mhurhangee/ep-ind-claims huggingface dataset:
A device for positive pressure ventilation and continuous positive airway pressure treatment for neonatal resuscitation comprising: - a first fresh gas flow tube, arranged to provide a first fresh gas flow; - a continuous positive airway pressure generator comprising first, second and third connection portions, wherein the first fresh gas flow tube is connected with the first connection portion; - a connector connected with the second connection portion of the continuous positive airway pressure generator, wherein the connector is arranged to be connected with an infant interface; and - a pressure release valve, arranged to prevent an excessive positive pressure in a positive pressure ventilation mode; wherein the third connection portion embodies an outlet having an occludable end; and wherein the outlet is arranged to be used for changing a mode of operation of the device such that the device is arranged to work in a continuous positive airway pressure mode when the end is non-occluded and in the positive pressure ventilation mode when the end is occluded, characterized by: - the generated continuous positive airway pressure level being adjusted by varying the fresh gas flow to the continuous positive airway pressure generator; - a second fresh gas flow tube, arranged to provide a second fresh gas flow, which is added to the first fresh gas flow in the positive pressure ventilation mode, wherein the second fresh gas flow tube is connected through a wall of one of the connector and the third connection portion; and wherein the second fresh gas flow is controllable via the occlusion such that the second fresh gas flow adds to the first fresh gas flow when the end is occluded, while the second fresh gas flow is bypassed and flows out of the outlet when the end is non-occluded. - a first fresh gas flow tube, arranged to provide a first fresh gas flow; - a continuous positive airway pressure generator comprising first, second and third connection portions, wherein the first fresh gas flow tube is connected with the first connection portion; - a connector connected with the second connection portion of the continuous positive airway pressure generator, wherein the connector is arranged to be connected with an infant interface; and - a pressure release valve, arranged to prevent an excessive positive pressure in a positive pressure ventilation mode; - the generated continuous positive airway pressure level being adjusted by varying the fresh gas flow to the continuous positive airway pressure generator; - a second fresh gas flow tube, arranged to provide a second fresh gas flow, which is added to the first fresh gas flow in the positive pressure ventilation mode, wherein the second fresh gas flow tube is connected through a wall of one of the connector and the third connection portion; and
Method for regulation of the transmission power of a first radio station in a mobile radio system using a timeslot method, with a radio link existing between the first radio station and at least one second radio station, in which radio signals are interchanged in the form of timeslots on radio channels (11, 12, 14), and with the quality of the radio link being determined from the received signals in the second radio station, and with commands to adjust the transmission power being sent from the second radio station to the first radio station as a function of the determined quality, characterized in that, in a situation in which no information for the second radio station is transmitted in one or more successive timeslots, the quality of the radio link is derived from signals which have been transmitted in at least one other radio channel, which is not associated with that radio link, and have been received by the second radio station, and in that the arrival of multiple commands to adjust the transmission power with predetermined power changes in the first radio station results in these predetermined power changes being overlaid in the first radio station by means of summing between two transmission times for the transmission of data to the second radio station, so that the transmission power of the first radio station can be adjusted at the subsequent transmission time.
A roof, comprising: a plurality of metal battens mounted horizontally onto a plurality of wooden battens that are mounted vertically across the roof, each of the plurality of metal battens including a longitudinal channel that extends in a longitudinal direction; a thermal tubing containing liquid is extended along the longitudinal channel in the longitudinal direction and mounted in each of the plurality of metal battens, thus the metal batten alone holds the thermal tubing; a heat exchanger connected to the thermal tubing; a pump connected between the thermal tubing and the heat exchanger for circulating the liquid through the thermal tubing; a plurality of solar electric roof tiles mounted on the plurality of metal battens, thus the metal batten alone holds the thermal tubing and the plurality of solar electric roof tiles each of the plurality of solar electric roof tiles being a building integrated photovoltaic roof tile having a solar module that is glued to a fibre cement tile and connected in series to form a string; and an inverter connected to each string for converting direct current electricity that is fed from the plurality of solar electric roof tiles to alternating current electricity; and whereby the thermal tubing and the plurality of solar electric roof tiles operate simultaneously to generate domestic hot water and electricity respectively. a plurality of metal battens mounted horizontally onto a plurality of wooden battens that are mounted vertically across the roof, each of the plurality of metal battens including a longitudinal channel that extends in a longitudinal direction; a thermal tubing containing liquid is extended along the longitudinal channel in the longitudinal direction and mounted in each of the plurality of metal battens, thus the metal batten alone holds the thermal tubing; a heat exchanger connected to the thermal tubing; a pump connected between the thermal tubing and the heat exchanger for circulating the liquid through the thermal tubing; a plurality of solar electric roof tiles mounted on the plurality of metal battens, thus the metal batten alone holds the thermal tubing and the plurality of solar electric roof tiles each of the plurality of solar electric roof tiles being a building integrated photovoltaic roof tile having a solar module that is glued to a fibre cement tile and connected in series to form a string; and an inverter connected to each string for converting direct current electricity that is fed from the plurality of solar electric roof tiles to alternating current electricity; and whereby the thermal tubing and the plurality of solar electric roof tiles operate simultaneously to generate domestic hot water and electricity respectively.
A method for authenticating a secure electronic device (BNK_SRV) from a non-secured electronic device (PC, SP) comprising an input peripheral (KBD, MS, TS, CAM, MIC), an output peripheral (SCR, SPK, PRN, TS) and a secure electronic circuit, the method comprising: (a) taking control (CTRL) of the input peripheral (KBD, MS, TS, CAM, MIC) and of the output peripheral (SCR, SPK, PRN, TS) by the secure electronic circuit; (b) opening a secure session (VPN, TLS) by the secure electronic circuit with the secure electronic device (BNK_SRV); (c) acquiring, by the secure electronic circuit, user information; (d) sending the user information, by the secure electronic circuit to the secure electronic device (BNK_SRV); (e) receiving (RCPT), by the secure electronic circuit, transformed user information (TRN_IMG) resulting from a predetermined transformation applied by the secure electronic device (BNK_SRV) to the user information; (f) sending (DSPL) the transformed user information (TRN-IMG), by the secure electronic circuit to the output peripheral (SCR, SPK, PRN, TS) controlled by the secure electronic circuit; (g) obtaining authentication information (OK_NOK) by the secure electronic circuit from the input peripheral (KBD, MS, TS) controlled by the secure electronic circuit; (h) authenticating (AUTH) the secure electronic device (BNK-SRV), by the secure electronic circuit, according to the authentication information (OK_NOK) obtained. (a) taking control (CTRL) of the input peripheral (KBD, MS, TS, CAM, MIC) and of the output peripheral (SCR, SPK, PRN, TS) by the secure electronic circuit; (b) opening a secure session (VPN, TLS) by the secure electronic circuit with the secure electronic device (BNK_SRV); (c) acquiring, by the secure electronic circuit, user information; (d) sending the user information, by the secure electronic circuit to the secure electronic device (BNK_SRV); (e) receiving (RCPT), by the secure electronic circuit, transformed user information (TRN_IMG) resulting from a predetermined transformation applied by the secure electronic device (BNK_SRV) to the user information; (f) sending (DSPL) the transformed user information (TRN-IMG), by the secure electronic circuit to the output peripheral (SCR, SPK, PRN, TS) controlled by the secure electronic circuit; (g) obtaining authentication information (OK_NOK) by the secure electronic circuit from the input peripheral (KBD, MS, TS) controlled by the secure electronic circuit; (h) authenticating (AUTH) the secure electronic device (BNK-SRV), by the secure electronic circuit, according to the authentication information (OK_NOK) obtained.
A power tool comprising: a housing; a motor located in the housing and having a drive shaft configured for rotation about a longitudinal axis; an actuator operatively coupled to the drive shaft and configured to convert the rotation of the drive shaft to an oscillatory displacement in a plane, the actuator including an eccentric mechanism coupled to the drive shaft to convert drive shaft rotation to oscillatory displacement, and a link extending from said eccentric mechanism away from said tool housing and below said longitudinal axis; a tool holder connected to the link of the actuator and configured to move in response to movement of the actuator; and a working tool supported by the tool holder, the working tool having a working surface, wherein the tool holder and the working tool are configured so that the working tool is supported by said tool holder with a working end of the working tool being substantially coplanar with the longitudinal axis of the motor drive shaft, wherein the working tool is mounted to the actuator so that the side-to-side motion of the actuator is conveyed to the working tool, and wherein said link defines a bore therethrough, and wherein said tool holder is engaged within said bore with the working surface of the working tool being positioned above said bore relative to said longitudinal axis. a housing; a motor located in the housing and having a drive shaft configured for rotation about a longitudinal axis; an actuator operatively coupled to the drive shaft and configured to convert the rotation of the drive shaft to an oscillatory displacement in a plane, the actuator including an eccentric mechanism coupled to the drive shaft to convert drive shaft rotation to oscillatory displacement, and a link extending from said eccentric mechanism away from said tool housing and below said longitudinal axis; a tool holder connected to the link of the actuator and configured to move in response to movement of the actuator; and a working tool supported by the tool holder, the working tool having a working surface, wherein the tool holder and the working tool are configured so that the working tool is supported by said tool holder with a working end of the working tool being substantially coplanar with the longitudinal axis of the motor drive shaft, wherein the working tool is mounted to the actuator so that the side-to-side motion of the actuator is conveyed to the working tool, and wherein said link defines a bore therethrough, and wherein said tool holder is engaged within said bore with the working surface of the working tool being positioned above said bore relative to said longitudinal axis.
An optical analyzer system for identifying materials through transmission spectra analysis in the 700 - 1100 nm or the 900 - 1700 nm wavelength range, the system comprising: a light source comprising a ring-shaped array of LED light sources covering the 700 - 1100 nm or the 900 - 1700 nm wavelength range; a sample holder system; a sample aperture located between the light source and the sample holder system; an optical efficiency enhancing element comprising a polygonal or elliptically distorted polygonal cross section waveguide positioned between the light source and sample aperture; an optical spectrometer module operating in either of the 700-1100 nm spectral range or the 900-1700 nm spectral range, the optical spectrometer module positioned to receive light from the light source passing through the sample aperture and a sample within the sample holder system, and through a fiber-optic element, the spectrometer module comprising a linear detector array comprising sufficient detector elements to provide a spectral resolution of 10nm; and a computer or microprocessor system interfaced with the optical spectrometer, wherein the computer or microprocessor system controls the collection of spectral data, storage of the collected spectral data, and processing and analysis of the spectral data. a light source comprising a ring-shaped array of LED light sources covering the 700 - 1100 nm or the 900 - 1700 nm wavelength range; a sample holder system; a sample aperture located between the light source and the sample holder system; an optical efficiency enhancing element comprising a polygonal or elliptically distorted polygonal cross section waveguide positioned between the light source and sample aperture; an optical spectrometer module operating in either of the 700-1100 nm spectral range or the 900-1700 nm spectral range, the optical spectrometer module positioned to receive light from the light source passing through the sample aperture and a sample within the sample holder system, and through a fiber-optic element, the spectrometer module comprising a linear detector array comprising sufficient detector elements to provide a spectral resolution of 10nm; and a computer or microprocessor system interfaced with the optical spectrometer, wherein the computer or microprocessor system controls the collection of spectral data, storage of the collected spectral data, and processing and analysis of the spectral data.
Rail vehicle (4a, 4b, 4c) for passenger transport, which is configured for fully autonomous travel operation, comprising a plurality of wheels, a sensor unit for monitoring a vehicle surrounding area and a control facility for evaluating sensor signals of the sensor unit as well as for automatically controlling at least one of the wheels, characterised in that the wheels are single wheels and wherein the rail vehicle (4a, 4b, 4c) has a separate, in particular electrical drive unit for each of the wheels, wherein the respective drive unit can be controlled with the aid of the control facility and wherein the respective drive unit is a wheel hub motor or comprises a wheel hub motor.
A photovoltaic assembly comprising: a photovoltaic cell configured to convert light energy to electrical energy, wherein said photovoltaic cell comprises: a front metal layer disposed closest to a side of said photovoltaic cell intended to face light, a photovoltaic layer; and a substrate layer disposed under said photovoltaic layer; a front contact disposed above said front metal layer and configured to conduct electrical current originated from the photovoltaic cell to external circuitry; and a cushion layer disposed between said front contact and said front metal layer thereby closer to said side of said photovoltaic cell intended to face light than said front metal layer, wherein said cushion layer includes a nonconductive material that is less rigid than said front contact and characterized in that said cushion layer further comprises a plurality of vias filled with a conductive material to conduct electrical current between said front contact and said photovoltaic layer via said front metal layer. a photovoltaic cell configured to convert light energy to electrical energy, wherein said photovoltaic cell comprises: a front metal layer disposed closest to a side of said photovoltaic cell intended to face light, a photovoltaic layer; and a substrate layer disposed under said photovoltaic layer; a front metal layer disposed closest to a side of said photovoltaic cell intended to face light, a photovoltaic layer; and a substrate layer disposed under said photovoltaic layer; a front contact disposed above said front metal layer and configured to conduct electrical current originated from the photovoltaic cell to external circuitry; and a cushion layer disposed between said front contact and said front metal layer thereby closer to said side of said photovoltaic cell intended to face light than said front metal layer, wherein said cushion layer includes a nonconductive material that is less rigid than said front contact and characterized in that said cushion layer further comprises a plurality of vias filled with a conductive material to conduct electrical current between said front contact and said photovoltaic layer via said front metal layer.
A turbine engine rotor comprising at least one blade of composite material comprising fiber reinforcement densified by a matrix, each blade comprising a blade body extending between an inner end having a blade root and an outer end forming the tip of the blade, the rotor being characterized in that it includes at least one outer platform element of composite material comprising fiber reinforcement densified by a matrix, the outer platform element including at least one opening in which the outer end of a blade is engaged, the portion of the outer end of each blade that extends beyond the outer platform element including at least one slot or notch for receiving a locking element.
Support pad for covering elements, such as slabs or the like, each pad being formed by at least two parts (3, 4) which are assembled together directly or indirectly, namely a head providing a surface support and a baseplate forming a support frame, the height position of the surface support being adjusted by adjusting the assembly connection, for example by screwing or notches, between said two constituent parts (3 and 4), the pad being characterised in that it comprises at least one cleavable part (5, 5', 5", 5"'), formed in one piece with at least one of the two aforementioned constituent parts (3, 4), or with at least a third intermediate part forming an assembly part and/or adjusting element, the or each cleavable part (5, 5', 5", 5"') being configured to act as a height adjusting shim for a slab or the like and being able and designed to cooperate, after separation, with the pad head to form a local, elevated or protruding support area of a height (h) which is defined relative to the support surface.
A computer-implemented method, comprising: obtaining a representation of a source process having process functionality; translating the representation of the source process to a translated representation, wherein the translated representation includes details about tables, fields which require values, and a definition of a template hierarchy; identifying a configuration tool instance that is to be used; generating configuration templates, with the identified configuration tool instance, from the translated representation, with user configuration input mechanisms that receive user configuration inputs to configure a system instance with the process functionality, wherein the identified configuration tool instance uses metadata from the translated representation to automatically generate the configuration templates, including templates, subtemplates, question groups, and questions through which the user provides the user configuration inputs; receiving the user configuration inputs to obtain a configured configuration template; and applying the configured configuration template to the system instance to obtain a configured instance of the system that has the process functionality of the source process. obtaining a representation of a source process having process functionality; translating the representation of the source process to a translated representation, wherein the translated representation includes details about tables, fields which require values, and a definition of a template hierarchy; identifying a configuration tool instance that is to be used; generating configuration templates, with the identified configuration tool instance, from the translated representation, with user configuration input mechanisms that receive user configuration inputs to configure a system instance with the process functionality, wherein the identified configuration tool instance uses metadata from the translated representation to automatically generate the configuration templates, including templates, subtemplates, question groups, and questions through which the user provides the user configuration inputs; receiving the user configuration inputs to obtain a configured configuration template; and applying the configured configuration template to the system instance to obtain a configured instance of the system that has the process functionality of the source process.