abut or contact a land on the inner sidewall of the nozzle assembly , characterized in that said first member comprises a first end fixedly connected to the stationary component and a second end axially displaced from said first end, wherein said second end may move with respect to the stationary component, and wherein the stationary component further comprises a detent proximate to said second end , wherein said detent is configured to contact said second end to limit movement of said second end. a. the nozzle assembly , said nozzle assembly comprising one or more vanes connected to an outer sidewall and an inner sidewall ; b. a support comprising a plurality of segments including i. a first member connected to the stationary component; ii. a second member extending from said first member radially through at least a portion of the nozzle assembly ; and i. a first member connected to the stationary component; ii. a second member extending from said first member radially through at least a portion of the nozzle assembly ; and c. a distal end of said second member radially displaced from said first member and configured to abut or contact a land on the inner sidewall of the nozzle assembly , characterized in that
A power generation system comprising: a buck module comprising a plurality of inductorless buck stages each having an input configured to receive a DC voltage from a DC power source and a buck stage output configured to provide a DC voltage, wherein the buck stage outputs are connected in series between a first terminal and a second terminal; logic configured to operate the plurality of buck stages to regulate a power output of each of the DC power sources, including to operate the respective buck stages at target duty cycles to maintain a target power efficiency for each buck stage, wherein a combined DC voltage from the plurality of buck stage output voltages depends on the target duty cycles; and a boost stage comprising a boost stage output and a boost stage input configured to receive an output voltage from the buck module ; wherein the boost stage comprises a filter that is configured to receive a current output of the buck module ; characterized in that the buck module comprises an inductor and an output capacitor , wherein the inductor is connected between the first terminal of the series connection of buck stage outputs and the boost stage input, and wherein the output capacitor of the buck module is connected between the second terminal of the series connection of buck stage outputs and the boost stage input; and the boost stage comprises a bypass switch (S3) configured to enable to bypass the boost stage including the filter of the boost stage .. a buck module comprising a plurality of inductorless buck stages each having an input configured to receive a DC voltage from a DC power source and a buck stage output configured to provide a DC voltage, wherein the buck stage outputs are connected in series between a first terminal and a second terminal; logic configured to operate the plurality of buck stages to regulate a power output of each of the DC power sources, including to operate the respective buck stages at target duty cycles to maintain a target power efficiency for each buck stage, wherein a combined DC voltage from the plurality of buck stage output voltages depends on the target duty cycles; and a boost stage comprising a boost stage output and a boost stage input configured to receive an output voltage from the buck module ; wherein the boost stage comprises a filter that is configured to receive a current output of the buck module ; characterized in that the buck module comprises an inductor and an output capacitor , wherein the inductor is connected between the first terminal of the series connection of buck stage outputs and the boost stage input, and wherein the output capacitor of the buck module is connected between the second terminal of the series connection of buck stage outputs and the boost stage input; and the boost stage comprises a bypass switch (S3) configured to enable to bypass the boost stage including the filter of the boost stage ..
A method of manufacturing an electrical conductor , the method comprising: providing an electrically conductive substrate layer ; depositing a surface layer on the substrate layer, and depositing a graphene layer (130 or 140) on the substrate layer characterized in that the surface layer includes pores that expose the substrate layer and the graphene layer (130 or 140) is deposited within the pores thereby to plug said pores , after the surface layer is deposited on the substrate layer. providing an electrically conductive substrate layer ; depositing a surface layer on the substrate layer, and depositing a graphene layer (130 or 140) on the substrate layer characterized in that the surface layer includes pores that expose the substrate layer and the graphene layer (130 or 140) is deposited within the pores thereby to plug said pores , after the surface layer is deposited on the substrate layer.
Casting device for establishing a connection between a cable tree consisting of a plurality of individual cables with a retaining element integrated therein, comprising: - a lower tool , - an upper tool sealing the lower tool , - at least one cavity formed between upper tool and lower tool when the casting device is closed and receiving the cable tree with the negative form of the retaining element to be generated, - at least one hose element hydraulically or pneumatically enlargeable in its volume which is coupled to a separate seal element inserted in a receiving contour of the casting device so as to be movable at least in sections, sealing off the cable tree from the environment when the hose element is expanded and flexibly configured at least in the region of an inner contour receiving the cable tree , characterised in that the seal element is fastened via at least one fixing mechanism locally in the receiving contour of the casting device, wherein the fixing mechanism consists of two pins , which are inserted appropriately into corresponding boreholes so that an articulated movement of the seal element is enabled when the seal element is deformed by the pins. - a lower tool , - an upper tool sealing the lower tool , - at least one cavity formed between upper tool and lower tool when the casting device is closed and receiving the cable tree with the negative form of the retaining element to be generated, - at least one hose element hydraulically or pneumatically enlargeable in its volume which is coupled to a separate seal element inserted in a receiving contour of the casting device so as to be movable at least in sections, sealing off the cable tree from the environment when the hose element is expanded and flexibly configured at least in the region of an inner contour receiving the cable tree , characterised in that the seal element is fastened via at least one fixing mechanism locally in the receiving contour of the casting device, wherein the fixing mechanism consists of two pins , which are inserted appropriately into corresponding boreholes so that an articulated movement of the seal element is enabled when the seal element is deformed by the pins.