mhurhangee/ep-ind-claims huggingface dataset:
A method for determining the instantaneous mass flow of a gas, such as air, in an air intake channel of an internal combustion engine of a motor vehicle, said method comprising the steps of: - measuring a time-domain signal of gas pressure at a first measurement point of said intake air channel; - measuring a time-domain signal of gas pressure at a second measurement point of said intake air channel, - obtaining for each of the measured time-domain signals of gas pressure the corresponding frequency spectrum characterised in that said method further comprises the steps of: - obtaining the frequency spectrum of the mass flow at each of said measurement points (A, B) using a model in the frequency domain linking the frequency spectrum of the measured gas pressure at said measurement points (A, B) to the frequency spectrum of the mass flow at said measurement points (A, B), wherein said model is a transfer matrix; - obtaining the time-domain signal of the mass flow rate at any measurement point (A, B) from the frequency spectrum of the mass flow at said corresponding measurement point (A, B). - measuring a time-domain signal of gas pressure at a first measurement point of said intake air channel; - measuring a time-domain signal of gas pressure at a second measurement point of said intake air channel, - obtaining for each of the measured time-domain signals of gas pressure the corresponding frequency spectrum characterised in that said method further comprises the steps of: - obtaining the frequency spectrum of the mass flow at each of said measurement points (A, B) using a model in the frequency domain linking the frequency spectrum of the measured gas pressure at said measurement points (A, B) to the frequency spectrum of the mass flow at said measurement points (A, B), wherein said model is a transfer matrix; - obtaining the time-domain signal of the mass flow rate at any measurement point (A, B) from the frequency spectrum of the mass flow at said corresponding measurement point (A, B).
A prosthesis for above-knee amputees, said prothesis having a femoral segment, which can be fixed to a femoral connection, and a tibial segment pivotally connected to each other about an articulation axis that reproduces the knee movements, said tibia segment being articulated by an ankle to a foot having toes, a sole of the foot and a heel, wherein said knee movements comprise a swing phase, between bringing the toes off the ground and landing the hell, and a stance phase, comprising landing the heel, loading the sole of the foot and bringing the toes off the ground, hydraulic damper being provided having respectively an upper hinge and a lower hinge connected respectively with said femoral segment and said tibial segment and damping the relative movement of said tibial segment with respect to said femoral segment, so that in the stance phase the tibial segment is braked with respect to the knee articulation between said femoral segment and said tibial segment, wherein the hydraulic damper comprises a cylinder -piston and stem connected to said piston and a microprocessor for adjusting the damping reaction of said damper characterized in that the damper is of hydraulic type and comprises blades (30a, 30b) arranged as check valve springs generating apertures for oil outflow according to the speed of the stem in the cylinder, in such a way to control the oil outflow in the presence of high loads.
A stopper for a sprue of a casting mould, which has a through-passage for introducing casting material into the sprue of the casting mould and which is designed such that it automatically closes the through-passage against the flow of casting material out of the casting mould.
An in vitro method for inhibiting, competing or titrating the binding of a deoxyribonucleic acid B II (DNABII) polypeptide to a microbial DNA in a biofilm, comprising contacting the microbial DNA in the biofilm with an effective amount of an isolated or recombinant polypeptide comprising a modified high mobility group-box 1 domain comprising a C45S substitution, thereby inhibiting, competing or titrating the binding of the DNABII polypeptide to the microbial DNA.
Flexible covering element for a container, wherein this element is made from a tarpaulin, a net or a fabric, having the shape of a rectangle or a rectangle with truncated corners, wherein this covering element comprises: • eyelets for passage of a tie for attaching the covering element to a container • a first element specifically for gripping the covering element, wherein this first gripping element is an eyelet located in the vicinity of at least a first corner of the covering element and arranged on a band, which runs from the first corner and extends the longitudinal edge of the covering element towards the outside of the covering element beyond a transverse edge of the covering element and parallel to the longitudinal edge, • at least one other element (22, 23, 24) specifically for gripping the covering element and arranged along the longitudinal edge of the covering element adjacent to the first corner at a distance (d2, d3, d4) from the first gripping element of less than 2000 mm, preferably less than 1000 mm. • eyelets for passage of a tie for attaching the covering element to a container • a first element specifically for gripping the covering element, wherein this first gripping element is an eyelet located in the vicinity of at least a first corner of the covering element and arranged on a band, which runs from the first corner and extends the longitudinal edge of the covering element towards the outside of the covering element beyond a transverse edge of the covering element and parallel to the longitudinal edge, • at least one other element (22, 23, 24) specifically for gripping the covering element and arranged along the longitudinal edge of the covering element adjacent to the first corner at a distance (d2, d3, d4) from the first gripping element of less than 2000 mm, preferably less than 1000 mm.
Method for identification of a given geometrical feature of an optical component, chosen within the list consisting of an ophthalmic lens or a semi-finished lens blank for ophthalmic lens, said method comprising the following steps consisting of: - providing the optical component made of an organic material with the proviso that said material can emit light at an emission wavelength λ e when being lighten at an illumination wavelength λ i which is different from the emission wavelength λ e; - illuminating a surface (16, 64) of the optical component with an incident light beam comprising at least light at the illumination wavelength but devoid from the light at the emission wavelength, wherein said surface of the optical component is illuminated in an illumination direction with an incident light beam having the form of a sheet of light substantially perpendicular to said surface of the optical component; - collecting light emitted at the emission wavelength by the illuminated surface (16, 64) of the optical component) in a viewing direction to build an image of the said surface, the angle between illumination and viewing directions is substantially between 5° and 90° and preferably substantially equal to 85°; and - processing said image by implementing computer means and applying a metrics to compare the image with reference data that are specific to the given geometrical feature, said image being processed in such a manner to produce a profile of a curve, the curve being formed by the intersection of the sheet of light and said surface, and producing and providing an identification output of said given geometrical feature from the profile of the curve. - providing the optical component made of an organic material with the proviso that said material can emit light at an emission wavelength λ e when being lighten at an illumination wavelength λ i which is different from the emission wavelength λ e; - illuminating a surface (16, 64) of the optical component with an incident light beam comprising at least light at the illumination wavelength but devoid from the light at the emission wavelength, wherein said surface of the optical component is illuminated in an illumination direction with an incident light beam having the form of a sheet of light substantially perpendicular to said surface of the optical component; - collecting light emitted at the emission wavelength by the illuminated surface (16, 64) of the optical component) in a viewing direction to build an image of the said surface, the angle between illumination and viewing directions is substantially between 5° and 90° and preferably substantially equal to 85°; and - processing said image by implementing computer means and applying a metrics to compare the image with reference data that are specific to the given geometrical feature, said image being processed in such a manner to produce a profile of a curve, the curve being formed by the intersection of the sheet of light and said surface, and producing and providing an identification output of said given geometrical feature from the profile of the curve.
A dongle for relaying communication, comprising: a first communication interface for wireless communication; a second communication interface for communication with a device; and a processor for controlling the first communication interface to download, from a server, a control program for controlling the device on the basis of identification information of the device received from the device, and controlling a second communication interface to output a control signal for controlling the device, using the downloaded control program, wherein the processor is further configured to identify a type of the device based on the received identification information, and control the first communication interface to download the control program corresponding to the determined device type from the server in an automatic way. a first communication interface for wireless communication; a second communication interface for communication with a device; and a processor for controlling the first communication interface to download, from a server, a control program for controlling the device on the basis of identification information of the device received from the device, and controlling a second communication interface to output a control signal for controlling the device, using the downloaded control program, wherein the processor is further configured to identify a type of the device based on the received identification information, and control the first communication interface to download the control program corresponding to the determined device type from the server in an automatic way.
A method, comprising: passing information from a transport-independent data buffer to at least one of one or more transport-specific data buffers, wherein a copy of the passed information is maintained in the transport-independent data buffer; sending the information from the transport-specific buffer using a corresponding transport; determining whether the information sent via the transport was successfully received by an intended recipient based on one or more transport-specific factors; if the information was successfully received by the intended recipient, deleting the copy of the passed information maintained in the transport-independent data buffer; and if the information was not successfully received by the intended recipient, selecting (1220,1222) a new transport and forwarding the copy of the passed information maintained in the transport-independent data buffer to another transport-specific data buffer corresponding to the new transport. passing information from a transport-independent data buffer to at least one of one or more transport-specific data buffers, wherein a copy of the passed information is maintained in the transport-independent data buffer; sending the information from the transport-specific buffer using a corresponding transport; determining whether the information sent via the transport was successfully received by an intended recipient based on one or more transport-specific factors; if the information was successfully received by the intended recipient, deleting the copy of the passed information maintained in the transport-independent data buffer; and if the information was not successfully received by the intended recipient, selecting (1220,1222) a new transport and forwarding the copy of the passed information maintained in the transport-independent data buffer to another transport-specific data buffer corresponding to the new transport.
An imaging detector, comprising: a scintillator array; a photosensor array optically coupled to the scintillator array; a current-to-frequency (I/F) converter, having an integrator and a comparator, that is configured to convert, during a current integration period, charge output by the photosensor array into a digital signal having a frequency indicative of the charge; characterized in that the imaging detector further comprises: logic that is configured to set a gain of the integrator for a next integration period based on the digital signal for the current integration period; a reset switch that is configured to reset the integrator based on the gain set by the logic, wherein the reset switch includes at least a first reset capacitor with a first capacitance and a second reset capacitor with a second different capacitance. a scintillator array; a photosensor array optically coupled to the scintillator array; a current-to-frequency (I/F) converter, having an integrator and a comparator, that is configured to convert, during a current integration period, charge output by the photosensor array into a digital signal having a frequency indicative of the charge; characterized in that the imaging detector further comprises: logic that is configured to set a gain of the integrator for a next integration period based on the digital signal for the current integration period; a reset switch that is configured to reset the integrator based on the gain set by the logic, wherein the reset switch includes at least a first reset capacitor with a first capacitance and a second reset capacitor with a second different capacitance. logic that is configured to set a gain of the integrator for a next integration period based on the digital signal for the current integration period; a reset switch that is configured to reset the integrator based on the gain set by the logic, wherein the reset switch includes at least a first reset capacitor with a first capacitance and a second reset capacitor with a second different capacitance.
Machine frame of a roller press with a closure element (21, 22), the closure element being seated as a hasp on the end side on a tuning fork-shaped frame element (11, 12) of the machine frame, characterized in that the closure element (21, 22) has a U-shape and, by way of its limbs, engages around in each case one limb of the tuning fork-shaped frame element (11, 12), and engages into inlets of the tuning fork-shaped frame elements (11, 12), and, in the case of horizontal loading, is supported by way of roller bearings which are situated within the tuning fork-shaped frame constituent parts against hammer head-shaped end pieces and of the tuning fork-shaped frame constituent parts, the closure having, on the inner side, a displaceable bearing which has a ball head joint and a sliding plate, by way of which a pendulum movement of the closure element on the tuning fork-shaped frame element (11, 12) is made possible.
A method for uplink, UL, transmission in an unlicensed band, the method comprising: receiving, by a wireless device, a UL grant comprising resource allocation of a physical uplink shared channel, PUSCH, and gap information, wherein the gap information is related to whether the PUSCH is a truncated PUSCH including a gap comprising the first orthogonal frequency division multiplexing, OFDM, symbol of the PUSCH; and transmitting, by the wireless device, the PUSCH in a subframe in the unlicensed band based on the UL grant. receiving, by a wireless device, a UL grant comprising resource allocation of a physical uplink shared channel, PUSCH, and gap information, wherein the gap information is related to whether the PUSCH is a truncated PUSCH including a gap comprising the first orthogonal frequency division multiplexing, OFDM, symbol of the PUSCH; and transmitting, by the wireless device, the PUSCH in a subframe in the unlicensed band based on the UL grant.
Gripper device for tufting machines, in particular for carpet production, with a gripper which has a first gripper portion for producing a looped pile, and a second gripper portion for producing a cut pile, wherein a guide part is assigned to the gripper on which the gripper is moveably mounted, characterised in that the guide part has a cutting edge.
An all-aspect air pressure probe comprising a front part with intake holes located thereon, the intake holes being connected via pneumatic channels with couplers, and a back part, attached to the front part from behind, further comprising flow vortex generators located on a surface of the front part and characterised in that the flow vortex generators include ribs formed by mating surface elements at an angle ξ≠0 with curvature lying between 0 and ±0.9/H and outline dimensions between 0.01H and 0.4H, where H is the minimum outline dimension of the front part for securing supercritical flow around the front part and for eliminating the influence of the Re number.
A method of manufacturing a cleaning tool having a cleaning sheet (100, 101, 102) and a holder for holding the cleaning sheet (100, 101, 102), wherein the cleaning sheet (100, 101, 102) has a base and a first fiber assembly (110GF1) connected to the base, comprising the steps of: stretching at least part of fibers forming the first fiber assembly (110GF1) by applying a prescribed tension at least to the first fiber assembly (110GF1), bonding the stretched first fiber assembly (110GF1) to the base, and forming a bent region in the base by releasing the application of tension from the first fiber assembly (110GF1) and thereby shrinking the fibers stretched by the tension, whereas the method is characterised in that the method comprises a step of forming an insertion opening by the bent region. stretching at least part of fibers forming the first fiber assembly (110GF1) by applying a prescribed tension at least to the first fiber assembly (110GF1), bonding the stretched first fiber assembly (110GF1) to the base, and forming a bent region in the base by releasing the application of tension from the first fiber assembly (110GF1) and thereby shrinking the fibers stretched by the tension,
A device for testing the reliability of flexible separators for separating a liquid fluid and a gaseous fluid comprising two identical rigid chambers (12a, 12b, 112), each of said chambers being subdivided by an identical flexible separator into a liquid capacity and a gas capacity, the two gas capacities communicating with each other and the two liquid capacities communicating with means for causing the volume in each of the two liquid capacities to vary in alternation, the device for testing the reliability being characterized in that the two gas capacities communicate with each other by means of an intermediate capacity (40, 140) comprising a liquid detector.
Aerostatic bearing having a sliding piece which is guided on a guiding face, having an inner, conical sliding face of an inner pneumatic bearing with a central compressed air supply, which sliding face faces the guiding face, wherein the conical sliding face is secured by means of first joints to the central compressed air supply and by means of second joints to a base of the sliding piece which is arranged at a side of the sliding piece facing away from the guiding face so that a cone angle of the conical sliding face can be changed, characterised in that the conical sliding face is surrounded by an annular sliding face of an outer pneumatic bearing which has an annular compressed air supply.
A method for joining the extinguishing system of a mobile unit to an external medium source, in which method a connecting part is arranged in the extinguishing system of the mobile unit and a counterpart is outside the mobile unit, which parts can be connected to each other, wherein the counterpart is arranged in a movable means which is moved at least between a first position in which the counterpart and the connecting part are in a standby position, and a second connection position in which a coupling is automatically formed between the connecting part and the counterpart to form a joint, wherein as the mobile unit moves the counterpart moves in the direction that the mobile unit moves and towards the mobile unit so as to arrive in said second connection position.
A method for operating in a power save mode in a wireless local area network, the method comprising: receiving, by a station after waking up, a beacon frame including a traffic indication map, TIM, from an access point; transmitting, by the station, a service period-poll frame for requesting the buffered frame to the access point when the TIM indicates that there is a buffered frame for the station, the service period-poll frame including a duration field and a target address field, the duration field indicating a duration of a polled service period initiated by the service period-poll frame, the target address field including identification information of the station, receiving, by the station, at least one buffered frame from the access point during the polled service period. receiving, by a station after waking up, a beacon frame including a traffic indication map, TIM, from an access point; transmitting, by the station, a service period-poll frame for requesting the buffered frame to the access point when the TIM indicates that there is a buffered frame for the station, the service period-poll frame including a duration field and a target address field, the duration field indicating a duration of a polled service period initiated by the service period-poll frame, the target address field including identification information of the station, the duration field indicating a duration of a polled service period initiated by the service period-poll frame, the target address field including identification information of the station, receiving, by the station, at least one buffered frame from the access point during the polled service period.
A rubber composition obtainable by compounding a rubber component containing a diene based rubber, a wet silica, a carbon black and a calcium carbonate, wherein: the compounding amount of the wet silica is 3 parts by mass or more per 100 parts by mass of the diene based rubber; the compounding amount of the calcium carbonate is 10 parts by mass or more and 120 parts by mass or less per 100 parts by mass of the diene based rubber; the diene based rubber comprises a natural rubber and a styrene-butadiene rubber; and the average primary particle size of the calcium carbonate is 0.8 μm or more and 13 μm or less. the compounding amount of the wet silica is 3 parts by mass or more per 100 parts by mass of the diene based rubber; the compounding amount of the calcium carbonate is 10 parts by mass or more and 120 parts by mass or less per 100 parts by mass of the diene based rubber; the diene based rubber comprises a natural rubber and a styrene-butadiene rubber; and the average primary particle size of the calcium carbonate is 0.8 μm or more and 13 μm or less.