mhurhangee/ep-ind-claims huggingface dataset:
A method for forming an adhesion layer, comprising: preparing a mask having openings which are open vertically; etching a photosensitive film through the mask to form grooves corresponding to the openings of the mask in the photosensitive film; pouring polydimethylsiloxane onto the photosensitive film having the grooves, curing the polydimethylsiloxane, and separating the cured polydimethylsiloxane from the photosensitive film to manufacture a polydimethylsiloxane mold having a concavo-convex part; coating a polymer binder slurry on the polydimethylsiloxane mold having the concavo-convex part; and transferring the polymer binder slurry coated on the polydimethylsiloxane mold onto a surface of a separator or an electrode of a secondary battery to form an adhesion layer having a cavity part on the surface of the separator or the electrode, the cavity part being open vertically. preparing a mask having openings which are open vertically; etching a photosensitive film through the mask to form grooves corresponding to the openings of the mask in the photosensitive film; pouring polydimethylsiloxane onto the photosensitive film having the grooves, curing the polydimethylsiloxane, and separating the cured polydimethylsiloxane from the photosensitive film to manufacture a polydimethylsiloxane mold having a concavo-convex part; coating a polymer binder slurry on the polydimethylsiloxane mold having the concavo-convex part; and transferring the polymer binder slurry coated on the polydimethylsiloxane mold onto a surface of a separator or an electrode of a secondary battery to form an adhesion layer having a cavity part on the surface of the separator or the electrode, the cavity part being open vertically.
A method of wireless communication by a user equipment, UE, comprising: determining a channel busy ratio, CBR; determining one or more channel resource utilization limits based on the CBR, wherein each channel resource utilization limit of the one or more channel resource utilization limits corresponds to a respective packet priority; and controlling transmission of a plurality of packets based on the one or more channel resource utilization limits, each packet of the plurality of packets being associated with a respective packet priority, characterized in that each channel resource utilization limit of the one or more channel resource utilization limit is determined by: determining a CBR limit for a corresponding packet priority; determining a number of other UEs within a communication range of the UE as a function of the CBR; and determining a channel resource utilization limit for the corresponding packet priority by dividing the CBR limit for the corresponding packet priority by the number of other UEs within the communication range of the UE. determining a channel busy ratio, CBR; determining one or more channel resource utilization limits based on the CBR, wherein each channel resource utilization limit of the one or more channel resource utilization limits corresponds to a respective packet priority; and controlling transmission of a plurality of packets based on the one or more channel resource utilization limits, each packet of the plurality of packets being associated with a respective packet priority, characterized in that each channel resource utilization limit of the one or more channel resource utilization limit is determined by: determining a CBR limit for a corresponding packet priority; determining a number of other UEs within a communication range of the UE as a function of the CBR; and determining a channel resource utilization limit for the corresponding packet priority by dividing the CBR limit for the corresponding packet priority by the number of other UEs within the communication range of the UE. determining a CBR limit for a corresponding packet priority; determining a number of other UEs within a communication range of the UE as a function of the CBR; and determining a channel resource utilization limit for the corresponding packet priority by dividing the CBR limit for the corresponding packet priority by the number of other UEs within the communication range of the UE.
A receiver for detecting and recovering data from Orthogonal Frequency Division Multiplexed, OFDM, symbols, the OFDM symbols including within a repeating time frame a signalling OFDM symbol and one or more data bearing OFDM symbols, the signalling OFDM symbol including a pre-amble guard interval and a post-amble guard interval, the pre-amble and the post-amble guard intervals being formed by copying samples from a useful part of the signalling OFDM symbol in the time domain, the receiver comprising a demodulator which is arranged in operation to detect a signal representing the OFDM symbols, and to generate a sampled version of the OFDM symbols in the time domain, a signalling and guard detector, which includes a correlator comprising a first branch which forms pre-amble correlated samples from the pre-amble of the signalling OFDM symbol, and includes a first moving averaging filter, which is arranged to form pre-amble average correlated samples by averaging a value of a plurality of the pre-amble correlated samples within a moving window, the plurality of pre-amble correlated samples averaged within the moving window corresponding to a temporal length of the post-amble, Tb, a second branch which forms post-amble correlated samples from the post-amble of the signalling OFDM symbol, and includes a second moving averaging filter, which is arranged to form post-amble average correlated samples by averaging a value of a plurality of the post-amble correlated samples within a moving window, the plurality of post-amble correlated samples averaged within the moving window corresponding to a temporal length of the pre-amble, Tc, a combiner, which is arranged to combine the averaged pre-amble correlated samples and the averaged post-amble correlated samples to form output correlation samples, and a post processing detector which is arranged to detect the signalling OFDM symbol from the output correlation samples to identify a timing of the frame from which the data bearing OFDM symbols can be identified.
Crust-breaking device for molten metals, comprising a pneumatic cylinder with a cylinder housing, a piston axially slidable within the cylinder housing, a piston rod attached to the piston and guided through an opening in one end of the cylinder housing, and so the piston rod can be moved by axial movement of the piston between a retracted end position and an extended end position; further comprising an electronic control unit and a valve arrangement which can be actuated by the electronic control unit and is connected by means of working lines (8, 9) to a front pressure chamber and a rear pressure chamber within the cylinder housing, characterized by at least one metal plate (12, 13) arranged immovably within the cylinder housing in order to define an end position of the piston or the piston rod, wherein the metal plate (12, 13) and the piston are electrically connected to the control unit, and so contact of the piston with the metal plate (12, 13) effects the closing of a circuit which signals to the control unit that the piston or the piston rod has reached the final position, wherein two metal plates (12, 13) are immovably arranged within the cylinder housing and each of the metal plates (12, 13) defines an end position of the piston or the piston rod.
A vehicle air-conditioning apparatus mounted on a vehicle, comprising: a refrigerant circuit (10a, 10b); and a control unit configured to control the refrigerant circuit (10a, 10b), wherein the control unit is configured to determine whether the vehicle is stationary based on position information or speed information on the vehicle, cause the refrigerant circuit (10a, 10b) to operate when the vehicle is stationary, acquire state data on the refrigerant circuit (10a, 10b) at time when the vehicle is stationary, and detect whether abnormality occurs in the refrigerant circuit (10a, 10b) based on the state data, and characterized in that the control unit is configured to compare the state data with previously acquired state data, and detect whether abnormality occurs in the refrigerant circuit (10a, 10b) based on a result of the comparison. a refrigerant circuit (10a, 10b); and a control unit configured to control the refrigerant circuit (10a, 10b), wherein the control unit is configured to determine whether the vehicle is stationary based on position information or speed information on the vehicle, cause the refrigerant circuit (10a, 10b) to operate when the vehicle is stationary, acquire state data on the refrigerant circuit (10a, 10b) at time when the vehicle is stationary, and detect whether abnormality occurs in the refrigerant circuit (10a, 10b) based on the state data, and characterized in that the control unit is configured to compare the state data with previously acquired state data, and detect whether abnormality occurs in the refrigerant circuit (10a, 10b) based on a result of the comparison.
A product comprising: a foldover clamshell-type package, the package having opposing base and cover sections (15, 16) that are relatively movable between an open position and a closed position, with the closed position defining an enclosed volume of predetermined shape; a unitary cast silicone gel sensor pad produced in situ, having been cured within and residing within the enclosed volume, the sensor pad being of relatively uniform thickness and having an outer perimeter shape defined by the predetermined shape of the package; and wherein the sensor pad is pliable and the base section of the package is flexible to allow the base section to be manipulated to push the sensor pad therefrom and placed in a desired location. a foldover clamshell-type package, the package having opposing base and cover sections (15, 16) that are relatively movable between an open position and a closed position, with the closed position defining an enclosed volume of predetermined shape; a unitary cast silicone gel sensor pad produced in situ, having been cured within and residing within the enclosed volume, the sensor pad being of relatively uniform thickness and having an outer perimeter shape defined by the predetermined shape of the package; and wherein the sensor pad is pliable and the base section of the package is flexible to allow the base section to be manipulated to push the sensor pad therefrom and placed in a desired location.
A threshold for door of an elevator, comprising: a first profiled element extending mainly in a longitudinal direction and comprising a first upper projecting portion and a second upper projecting portion separated by a groove that is open in an upwards direction, the first upper projecting portion and the second upper projecting portion having a corresponding section narrowing (210, 220) obtained by localised recesses of vertical walls (211, 212; 221, 222) of the corresponding upper projecting portion (21, 22); a second profiled element extending mainly in said longitudinal direction and defining a first gully, said second profiled element being joint-fitted on the first profiled element in such a way that the first upper projecting portion engages the first gully; a third profiled element extending mainly in said longitudinal direction and defining a second gully, said third profiled element being joint-fitted on the first profiled element in such a way that the second upper projecting portion engages the second gully, said second profiled element and said third profiled element partially penetrating into said groove, thus defining a guide for the sliding of a leaf of said door, characterized in that said second profiled element has two reliefs (32, 33) joint-fitted into the localised recesses of the section narrowing of the first upper projecting portion and said third profiled element has two reliefs (42, 43) joint-fitted into the localised recesses of the section narrowing of the second upper projecting portion. a first profiled element extending mainly in a longitudinal direction and comprising a first upper projecting portion and a second upper projecting portion separated by a groove that is open in an upwards direction, the first upper projecting portion and the second upper projecting portion having a corresponding section narrowing (210, 220) obtained by localised recesses of vertical walls (211, 212; 221, 222) of the corresponding upper projecting portion (21, 22); a second profiled element extending mainly in said longitudinal direction and defining a first gully, said second profiled element being joint-fitted on the first profiled element in such a way that the first upper projecting portion engages the first gully; a third profiled element extending mainly in said longitudinal direction and defining a second gully, said third profiled element being joint-fitted on the first profiled element in such a way that the second upper projecting portion engages the second gully, said second profiled element and said third profiled element partially penetrating into said groove, thus defining a guide for the sliding of a leaf of said door, characterized in that said second profiled element has two reliefs (32, 33) joint-fitted into the localised recesses of the section narrowing of the first upper projecting portion and said third profiled element has two reliefs (42, 43) joint-fitted into the localised recesses of the section narrowing of the second upper projecting portion.
A method for transmitting an uplink measurement report message in a wireless dual connectivity communication network, the method being performed in a wireless device connected to the network over at least a first and a second wireless link, the method comprising: - receiving information for transmitting the uplink measurement report message from the network, indicating at least one of alternative transmission modes, the alternative transmission modes comprising: transmitting on the first wireless link; transmitting on the second wireless link; and transmitting on both the first and the second wireless links; - determining the transmission mode based on the received information and based on a type of measurement report; and - transmitting the uplink measurement report message according to the determined transmission mode. - receiving information for transmitting the uplink measurement report message from the network, indicating at least one of alternative transmission modes, the alternative transmission modes comprising: transmitting on the first wireless link; transmitting on the second wireless link; and transmitting on both the first and the second wireless links; - determining the transmission mode based on the received information and based on a type of measurement report; and - transmitting the uplink measurement report message according to the determined transmission mode.
Device which is suitable for mixing and for rheology measurement of a medium, comprising: a mixing container, which is suitable to be positioned in a frame construction, a cover plate for closing the mixing container, on the upper side of which a synchronous motor and a further motor are provided and on the lower side of which a clutch device is provided, wherein the mutual position of the cover plate and the mixing container can be changed in a vertical direction, a mixing tool and a tool for measuring rheology, characterized in that either the mixing tool, consisting of an inner mixing tool and an outer mixing tool, or the tool for measuring rheology, consisting of an inner tool for measuring rheology and an outer tool for measuring rheology can be coupled to the clutch device, and that the synchronous motor is adapted to drive either the inner mixing device or the inner tool for measuring rheology and the further motor is adapted to drive either the outer mixing tool or the outer tool for measuring rheology, and that the outer tool for measuring rheology at least comprises a mixing device. a mixing container, which is suitable to be positioned in a frame construction, a cover plate for closing the mixing container, on the upper side of which a synchronous motor and a further motor are provided and on the lower side of which a clutch device is provided, wherein the mutual position of the cover plate and the mixing container can be changed in a vertical direction, a mixing tool and a tool for measuring rheology, characterized in that either the mixing tool, consisting of an inner mixing tool and an outer mixing tool, or the tool for measuring rheology, consisting of an inner tool for measuring rheology and an outer tool for measuring rheology can be coupled to the clutch device, and that the synchronous motor is adapted to drive either the inner mixing device or the inner tool for measuring rheology and the further motor is adapted to drive either the outer mixing tool or the outer tool for measuring rheology, and that the outer tool for measuring rheology at least comprises a mixing device.
A bicycle assembly, comprising: a bicycle frame; a chain stay pivotably connected to the bicycle frame at a first pivot pin; an arm pivotably connected to the bicycle frame at a second pivot pin; a seat stay pivotably connected to the arm at a third pivot pin and coaxially connected to the chain stay by a first insert and a second insert about a rear wheel axis; wherein: the inserts (144, 170) are configured to receive a rear wheel assembly; the inserts (144, 170) each include: a stem (146, 172) constructed to pass through an opening (156, 176) formed in the chain stay and an opening (148, 174) formed in the seat stay, the stem (146, 172) being configured to engage with one of the seat stay or chain stay and being aligned with the rear wheel axis to allow for independent and coaxial rotation of the seat stay and the chain stay relative to the axis. a bicycle frame; a chain stay pivotably connected to the bicycle frame at a first pivot pin; an arm pivotably connected to the bicycle frame at a second pivot pin; a seat stay pivotably connected to the arm at a third pivot pin and coaxially connected to the chain stay by a first insert and a second insert about a rear wheel axis; wherein: the inserts (144, 170) are configured to receive a rear wheel assembly; the inserts (144, 170) each include: a stem (146, 172) constructed to pass through an opening (156, 176) formed in the chain stay and an opening (148, 174) formed in the seat stay, the stem (146, 172) being configured to engage with one of the seat stay or chain stay and being aligned with the rear wheel axis to allow for independent and coaxial rotation of the seat stay and the chain stay relative to the axis. the inserts (144, 170) are configured to receive a rear wheel assembly; the inserts (144, 170) each include: a stem (146, 172) constructed to pass through an opening (156, 176) formed in the chain stay and an opening (148, 174) formed in the seat stay, the stem (146, 172) being configured to engage with one of the seat stay or chain stay and being aligned with the rear wheel axis to allow for independent and coaxial rotation of the seat stay and the chain stay relative to the axis. a stem (146, 172) constructed to pass through an opening (156, 176) formed in the chain stay and an opening (148, 174) formed in the seat stay, the stem (146, 172) being configured to engage with one of the seat stay or chain stay and being aligned with the rear wheel axis to allow for independent and coaxial rotation of the seat stay and the chain stay relative to the axis.
Beverage dispensing unit including a container including an orifice equipped with a closure member, a beverage dispensing device including a base intended to be fixedly mounted on a reservoir containing a fluid, a fluid-dispensing nozzle able to move in translation along an axis with respect to the base, the nozzle including a collecting part and a dispensing part for the fluid, said collecting part being able to actuate the opening of a valve of the reservoir by moving said collecting part in translation, the collecting part and the dispensing part being fluidity connected by a channel for circulation of the fluid emerging at the collecting part and at the dispensing part, respectively through at least a first opening and at least a second opening, the nozzle including a support surface, the dispensing device furthermore including a lever able to pivot about an axis fixed with respect to the base, said lever including an actuation part and a support part coming into abutment on said support surface of the nozzle, so that the pivoting of the lever actuates the translation movement of the nozzle, the fluid-dispensing part being introduced into the internal volume of the container through the closure member so that the second opening of the dispensing part of the nozzle is located in the internal volume of the container, the container including a support part coming into abutment on the actuation part (45, 47) of the lever so as to allow pivoting of the lever by translation movement of the container. a beverage dispensing device including a base intended to be fixedly mounted on a reservoir containing a fluid, a fluid-dispensing nozzle able to move in translation along an axis with respect to the base, the nozzle including a collecting part and a dispensing part for the fluid, said collecting part being able to actuate the opening of a valve of the reservoir by moving said collecting part in translation, the collecting part and the dispensing part being fluidity connected by a channel for circulation of the fluid emerging at the collecting part and at the dispensing part, respectively through at least a first opening and at least a second opening, the nozzle including a support surface, the dispensing device furthermore including a lever able to pivot about an axis fixed with respect to the base, said lever including an actuation part and a support part coming into abutment on said support surface of the nozzle, so that the pivoting of the lever actuates the translation movement of the nozzle, the fluid-dispensing part being introduced into the internal volume of the container through the closure member so that the second opening of the dispensing part of the nozzle is located in the internal volume of the container, the container including a support part coming into abutment on the actuation part (45, 47) of the lever so as to allow pivoting of the lever by translation movement of the container.