mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating pedalling activity on an electrically assisted bicycle, comprising the following steps: measuring the rotational speed of a bicycle wheel; measuring the rotational speed of a crankset using a sensor that produces several samples for each revolution of the crankset, whereby a new sample of an apparent gear ratio is produced for each measurement sample; calculating an apparent gear ratio (Ba) proportional to the ratio of the measured rotational speed of the wheel to the measured rotational speed of the crankset; and analysing, in a time base where the pitch between the samples of the apparent gear ratio is considered to be constant, the evolution of the apparent gear ratio independently of a theoretical gear ratio (Bth) proportional to the number of wheel revolutions per crankset revolution, in order to deduce characteristics of pedalling activity. measuring the rotational speed of a bicycle wheel; measuring the rotational speed of a crankset using a sensor that produces several samples for each revolution of the crankset, whereby a new sample of an apparent gear ratio is produced for each measurement sample; calculating an apparent gear ratio (Ba) proportional to the ratio of the measured rotational speed of the wheel to the measured rotational speed of the crankset; and analysing, in a time base where the pitch between the samples of the apparent gear ratio is considered to be constant, the evolution of the apparent gear ratio independently of a theoretical gear ratio (Bth) proportional to the number of wheel revolutions per crankset revolution, in order to deduce characteristics of pedalling activity.
A transmission device comprising: a circuitry which, in operation, maps data and/or a reference signal onto a resource unit of a communication system, the resource unit including subcarriers of a first numerology and subcarriers of a second numerology, each of the subcarriers being orthogonal to the other subcarriers of the same numerology, wherein the first numerology differs from the second numerology at least by a larger subcarrier spacing, and the subcarriers of the first and the second numerologies are frequency-multiplexed on a subcarrier basis, and a transmitter which, in operation, transmits the mapped data and/or reference signal in the resource unit, including subcarriers of the first and/or of the second numerology, and wherein the transmitter, in operation, also transmits an indication of the mapping for the resource unit, which comprises references to subcarriers from the subcarriers of the first and/or the second numerology, where for the first numerology, the mapping indication is defined to comprise references to all subcarriers, and for the second numerology, the mapping indication is defined to comprise references to only inter-numerology-orthogonal subcarriers, each of the inter-numerology-orthogonal subcarriers being centrally aligned with a subcarrier of the first numerology. a circuitry which, in operation, maps data and/or a reference signal onto a resource unit of a communication system, the resource unit including subcarriers of a first numerology and subcarriers of a second numerology, each of the subcarriers being orthogonal to the other subcarriers of the same numerology, wherein the first numerology differs from the second numerology at least by a larger subcarrier spacing, and the subcarriers of the first and the second numerologies are frequency-multiplexed on a subcarrier basis, and a transmitter which, in operation, transmits the mapped data and/or reference signal in the resource unit, including subcarriers of the first and/or of the second numerology, and wherein the transmitter, in operation, also transmits an indication of the mapping for the resource unit, which comprises references to subcarriers from the subcarriers of the first and/or the second numerology, where for the first numerology, the mapping indication is defined to comprise references to all subcarriers, and for the second numerology, the mapping indication is defined to comprise references to only inter-numerology-orthogonal subcarriers, each of the inter-numerology-orthogonal subcarriers being centrally aligned with a subcarrier of the first numerology.
A method for refurbishing a sorbent cartridge including zirconium phosphate ("ZP") or zirconium oxide ("ZO") that has been used for treatment comprising: refurbishing the ZP or ZO via the steps of regenerating the non-disinfected ZP or ZO using an acid solution, disinfecting the regenerated ZP or ZO using a disinfecting agent, at least one of washing or filtering the regenerated and disinfected ZP or ZO, titrating the washed or filtered ZP or ZO to a desired pH, at least one of washing or filtering the titrated ZP or ZO until a desired conductivity is reached, drying the rewashed or refiltered ZP or ZO, and sieving the dried ZP or ZO. regenerating the non-disinfected ZP or ZO using an acid solution, disinfecting the regenerated ZP or ZO using a disinfecting agent, at least one of washing or filtering the regenerated and disinfected ZP or ZO, titrating the washed or filtered ZP or ZO to a desired pH, at least one of washing or filtering the titrated ZP or ZO until a desired conductivity is reached, drying the rewashed or refiltered ZP or ZO, and sieving the dried ZP or ZO.
A computer-readable storage medium comprising instructions which, when executed by a computer of a control plane gateway, cause the computer to carry out steps of: sending (601, A3), to a mobility management entity, in a process in which a first packet data network, PDN, connection is being established, a first message, wherein the first PDN connection is a PDN connection between a user equipment, UE, and a first user plane gateway, and the first message carries a tracking area, TA, identifier list corresponding to the first user plane gateway; receiving a notification message from the mobility management entity, wherein the notification message is used to notify the control plane gateway that a TA identifier of a TA in which the UE is located is not in the TA identifier list; sending , to the mobility management entity, a request message in response to the control plane gateway receives the notification message, wherein the request message is used to request the mobility management entity to trigger the UE to initiate a second PDN connection, and the second PDN connection is a PDN connection between the UE and a second user plane gateway; and establishing the second PDN connection by using the second user plane gateway. sending (601, A3), to a mobility management entity, in a process in which a first packet data network, PDN, connection is being established, a first message, wherein the first PDN connection is a PDN connection between a user equipment, UE, and a first user plane gateway, and the first message carries a tracking area, TA, identifier list corresponding to the first user plane gateway; receiving a notification message from the mobility management entity, wherein the notification message is used to notify the control plane gateway that a TA identifier of a TA in which the UE is located is not in the TA identifier list; sending , to the mobility management entity, a request message in response to the control plane gateway receives the notification message, wherein the request message is used to request the mobility management entity to trigger the UE to initiate a second PDN connection, and the second PDN connection is a PDN connection between the UE and a second user plane gateway; and establishing the second PDN connection by using the second user plane gateway.
A vibration-proof device comprising: a tubular first attaching member connected to one of a vibration generation part and a vibration reception part, and a second attaching member connected to the other thereof; an elastic body configured to connect both the attaching members to each other; a partition member configured to divide a liquid chamber in the first attaching member in which liquid is sealed into a main liquid chamber having the elastic body as a part of a wall surface, and an auxiliary liquid chamber ; and a movable member accommodated in an accommodation chamber provided in the partition member so as to be deformable or displaceable in an axial direction of the first attaching member , wherein the partition member is provided with a plurality of communication holes through which the accommodation chamber individually communicates with the main liquid chamber and the auxiliary liquid chamber , an inclined protrusion part protruding in a direction inclined with respect to both the axial direction along a central axis (O) and a radial direction of the first attaching member is formed on at least an outer circumferential edge portion of the movable member , and a width (W) in the radial direction of a root part of the inclined protrusion part is smaller than a length (H) in the axial direction from the root part to a distal end portion of the inclined protrusion part , characterized in that a straight protrusion part protruding in the axial direction is formed in a portion of the movable member located on an inner side in the radial direction of the inclined protrusion part . a tubular first attaching member connected to one of a vibration generation part and a vibration reception part, and a second attaching member connected to the other thereof; an elastic body configured to connect both the attaching members to each other; a partition member configured to divide a liquid chamber in the first attaching member in which liquid is sealed into a main liquid chamber having the elastic body as a part of a wall surface, and an auxiliary liquid chamber ; and a movable member accommodated in an accommodation chamber provided in the partition member so as to be deformable or displaceable in an axial direction of the first attaching member , wherein the partition member is provided with a plurality of communication holes through which the accommodation chamber individually communicates with the main liquid chamber and the auxiliary liquid chamber , an inclined protrusion part protruding in a direction inclined with respect to both the axial direction along a central axis (O) and a radial direction of the first attaching member is formed on at least an outer circumferential edge portion of the movable member , and a width (W) in the radial direction of a root part of the inclined protrusion part is smaller than a length (H) in the axial direction from the root part to a distal end portion of the inclined protrusion part , characterized in that a straight protrusion part protruding in the axial direction is formed in a portion of the movable member located on an inner side in the radial direction of the inclined protrusion part .
A work vehicle , comprising: - a fender covering a rear wheel ; - a seat base to which the fender is fixed and on which a seat is installed; - a step that is disposed above or below the seat base and to which the seat base is fixed; and - a first vibration insulating portion having a vibration insulating property and interposed between the step and the seat base , characterized in that - a ROPS (Rollover Protection Structure) that is disposed beside the fender and to which the fender is fixed; and - a second vibration insulating portion having a vibration insulating property and interposed between the ROPS and the fender . - a fender covering a rear wheel ; - a seat base to which the fender is fixed and on which a seat is installed; - a step that is disposed above or below the seat base and to which the seat base is fixed; and - a first vibration insulating portion having a vibration insulating property and interposed between the step and the seat base , characterized in that - a ROPS (Rollover Protection Structure) that is disposed beside the fender and to which the fender is fixed; and - a second vibration insulating portion having a vibration insulating property and interposed between the ROPS and the fender .
Method for localizing a region of interest (R) in a medium (M) in which region of interest cavitation has been produced which generated an acoustic signal, the method comprising the steps consisting in: - at each of at least three separate positions, detecting a cavitation signal (C) representative of the acoustic signal of the cavitation, - for at least two pairs of cavitation signals (C), determining a delay between the cavitation signals (C) of each pair of cavitation signals (C), - calculating a localization of the region of interest (R) based on the delays and the positions, the method being characterized in that the step of determining the delay comprises, for each pair of cavitation signals (C): - incrementally shifting one of the cavitation signal (C) with respect to the other according to a time pitch, - at each time pitch, comparing the cavitation signals (C), - identifying a maximum inter-correlation time pitch as the time pitch at which the cavitation signals (C) overlap at a maximum, - calculating the delay as a sum of the time pitches up to the maximum inter-correlation time pitch. - at each of at least three separate positions, detecting a cavitation signal (C) representative of the acoustic signal of the cavitation, - for at least two pairs of cavitation signals (C), determining a delay between the cavitation signals (C) of each pair of cavitation signals (C), - calculating a localization of the region of interest (R) based on the delays and the positions, the method being characterized in that the step of determining the delay comprises, for each pair of cavitation signals (C): - incrementally shifting one of the cavitation signal (C) with respect to the other according to a time pitch, - at each time pitch, comparing the cavitation signals (C), - identifying a maximum inter-correlation time pitch as the time pitch at which the cavitation signals (C) overlap at a maximum, - calculating the delay as a sum of the time pitches up to the maximum inter-correlation time pitch.
A wireless charging device comprising a receiving part coil; an electromagnetic-wave shielding sheet positioned on the receiving part coil, wherein the electromagnetic-wave shielding sheet exhibits a specific magnetic permeability of 100 or more at 100 kHz to 300 kHz, and comprises a metal foam including a soft magnetic metal component; and a polymer component present on the surface of the metal foam and inside the metal foam, wherein the polymer is filled in voids of the metal foam while forming a surface layer on the surface of the metal foam, characterized in that a ratio (T/MT) of a total thickness (T) to a thickness (MT) of the metal foam is in the range of 1 to 2.5, the metal foam has a porosity of 60% or more, and 85% or more pores of the whole pores in the metal foam have a pore size of 10 μm or less. a receiving part coil; an electromagnetic-wave shielding sheet positioned on the receiving part coil, wherein the electromagnetic-wave shielding sheet exhibits a specific magnetic permeability of 100 or more at 100 kHz to 300 kHz, and comprises a metal foam including a soft magnetic metal component; and a polymer component present on the surface of the metal foam and inside the metal foam, wherein the polymer is filled in voids of the metal foam while forming a surface layer on the surface of the metal foam, characterized in that a ratio (T/MT) of a total thickness (T) to a thickness (MT) of the metal foam is in the range of 1 to 2.5, the metal foam has a porosity of 60% or more, and 85% or more pores of the whole pores in the metal foam have a pore size of 10 μm or less.
A vessel cannulation device comprising: a housing having a distal end with a distal tip and a proximal end; a lumen passing through the housing and at least the distal tip; a sensor coupled to the lumen, the sensor being configured to sense a physiologic parameter; and a blunting device advancing member configured to advance a blunting device, wherein the blunting device advancing member is operably coupled to the sensor and the blunting device comprises at least one guidewire , wherein the blunting device advancing member is configured to automatically advance the blunting device in response to the sensor detecting the physiologic parameter within a pre-determined range to distinguish between an artery and a vein. a housing having a distal end with a distal tip and a proximal end; a lumen passing through the housing and at least the distal tip; a sensor coupled to the lumen, the sensor being configured to sense a physiologic parameter; and a blunting device advancing member configured to advance a blunting device, wherein the blunting device advancing member is operably coupled to the sensor and the blunting device comprises at least one guidewire , wherein the blunting device advancing member is configured to automatically advance the blunting device in response to the sensor detecting the physiologic parameter within a pre-determined range to distinguish between an artery and a vein.
Manual pulling instrument, in particular accordion, comprising: a first housing part with operating elements intended to be used with one hand by a player of the manual pulling instrument; a second housing part ; and a bellows by which the first housing part and the second housing part are moveably connected with each other; characterised in that the first housing part and/or the second housing part comprise at least one flat area onto which a plate configured in a carbon sandwich construction is glued on. a first housing part with operating elements intended to be used with one hand by a player of the manual pulling instrument; a second housing part ; and a bellows by which the first housing part and the second housing part are moveably connected with each other; characterised in that the first housing part and/or the second housing part comprise at least one flat area onto which a plate configured in a carbon sandwich construction is glued on.
Bicycle with a bicycle frame , a rear wheel and a front wheel , wherein the rear wheel and the front wheel are rotatably mounted on the bicycle frame , a camera device for recording the bicycle environment during a ride, a sensor device for detecting and recording riding data, and a recording memory device for storing recordings recorded by the camera device and for storing the temporally associated riding data recorded by the sensor device , characterized in that the recording memory device comprises a permanent memory module , wherein the camera device records permanently during a ride, and wherein the recordings made by the camera device and the riding data recorded by the sensor device are stored in the permanent memory module of the recording memory device , the recording memory device further comprises a selection memory module for storing selected recordings, wherein the recording memory device is configured in such a way that, based on a trigger signal, a recording sequence stored in permanent memory module in time immediately prior to the trigger signal is stored with the associated riding data in the selection memory module . a bicycle frame , a rear wheel and a front wheel , wherein the rear wheel and the front wheel are rotatably mounted on the bicycle frame , a camera device for recording the bicycle environment during a ride, a sensor device for detecting and recording riding data, and a recording memory device for storing recordings recorded by the camera device and for storing the temporally associated riding data recorded by the sensor device , characterized in that the recording memory device comprises a permanent memory module , wherein the camera device records permanently during a ride, and wherein the recordings made by the camera device and the riding data recorded by the sensor device are stored in the permanent memory module of the recording memory device , the recording memory device further comprises a selection memory module for storing selected recordings, wherein the recording memory device is configured in such a way that, based on a trigger signal, a recording sequence stored in permanent memory module in time immediately prior to the trigger signal is stored with the associated riding data in the selection memory module .
A root canal instrument comprising a shaft and a working portion attached to the shaft , wherein the working portion is made of a nickel-titanium alloy consisting of 38 to 46 At% nickel, 46 to 53 At% titanium, 5.5 to 8.8 At% copper and 0.05 to 0.15 At% chromium.
A measuring system for distance and/or velocity estimation between wirelessly communicating communications devices, the measuring system comprising a first measuring device and a second measuring device , wherein the measuring system is configured to, between the first measuring device and the second measuring device , - determine a first phase shift (Φ 2W (f 1 )) at a first frequency (f 1 ), - determine a second phase shift (Φ 2W (f 2 )) at a second frequency (f 2 ), - determine a third phase shift ((D 2W (f 3 )) at a third frequency (f 3 ), wherein the first measuring device comprises - a phase difference calculator , configured o to calculate a first phase difference (Δ Φ1 ) between the first phase shift (Φ 2W (f 1 )) and the second phase shift (Φ 2W (f 2 )), and o to calculate a second phase difference (Δ Φ2 ) between the second phase shift (Φ 2W (f 2 )) and the third phase shift ((D 2W (f 3 )) wherein the first measuring device further comprises a range/velocity calculator , configured - to determine a first biased distance estimate ( d̂ 1 ) from the first phase difference (Δ φ1 ), - to determine a second biased distance estimate ( d̂ 2 ) from the second phase difference (Δ Φ2 ), and - to determine an unbiased distance (d) and/or velocity (v) from the first biased distance estimate ( d̂ 1 ) and the second biased distance estimate ( d̂ 2 ). - determine a first phase shift (Φ 2W (f 1 )) at a first frequency (f 1 ), - determine a second phase shift (Φ 2W (f 2 )) at a second frequency (f 2 ), - determine a third phase shift ((D 2W (f 3 )) at a third frequency (f 3 ), - a phase difference calculator , configured o to calculate a first phase difference (Δ Φ1 ) between the first phase shift (Φ 2W (f 1 )) and the second phase shift (Φ 2W (f 2 )), and o to calculate a second phase difference (Δ Φ2 ) between the second phase shift (Φ 2W (f 2 )) and the third phase shift ((D 2W (f 3 )) o to calculate a first phase difference (Δ Φ1 ) between the first phase shift (Φ 2W (f 1 )) and the second phase shift (Φ 2W (f 2 )), and o to calculate a second phase difference (Δ Φ2 ) between the second phase shift (Φ 2W (f 2 )) and the third phase shift ((D 2W (f 3 )) - to determine a first biased distance estimate ( d̂ 1 ) from the first phase difference (Δ φ1 ), - to determine a second biased distance estimate ( d̂ 2 ) from the second phase difference (Δ Φ2 ), and - to determine an unbiased distance (d) and/or velocity (v) from the first biased distance estimate ( d̂ 1 ) and the second biased distance estimate ( d̂ 2 ).
A coating composition with antimicrobial and antisaline activity in the form of an aqueous suspension, characterized by comprising micro- and/or nano-sticks of zinc oxide ZnO and phosphocitric acid.