mhurhangee/ep-ind-claims huggingface dataset:
Assembly comprising: a rotary shaft of a motor vehicle combustion engine; a device for separating the gases contained in the engine lubricating oil, by centrifuging the oil, the device being arranged at a front axial end of the rotary shaft; a mounting screw for mounting the separation device at the front axial end of the rotary shaft and which comprises a threaded rear portion which is screw-fitted into a complementary tapped axial hole that opens into a radial front end face of the rotary shaft and that comprises a radial clamping shoulder which bears directly or indirectly axially toward the rear against the radial front end face of the rotary shaft, characterized in that the radial shoulder is arranged axially between said threaded rear portion and a front end portion of the mounting screw on which portion the oil separation device is mounted. a rotary shaft of a motor vehicle combustion engine; a device for separating the gases contained in the engine lubricating oil, by centrifuging the oil, the device being arranged at a front axial end of the rotary shaft; a mounting screw for mounting the separation device at the front axial end of the rotary shaft and which comprises a threaded rear portion which is screw-fitted into a complementary tapped axial hole that opens into a radial front end face of the rotary shaft and that comprises a radial clamping shoulder which bears directly or indirectly axially toward the rear against the radial front end face of the rotary shaft, characterized in that the radial shoulder is arranged axially between said threaded rear portion and a front end portion of the mounting screw on which portion the oil separation device is mounted.
A method of wireless communication of data sets compliant with a Bluetooth low energy standard, and wherein audio data sets have a high priority ensuring transmission of the audio data sets before transmission of other types of data sets with lower priorities, the method comprising transmitting an audio data set having a first priority from a transmitter for reception by a receiver, in absence of an acknowledgement of receipt from the receiver, re-transmitting the audio data set in a same connection event during which the audio data set was transmitted, in presence of the acknowledgement of receipt from the receiver, transmitting a control data set having a second priority that is lower than the first priority in the same connection event during which the audio data set was transmitted.
A receiver, comprising a receiving antenna, a front-end frequency conversion module, an amplitude discriminator, an amplitude code generator, and a bit error matrix corrector, wherein the front-end frequency conversion module is configured to obtain a radio frequency signal from the receiving antenna, convert the obtained radio frequency signal into an intermediate-frequency analog signal, and then send the intermediate-frequency analog signal to the amplitude discriminator, wherein the front-end frequency conversion module comprises a low noise amplifier, a down-conversion frequency mixer, and a gain-controlled amplifier; the amplitude discriminator is connected to the front-end frequency conversion module, and is configured to generate a first signal amplitude pulse signal according to the intermediate-frequency analog signal sent by the front-end frequency conversion module, and then send the first signal amplitude pulse signal to the amplitude code generator; the amplitude code generator is connected to the amplitude discriminator, and is configured to convert the first signal amplitude pulse signal as a pulse signal into a first signal amplitude digital code as a digital signal, and then send the first signal amplitude digital code to the bit error matrix corrector, wherein the amplitude code generator is an encoder configured to convert a pulse signal into a digital signal; the bit error matrix corrector is connected to the amplitude discriminator and the amplitude code generator, and is configured to generate an amplitude correction control signal according to the first signal amplitude digital code, and then send the amplitude correction control signal to the amplitude discriminator; the amplitude discriminator is configured to correct the first signal amplitude pulse signal according to the amplitude correction control signal, so as to generate a second signal amplitude pulse signal; and the amplitude code generator is further configured to convert the second signal amplitude pulse signal into a second signal amplitude digital code, so that the receiver uses the second signal amplitude digital code as a signal amplitude digital code after carrier recovery or carrier generation.
A layered body comprising: a polymer film (A, 12), the polymer film (A, 12) including an organic piezoelectric material having a weight average molecular weight of from 50,000 to 1,000,000, having a standardized molecular orientation MORc at a reference thickness of 50 μm of from 1.0 to 15.0 as measured by a microwave transmission molecular orientation analyzer, having a degree of crystallinity of from 20% to 80% as measured by a DSC method, and having an internal haze of 50% or less with respect to visible light, wherein the MORc is determined according to the following equation: MORc = tc / t × MOR − 1 + 1 wherein MOR is the molecular orientation ratio measured by the microwave measurement method described in the section entitled "Standardized Molecular Orientation MORc" and tc is the reference thickness and t is the thickness of polymer film (A, 12); and a peelable protective film (B, 14, 14A) that contacts one main face of the polymer film (A, 12), characterized in that a maximum indentation depth hmax on a face of the protective film (B, 14, 14A) that contacts the polymer film (A, 12) is from 53 nm to 100 nm as measured by a nanoindentation method as described in the section entitled "Measurement of Characteristics" of the description. a polymer film (A, 12), the polymer film (A, 12) including an organic piezoelectric material having a weight average molecular weight of from 50,000 to 1,000,000, having a standardized molecular orientation MORc at a reference thickness of 50 μm of from 1.0 to 15.0 as measured by a microwave transmission molecular orientation analyzer, having a degree of crystallinity of from 20% to 80% as measured by a DSC method, and having an internal haze of 50% or less with respect to visible light, wherein the MORc is determined according to the following equation: MORc = tc / t × MOR − 1 + 1 wherein MOR is the molecular orientation ratio measured by the microwave measurement method described in the section entitled "Standardized Molecular Orientation MORc" and tc is the reference thickness and t is the thickness of polymer film (A, 12); and a peelable protective film (B, 14, 14A) that contacts one main face of the polymer film (A, 12), characterized in that a maximum indentation depth hmax on a face of the protective film (B, 14, 14A) that contacts the polymer film (A, 12) is from 53 nm to 100 nm as measured by a nanoindentation method as described in the section entitled "Measurement of Characteristics" of the description.
A rain awning system configured to provide rain-proof function when a door of a vehicle is opened upwardly, the rain awning system comprises: an awning stretching and receiving device mounted on a frame front crossbeam, the awning stretching and receiving device comprises a roller, an awning fabric rolled around the roller and a drive assembly configured to drive the roller to rotate; both the roller and the drive assembly are fixed on the frame front crossbeam, and the frame front crossbeam is connected to a support plate; the rain awning system further comprises an awning fabric drive device arranged on the support plate and configured to drive the awning fabric rolled around the roller to stretch outwardly, and a guide assembly configured for guiding a movement of the awning fabric is configured to be arranged between the awning fabric and the door of the vehicle; the awning fabric drive device comprises a power assembly and a receiving assembly, both the power assembly and the receiving assembly are connected on the support plate; the rain awning system is characterized in that: the power assembly comprises a blower and an air hose, one end of the air hose is connected to the blower and the other end of the air hose is connected with the awning fabric; the blower is connected in series with an air distributing valve, the awning fabric is provided therein with a plurality of gas-guide pipes and provided thereon with a gas inlet, and the other end of the air hose is connected to the gas inlet.
A method for diagnosing transitional cell carcinoma comprising detecting the presence or absence of LIM and SH3 protein 1 (LASP-1) in a urine sample obtained from a subject, wherein the presence of LASP-1 above 1 ng/500μl urine is indicative for transitional cell carcinoma.
A method of transmitting service information in a neighborhood of peer-to-peer communication groups, the method comprising: connecting a first peer-to-peer client electronic device to a first peer-to-peer communication group of electronic devices via a peer-to-peer group owner electronic device; receiving (504, 506) a service notification including a category and a sub-category from the first peer-to-peer client electronic device; transmitting the service notification via the peer-to-peer group owner electronic device to a first member electronic device of the first peer-to-peer communication group of electronic devices that is associated with the category and the sub-category in the service notification; transmitting the service notification via the peer-to-peer group owner electronic device to a second member electronic device of a second peer-to-peer communication group of electronic devices that is identified as a first bridge and is associated with the category in the service notification; receiving a response message from the second member electronic device, wherein the response message comprises addressing information indicating an address return path to the first peer-to-peer client electronic device; and transmitting the response message via the peer-to-peer group owner electronic device to the first peer-to-peer client electronic device based at least in part on the address return path. connecting a first peer-to-peer client electronic device to a first peer-to-peer communication group of electronic devices via a peer-to-peer group owner electronic device; receiving (504, 506) a service notification including a category and a sub-category from the first peer-to-peer client electronic device; transmitting the service notification via the peer-to-peer group owner electronic device to a first member electronic device of the first peer-to-peer communication group of electronic devices that is associated with the category and the sub-category in the service notification; transmitting the service notification via the peer-to-peer group owner electronic device to a second member electronic device of a second peer-to-peer communication group of electronic devices that is identified as a first bridge and is associated with the category in the service notification; receiving a response message from the second member electronic device, wherein the response message comprises addressing information indicating an address return path to the first peer-to-peer client electronic device; and transmitting the response message via the peer-to-peer group owner electronic device to the first peer-to-peer client electronic device based at least in part on the address return path.
A method for damping sub-synchronous control interactions, SSCI, in a grid-forming inverter-based resource connected to an electrical grid, the method comprising: receiving, via a controller, a current feedback signal in a synchronous reference frame; rotating, via the controller, the current feedback signal to a new reference frame associated with a sub-synchronous frequency range; determining, via the controller, a sub-synchronous component of the current feedback signal; rotating, via the controller, the sub-synchronous component of the current feedback signal back to the synchronous reference frame; determining, via the controller, a voltage command associated with sub-synchronous damping for the inverter-based resource as a function of the sub-synchronous component and a virtual resistance setting; and controlling, via the controller, the inverter-based resource, based at least in part, on the voltage command associated with the sub-synchronous damping. receiving, via a controller, a current feedback signal in a synchronous reference frame; rotating, via the controller, the current feedback signal to a new reference frame associated with a sub-synchronous frequency range; determining, via the controller, a sub-synchronous component of the current feedback signal; rotating, via the controller, the sub-synchronous component of the current feedback signal back to the synchronous reference frame; determining, via the controller, a voltage command associated with sub-synchronous damping for the inverter-based resource as a function of the sub-synchronous component and a virtual resistance setting; and controlling, via the controller, the inverter-based resource, based at least in part, on the voltage command associated with the sub-synchronous damping.
A mobile device adapted for automatic speech recognition comprising: a speech input for receiving an unknown speech input signal from a user; a local controller for: a. determining if a condition for remote ASR processing at a remote server is met, b. transforming the speech input signal into a selected one of a plurality of different speech representation types, and c. sending the transformed speech input signal to the remote server for remote ASR processing; a local ASR arrangement for performing local ASR processing of the speech input including processing any speech recognition results received from the remote server, wherein the local controller has functionality to suspend transforming the speech input signal and sending the transformed speech input signal if it determines that the condition for remote ASR processing is not met, and wherein the local ASR arrangement has processes which suspend local ASR processing except for processing speech recognition results received from the remote server if the condition for remote ASR processing is met. a speech input for receiving an unknown speech input signal from a user; a local controller for: a. determining if a condition for remote ASR processing at a remote server is met, b. transforming the speech input signal into a selected one of a plurality of different speech representation types, and c. sending the transformed speech input signal to the remote server for remote ASR processing; a. determining if a condition for remote ASR processing at a remote server is met, b. transforming the speech input signal into a selected one of a plurality of different speech representation types, and c. sending the transformed speech input signal to the remote server for remote ASR processing; a local ASR arrangement for performing local ASR processing of the speech input including processing any speech recognition results received from the remote server, wherein the local controller has functionality to suspend transforming the speech input signal and sending the transformed speech input signal if it determines that the condition for remote ASR processing is not met, and wherein the local ASR arrangement has processes which suspend local ASR processing except for processing speech recognition results received from the remote server if the condition for remote ASR processing is met.
A multi-layer sheet and a multi-layer film, each being a laminate which comprises a polycarbonate-based resin layer as a substrate and has a thermoplastic acrylic resin layer containing silicon dioxide particles as an outermost layer on one or both surfaces of the substrate, wherein the silicon dioxide particles have an average particle size of 0.1 to 2 μm, and wherein the content of the silicon dioxide particles is 0.1% to 1% by weight, relative to the total weight of the thermoplastic acrylic resin layer.
A method for controlling a control circuit comprising a controlled power distributor connected to at least two electrical loads (2, 3, 4) connected in parallel, the controlled power distributor being arranged to provide the electrical loads (2, 3, 4) with electrical power, wherein an electric melting metal fuse (5, 6, 7) is connected in series with each electrical load, the method comprising the steps of: monitoring the total current provided to the electrical loads (2, 3, 4), and in case the total current from the control circuit during normal operation exceeds a nominal preset current limit, providing a first electric pulse to the loads (2, 3, 4) during a preset first time period at a current set to a clearing current limit which is higher than the nominal preset current limit with the purpose of clearing a fuse (5, 6, 7) connected to a faulty load; and in case the total current exceeds the clearing current limit, providing a second electric pulse to the loads (2, 3, 4) during a preset second time period with the purpose of clearing the fuse (5, 6, 7) connected in series with the faulty load, wherein the current in the second electric pulse is higher than the current in the first electric pulse and wherein the second time period is shorter than the first time period. monitoring the total current provided to the electrical loads (2, 3, 4), and in case the total current from the control circuit during normal operation exceeds a nominal preset current limit, providing a first electric pulse to the loads (2, 3, 4) during a preset first time period at a current set to a clearing current limit which is higher than the nominal preset current limit with the purpose of clearing a fuse (5, 6, 7) connected to a faulty load; and in case the total current exceeds the clearing current limit, providing a second electric pulse to the loads (2, 3, 4) during a preset second time period with the purpose of clearing the fuse (5, 6, 7) connected in series with the faulty load, wherein the current in the second electric pulse is higher than the current in the first electric pulse and wherein the second time period is shorter than the first time period.
A pump assembly comprising a cutting wheel mounted on a drive shaft (12',19) in coaxial and co-rotational relation with a pump wheel, and a cutting plate stationary mountable in a pump housing between the cutting wheel and the pump wheel, the cutting plate having perforations forming passages there through for a liquid to be transported by the pump wheel in rotation, the cutting wheel and cutting plate in co-operation providing a shearing interface effective for cutting solid matter which may be entrained in the liquid, characterized in that the cutting wheel has an internal thread engaging an external thread on the drive shaft (12', 19), the pump assembly further comprises an adjusting element, which is arranged to establish an axial clearance at the shearing interface between the cutting wheel and the cutting plate by applying a separating axial force on the cutting wheel and on the drive shaft and thereby eliminating an axial play in the threaded engagement (20,21) between the cutting wheel and the drive shaft (12', 19).
A medical hydrogel composition, wherein the medical hydrogel composition comprises a first component and a second component, the first component comprises polylysine and polyethylene imine, the second component comprises one or more of 4-arm-polyethylene glycol-succinimidyl glutarate, 4-arm-polyethylene glycol-succinimidyl succinate, and 4-arm-polyethylene glycol-succinimidyl carbonate, and wherein the polylysine has a degree of polymerization of 20 or more, preferably 25 to 35, wherein in the first component, a mass ratio of the polylysine to the polyethylene imine is 0.1 to 10, wherein the weight average molecular weights of the 4-arm-polyethylene glycol-succinimidyl glutarate, the 4-arm-polyethylene glycol-succinimidyl succinate, and the 4-arm-polyethylene glycol-succinimidyl carbonate are all 2000 to 40000 Da.
Contact temperature sensor having a contact body, wherein the contact body comprises - a bottom wall by which the contact temperature sensor is brought into contact with a test piece, - a heat-conducting metal sheet or a heat-conducting foil, which is arranged on a side of the bottom wall facing towards the test piece and is configured such that it conforms to a surface shape of the test piece when the contact body is brought into contact with the test object, - a temperature sensor element, characterized in that the contact body comprises - a heat-conducting pad, which is arranged and configured to thermally couple the temperature sensor element and the heat-conducting metal sheet, the heat-conducting pad being in each case directly thermally coupled to the heat-conducting metal sheet and the temperature sensor element. - a bottom wall by which the contact temperature sensor is brought into contact with a test piece, - a heat-conducting metal sheet or a heat-conducting foil, which is arranged on a side of the bottom wall facing towards the test piece and is configured such that it conforms to a surface shape of the test piece when the contact body is brought into contact with the test object, - a temperature sensor element, characterized in that the contact body comprises - a heat-conducting pad, which is arranged and configured to thermally couple the temperature sensor element and the heat-conducting metal sheet, the heat-conducting pad being in each case directly thermally coupled to the heat-conducting metal sheet and the temperature sensor element.
A flat textile fabric in the form of a warp knitted fabric having loops and suitable for use as a component of a hook and loop fastener of the hook and loop type, the warp knitted fabric having a backing and loops (f) projecting therefrom and being formed from at least two backing yarns and at least one yarn forming the loops (f) and interlaced with the support, wherein the stitches of the loop yarn and the loops of the loop yarn are in the form of a unit in such a way that at least one loop (f) is present in the transverse and/or longitudinal direction on every second continuous stitch or every second continuous stitch of the textile fabric, wherein at least a first of said at least two backing yarns passes in a partial weft and is bound by at least a second yarn forming mesh bars of said at least two backing yarns, characterised in that said mesh columns of the textile fabric have a spacing of at least one millimetre and in that at least the first of the two backing yarns is a textured multifilament yarn and in that at least the first of the two backing yarns is formed from polyester or polyamide and in that at least the second of the two backing yarns is formed from textile polyester or polyamide and in that the fabric has a basis weight of 10 to 40 g/m 2.