mhurhangee/ep-ind-claims huggingface dataset:
A sensor system for monitoring a motor which drives a machine arrangement via a rotating motor shaft, wherein a machine cycle (29, 29') is given by a periodic movement pattern of the machine arrangement and/or of the motor shaft and the sensor system comprises the following: at least one acceleration sensor for continuously or intermittently detecting an acceleration of the motor; and an electronic control unit which is in signal connection with the at least one acceleration sensor and which is configured, for a wear recognition, to carry out a comparison of the detected acceleration with at least one predefined threshold value and to consider the machine cycle (29, 29') in the comparison, characterized in that the electronic control unit is configured to automatically recognize the machine cycle (29, 29') based on a periodically occurring pattern in the time development of the detected acceleration of the motor, wherein the sensor system comprises a rotary encoder for continuously or intermittently detecting the angular position of the motor shaft, wherein the at least one acceleration sensor is fastened to a component of the rotary encoder, and/or wherein the at least one acceleration sensor and the electronic control unit are integrated in the rotary encoder. at least one acceleration sensor for continuously or intermittently detecting an acceleration of the motor; and an electronic control unit which is in signal connection with the at least one acceleration sensor and which is configured, for a wear recognition, to carry out a comparison of the detected acceleration with at least one predefined threshold value and to consider the machine cycle (29, 29') in the comparison, characterized in that the electronic control unit is configured to automatically recognize the machine cycle (29, 29') based on a periodically occurring pattern in the time development of the detected acceleration of the motor, wherein the sensor system comprises a rotary encoder for continuously or intermittently detecting the angular position of the motor shaft, wherein the at least one acceleration sensor is fastened to a component of the rotary encoder, and/or wherein the at least one acceleration sensor and the electronic control unit are integrated in the rotary encoder.
A method for reporting channel state information, CSI, by a user equipment, UE, in a wireless communication system, the method comprising: receiving a reference signal from a base station, BS; and reporting the CSI generated using the reference signal to the BS, wherein the CSI comprises one or more first domain precoding matrix indicators, PMIs, indicating a first precoding matrix for a first domain of a two-dimensional, 2D, antenna structure, characterised in that the CSI further comprises a reporting type indicator, RTI, indicating whether a second domain PMI indicating a second precoding matrix for a second domain of the 2D antenna structure defined by the first domain and the second domain is reported, wherein the RTI is reported prior to a Rank Indicator, RI, and wherein a rank value of the second domain is determined as 1 and a rank value of the first domain is indicated by the RI. receiving a reference signal from a base station, BS; and reporting the CSI generated using the reference signal to the BS, wherein the CSI comprises one or more first domain precoding matrix indicators, PMIs, indicating a first precoding matrix for a first domain of a two-dimensional, 2D, antenna structure, characterised in that the CSI further comprises a reporting type indicator, RTI, indicating whether a second domain PMI indicating a second precoding matrix for a second domain of the 2D antenna structure defined by the first domain and the second domain is reported, wherein the RTI is reported prior to a Rank Indicator, RI, and wherein a rank value of the second domain is determined as 1 and a rank value of the first domain is indicated by the RI.
A watermark-free hand dryer, comprising: a main body which is configured to be fastened to a wall and which generates high pressure airflow; an annular air discharge portion connecting to the main body to receive the high pressure airflow and including at least two extending sections extended from the main body and a connecting section connecting the extending sections, the extending sections, the connecting section and the main body being connected to form an annular hand drying passage to receive a user's hands; characterized in that the main body is formed at a thickness greater than that of the annular air discharge portion to form an air discharge side between the annular air discharge portion and the wall, when the hand dryer is fastened to the wall, the main body further including a water absorbing portion disposed thereon to correspond to the air discharge side; the annular discharge portion includes at least one nozzle disposed on surfaces of the extending sections and the connecting section to output the high pressure airflow towards the air discharge side at an air discharge angle (α), so that the water absorbing portion absorbs and evaporates water drops which are introduced by the high pressure airflow into the air discharge side; and that the water absorbing portion is made of materials selected from the group consisting of water absorbing ceramics and porous materials. a main body which is configured to be fastened to a wall and which generates high pressure airflow; an annular air discharge portion connecting to the main body to receive the high pressure airflow and including at least two extending sections extended from the main body and a connecting section connecting the extending sections, the extending sections, the connecting section and the main body being connected to form an annular hand drying passage to receive a user's hands; characterized in that the main body is formed at a thickness greater than that of the annular air discharge portion to form an air discharge side between the annular air discharge portion and the wall, when the hand dryer is fastened to the wall, the main body further including a water absorbing portion disposed thereon to correspond to the air discharge side; the annular discharge portion includes at least one nozzle disposed on surfaces of the extending sections and the connecting section to output the high pressure airflow towards the air discharge side at an air discharge angle (α), so that the water absorbing portion absorbs and evaporates water drops which are introduced by the high pressure airflow into the air discharge side; and that the water absorbing portion is made of materials selected from the group consisting of water absorbing ceramics and porous materials.
Household appliance for treatment of laundry, with a receiving container (11, 31) for laundry, wherein the receiving container (11, 31) is mounted such that it can rotate in the household appliance, a drive unit (20, 43) for driving the receiving container (11, 31), a control unit for actuating the drive unit (20, 43), a pump unit (16, 37) for recirculation pumping and/or drain pumping the fluid present during a cleaning and/or drying procedure in such a manner that, in a filtering phase, the fluid can be guided through a filter unit (27, 33) to filter fibres substantially released from the laundry during the cleaning and/or drying procedure, characterised in that the control unit is embodied such that the receiving container (11, 31) is in a rest position during the filtering phase, wherein the rest position of the receiving container (11, 31) is actuated in such a manner that a braking of the receiving container (11, 31) takes place along a predetermined braking curve according to a predefinable reduction of the speed, whereby it is possible to achieve a gentle braking of the receiving container (11, 31), which in turn is beneficial for the laundry to be treated. a receiving container (11, 31) for laundry, wherein the receiving container (11, 31) is mounted such that it can rotate in the household appliance, a drive unit (20, 43) for driving the receiving container (11, 31), a control unit for actuating the drive unit (20, 43), a pump unit (16, 37) for recirculation pumping and/or drain pumping the fluid present during a cleaning and/or drying procedure in such a manner that, in a filtering phase, the fluid can be guided through a filter unit (27, 33) to filter fibres substantially released from the laundry during the cleaning and/or drying procedure, characterised in that the control unit is embodied such that the receiving container (11, 31) is in a rest position during the filtering phase, wherein the rest position of the receiving container (11, 31) is actuated in such a manner that a braking of the receiving container (11, 31) takes place along a predetermined braking curve according to a predefinable reduction of the speed, whereby it is possible to achieve a gentle braking of the receiving container (11, 31), which in turn is beneficial for the laundry to be treated.
A coating comprising a blend of polyethylene glycol and at least one polyphenolic polymer, wherein said coating comprises 10% to 20% polyethylene glycol and 80% to 90% of at least one polyphenolic polymer based on the combined weight of the polyethylene glycol and polyphenolic polymer, wherein the polyphenolic polymer is selected from the group consisting of tyrosine-derived polyarylates, linear polyesteramides, dihydroxybenzoate polymers, and resorcinol-derived polymers.
A high intensity sweetener-containing carbonated beverage improved in taste, which comprises 0.005 wt% - 0.9 wt% of lysine hydrochloride and/or 0.001 wt% - 0.2 wt% of agar having an average molecular weight of 10,000 - 100,000, wherein the high intensity sweetener affords a sweetness corresponding to that afforded by 3 wt% - 15 wt% of sugar.
A method of determining the nucleotide sequence of a complex comprising: (i) a chemical entity comprising one or more scaffolds or one or more building blocks; (ii) n number of oligonucleotide tags having n-1 linkages, wherein n is an integer between 1 and 10, and wherein each of said linkages is between two adjacent tags and each tag encodes the identity of at least one of said one or more scaffolds or building blocks; and (iii) a headpiece having a first functional group operatively associated with said chemical entity and a second functional group operatively associated with at least one of said n number of tags via a first linkage, wherein a polymerase has reduced ability to read or translocate through at least one of said first linkage and n-1 linkage; wherein at least one of said first linkage and n-1 linkage comprises a chemical linkage; and wherein said chemical linkage comprises a chemical-reactive group, a photo-reactive group, an intercalating moiety, or a cross-linking oligonucleotide, said method comprising: (a) annealing one or more relay primers with said complex, wherein said one or more relay primers span said first linkage and/or n-1 linkages, wherein said complex comprises a 5'-connector at the 5'-terminus of one or more tags and a 3'-connector at the 3'-terminus of one or more tag, and wherein each of said one or more relay primers hybridizes to adjacent 5'- and 3'-connectors; (b) extending said relay primers using a polymerase to produce oligonucleotide fragments; (c) ligating said oligonucleotide fragments to produce a template; (d) optionally amplifying said template by polymerase chain reaction to produce an amplified mix; and (e) sequencing said optionally amplified mix to determine the sequence of said complex. (i) a chemical entity comprising one or more scaffolds or one or more building blocks; (ii) n number of oligonucleotide tags having n-1 linkages, wherein n is an integer between 1 and 10, and wherein each of said linkages is between two adjacent tags and each tag encodes the identity of at least one of said one or more scaffolds or building blocks; and (iii) a headpiece having a first functional group operatively associated with said chemical entity and a second functional group operatively associated with at least one of said n number of tags via a first linkage, (a) annealing one or more relay primers with said complex, wherein said one or more relay primers span said first linkage and/or n-1 linkages, wherein said complex comprises a 5'-connector at the 5'-terminus of one or more tags and a 3'-connector at the 3'-terminus of one or more tag, and wherein each of said one or more relay primers hybridizes to adjacent 5'- and 3'-connectors; (b) extending said relay primers using a polymerase to produce oligonucleotide fragments; (c) ligating said oligonucleotide fragments to produce a template; (d) optionally amplifying said template by polymerase chain reaction to produce an amplified mix; and (e) sequencing said optionally amplified mix to determine the sequence of said complex.
Procedure for obtaining a calcium aluminate precursor from dry waste from the treatment of saline dross characterized by using as feedstock: - the dry waste generated after said treatment, for the recovery of the metallic Al and salts, of the saline dross produced in the metallurgy of the secondary aluminium and - calcium oxide and/or CaO precursor; that consists in: at least one first step of mixing the dry waste and calcium oxide and/or CaO precursor, a fifth step in which a binder is added, a sixth step in which briquettes or pellets of calcium aluminate precursors are formed by means of a forming machine, a seventh step of drying of the product and an eighth step of packaging; and where the binder of the fifth step is selected among calcium stearate, wax, resins, Ca 2, solid tar, Polyetilenglicol, carboxymethylcellulose, alginates, Polyvinylpyrrolidine or aluminous cements and when the dry waste and calcium oxide and/or CaO precursor are cold formed with the binder. - the dry waste generated after said treatment, for the recovery of the metallic Al and salts, of the saline dross produced in the metallurgy of the secondary aluminium and - calcium oxide and/or CaO precursor; at least one first step of mixing the dry waste and calcium oxide and/or CaO precursor, a fifth step in which a binder is added, a sixth step in which briquettes or pellets of calcium aluminate precursors are formed by means of a forming machine, a seventh step of drying of the product and an eighth step of packaging;
A speech signal processing method, applied to an earphone, wherein the earphone comprises at least one external speech collector, and the method comprises: preprocessing a speech signal collected by the at least one external speech collector, to obtain an external speech signal; extracting an ambient sound signal from the external speech signal; and performing audio mixing processing on a first speech signal and the ambient sound signal based on amplitudes and phases of the first speech signal and the ambient sound signal and a location of the at least one external speech collector, to obtain a target speech signal; wherein the at least one external speech collector comprises at least two external speech collectors, and the extracting an ambient sound signal from the external speech signal comprises: performing coherence processing on external speech signals corresponding to the at least two external speech collectors, to obtain the ambient sound signal, and wherein the external speech signal corresponding to each external speech collector is an external speech signal obtained after a speech signal collected by the external speech collector is preprocessed. preprocessing a speech signal collected by the at least one external speech collector, to obtain an external speech signal; extracting an ambient sound signal from the external speech signal; and performing audio mixing processing on a first speech signal and the ambient sound signal based on amplitudes and phases of the first speech signal and the ambient sound signal and a location of the at least one external speech collector, to obtain a target speech signal; wherein the at least one external speech collector comprises at least two external speech collectors, and the extracting an ambient sound signal from the external speech signal comprises: performing coherence processing on external speech signals corresponding to the at least two external speech collectors, to obtain the ambient sound signal, and wherein the external speech signal corresponding to each external speech collector is an external speech signal obtained after a speech signal collected by the external speech collector is preprocessed.
An anti-theft protection system for goods presented to the public, the system comprising a control unit, a set of sensors connected to the goods presented to the public, the sensors being linked to the control unit, the control unit being capable of determining states regarding the goods, said states being at least a state of presence of the goods and a state of theft attempt and/or actual theft, the shift from a state of presence of the goods to a state of theft attempt and/or actual theft resulting, in the absence of inhibition of the detection for said sensor, in the control unit being set into alarm, said control unit comprising or being connected to a sonorous alarm generating means, the control unit further comprising wireless transmission-reception means, and the system further comprises at least one portable wireless transmitter-receiver (2, 2') capable of communicating with the wireless transmission-reception means of the control unit, the transmission-reception means of the control unit providing for searching for the functional existence of at least one portable transmitter-receiver thanks to the sending of a search signal, the functional existence of a portable transmitter-receiver being recognized by the transmission-reception means of the control unit receiving a response sent by said portable transmitter-receiver after the latter has received said search signal, characterized in that and in that the system further comprises means adapted so that, upon the setting-into-alarm of said control unit the sonorous alarm generating means is not immediately activated and the transmission-reception means of the control unit provides for searching for the functional existence of at least one portable transmitter-receiver during a determined maximum search time, and so that, in the absence of response from at least one portable transmitter-receiver at the end of the determined maximum search time, the control unit activates the sonorous alarm generating means to produce an audible alarm, and in that the system further comprises means for triggering in the control unit a pre-alarm timeout of a predetermined duration when said control unit has been set-into-alarm, the absence of pre-alarm timeout stopping by a user of the system causing the activation of the sonorous alarm generating means at the end of said pre-alarm timing in order to produce a sonorous alarm, the predetermined duration of the pre-alarm timeout being such that the activation of the sonorous alarm generating means at the end of said pre-alarm timing could only occur after the end of the determined maximum search time
An end effector, comprising: a staple cartridge comprising a staple comprising a leg; and an anvil comprising a tissue compression surface, wherein a plurality of pockets are defined in said tissue compression surface, wherein said plurality of pockets comprises a pocket comprising a cup configured to form said leg, and wherein said cup comprises a boundary surface comprising: a perimeter; a depth profile defining the depth of said cup along the length of said cup; a first curved sidewall extending from said perimeter toward said depth profile; and a second curved sidewall extending from said perimeter toward said depth profile, wherein said first curved sidewall and said second curved sidewall intersect said perimeter at a constant angle relative to the tissue compression surface along a majority of the length of said cup, wherein said boundary surface is devoid of flat surfaces. a staple cartridge comprising a staple comprising a leg; and an anvil comprising a tissue compression surface, wherein a plurality of pockets are defined in said tissue compression surface, wherein said plurality of pockets comprises a pocket comprising a cup configured to form said leg, and wherein said cup comprises a boundary surface comprising: a perimeter; a depth profile defining the depth of said cup along the length of said cup; a first curved sidewall extending from said perimeter toward said depth profile; and a second curved sidewall extending from said perimeter toward said depth profile, wherein said first curved sidewall and said second curved sidewall intersect said perimeter at a constant angle relative to the tissue compression surface along a majority of the length of said cup, wherein said boundary surface is devoid of flat surfaces. a perimeter; a depth profile defining the depth of said cup along the length of said cup; a first curved sidewall extending from said perimeter toward said depth profile; and a second curved sidewall extending from said perimeter toward said depth profile, wherein said first curved sidewall and said second curved sidewall intersect said perimeter at a constant angle relative to the tissue compression surface along a majority of the length of said cup, wherein said boundary surface is devoid of flat surfaces.