mhurhangee/ep-ind-claims huggingface dataset:
A weighing unit for a waste collection system comprising a base, a collection unit beneath the base for storing waste, and a waste receiving unit supported on top of the base, wherein the waste receiving unit comprises a cylindrical rotary drum for receiving the waste; the weighing unit comprising: a housing defining a collection chute for receiving the waste from the cylindrical rotary drum, the housing configured to fit within the waste receiving unit and comprising a top portion complementary in shape to the rotary drum such that the top portion aligns close to but not connecting to the rotary drum; one or more movable flaps connected to and movably disposed within the housing, moveable to a closed position for weighing waste and an open position to allow waste through the housing to the collection unit; a frame for connecting the weighing unit to the waste collection system base; and a load cell connecting the housing to the frame. a housing defining a collection chute for receiving the waste from the cylindrical rotary drum, the housing configured to fit within the waste receiving unit and comprising a top portion complementary in shape to the rotary drum such that the top portion aligns close to but not connecting to the rotary drum; one or more movable flaps connected to and movably disposed within the housing, moveable to a closed position for weighing waste and an open position to allow waste through the housing to the collection unit; a frame for connecting the weighing unit to the waste collection system base; and a load cell connecting the housing to the frame.
A method performed by a terminal (2a-35, 2c-15) for a wireless communication system, the method comprising: receiving (2l-05), from a base station (2a-05, 2c-10), a radio resource control, RRC, message including a radio link control, RLC, configuration and a packet data convergence protocol, PDCP, configuration associated with a packet duplication; identifying (2l-10) whether a PDCP packet is a PDCP control data; transmitting (2l-15), to the base station (2a-05, 2c-10), the PDCP control data without the packet duplication through a primary RLC entity based on the PDCP configuration, in case that the packet duplication is activated and the PDCP packet is the PDCP control data; and transmitting (2l-20), to the base station (2a-05, 2c-10), duplicated PDCP user data through the primary RLC entity and a secondary RLC entity in case that the packet duplication is activated and the PDCP packet is a PDCP user data, wherein, in case that the packet duplication for a signaling radio bearer, SRB, is configured based on the RRC message, an initial state of the packet duplication for the SRB is an activated state, and wherein, in case that the packet duplication for a data radio bearer, DRB, is configured based on the RRC message, the initial state of the packet duplication for the DRB is indicated as one of the activate state or a deactivate state based on the RRC message. receiving (2l-05), from a base station (2a-05, 2c-10), a radio resource control, RRC, message including a radio link control, RLC, configuration and a packet data convergence protocol, PDCP, configuration associated with a packet duplication; identifying (2l-10) whether a PDCP packet is a PDCP control data; transmitting (2l-15), to the base station (2a-05, 2c-10), the PDCP control data without the packet duplication through a primary RLC entity based on the PDCP configuration, in case that the packet duplication is activated and the PDCP packet is the PDCP control data; and transmitting (2l-20), to the base station (2a-05, 2c-10), duplicated PDCP user data through the primary RLC entity and a secondary RLC entity in case that the packet duplication is activated and the PDCP packet is a PDCP user data, wherein, in case that the packet duplication for a signaling radio bearer, SRB, is configured based on the RRC message, an initial state of the packet duplication for the SRB is an activated state, and wherein, in case that the packet duplication for a data radio bearer, DRB, is configured based on the RRC message, the initial state of the packet duplication for the DRB is indicated as one of the activate state or a deactivate state based on the RRC message.
A topical composition comprising erythrulose and hydroxyacetophenone, wherein the amount of hydroxyacetophenone is selected in the range of 0.01 wt.-% to 2 wt.-%, preferably in the range of 0.1 wt.-% to 1 wt.-%, most preferably in the range of 0.1 wt.-% to 0.6 wt.-%, based on the total weight of the composition.
AC electric motor with a power of between 60 W and 100 kW for a geared motor having a gear mechanism, wherein the electric motor has an output shaft and, on the side of the output shaft, a bearing plate, wherein the output shaft is guided through a cutout in the bearing plate and can be rotated about a main axis, characterized in that an internal thread or an external thread, which surrounds the output shaft, is provided on the bearing plate for connecting the bearing plate to an intermediate flange or a gear mechanism housing, wherein the internal thread or external thread is of multi-start design and wherein a stop face is provided on the bearing plate, said stop face limiting screwing of a gear mechanism-side connecting device onto the bearing plate, wherein - the stop face, together with a corresponding stop face on the connecting device, creates a defined end position of the intermediate flange or the gear mechanism housing with respect to the bearing plate in axial terms, and - different rotation positions of the electric motor with respect to the intermediate flange or the gear mechanism housing can be achieved after the defined end position is reached on account of the multi-start capability of the internal thread or the external thread. - the stop face, together with a corresponding stop face on the connecting device, creates a defined end position of the intermediate flange or the gear mechanism housing with respect to the bearing plate in axial terms, and - different rotation positions of the electric motor with respect to the intermediate flange or the gear mechanism housing can be achieved after the defined end position is reached on account of the multi-start capability of the internal thread or the external thread.
A front part structure of a saddle-ride-type vehicle where the front part structure includes a headlight where a light body is housed between a lens and a housing and a screen which is arranged adjacent to an upper edge of the headlight, a folded portion which is folded rearwardly is formed on a lower portion of the screen, and a panel member is arranged above and adjacent to the folded portion, wherein a lower edge of the panel member is brought into contact with the folded portion of the screen and a gap is formed between the screen and the panel member, characterized in that a water drain passage which is communicated with the gap formed between the screen and the panel member is formed in the folded portion.
A security element having an optically variable structure which has an embossed structure and a coating, wherein the embossed structure and the coating are so combined that at least parts of the coating are completely visible upon perpendicular viewing, but are shadowed upon oblique viewing, wherein the embossed structure has non-line-shaped, raised emboss elements, on whose flanks pattern base elements (8, 9) of the coating are arranged at least partially in such a way that different information becomes visible in the optically variable structure upon a change of viewing direction, wherein the optically variable structure has an additional information which results from variation of the coating, characterized in that the additional information cannot be recognized or can be recognized only very weakly upon perpendicular viewing, yet can be recognized upon oblique viewing.
Method for controlling a drive system with at least two drive units, each of which is paired with at least one control unit, wherein - a total target torque is calculated by a master control unit, - the total target torque is subdivided by the master control unit into a respective individual target torque for each of the drive units and - the drive units are controlled by the control units assigned to them on the basis of the associated individual target torques, characterised in that the threshold torques for each of the drive units are determined and are taken into account by the master control unit in the apportionment of the total target torque, in that the method is implemented in a drive system with an internal combustion engine, which is sub-divided into a plurality of sub-engines, each representing a drive unit, to which a control unit is assigned, and in that when the individual target torque determined for a first sub-engine exceeds the associated threshold torque, the individual target torque determined or to be determined for a second engine section is reduced or limited to the threshold torque of the first sub-engine. - a total target torque is calculated by a master control unit, - the total target torque is subdivided by the master control unit into a respective individual target torque for each of the drive units and - the drive units are controlled by the control units assigned to them on the basis of the associated individual target torques,
A vacuum pump with a housing, a drive shaft, which is rotatably supported relative to the housing (2, 51) by at least one bearing arrangement (40, 42), and a pump mechanism, which comprises a stator component (24, 26, 28), which is arranged on the housing (2, 51), and a rotor component (14, 16, 18), which is arranged on the drive shaft axially close to the stator component (24, 26, 28), wherein the bearing arrangement (45, 52, 56) comprises at least one bearing and at least one bearing support, wherein the bearing support comprises at least three vibrating rods wherein the shaft is rotatably supported at the high vacuum side by a permanent magnetic bearing and at the fore-vacuum side by a roller bearing. characterised in that the bearing arrangement (52, 56) comprises at least one floating bearing, and in that the at least three vibrating rods at the floating bearing are formed to be resiliently mounted and in that the at least three vibrating rods of the floating bearing are arranged to be axially movable in a bearing plate or axially movable in a bearing mounting or axially movable in an outer bearing cage of the bearing.
Method of charging a battery, especially a battery of a motor vehicle with at least partial electrical traction, in which the current provided by an electrical power supply network is filtered and the electrical power of the network is fed to the battery via a voltage step-down stage and a voltage step-up stage while controlling the chopping duty ratios of said voltage step-down stage and voltage step-up stage, and wherein the harmonics engendered by the voltage step-down stage are compensated by utilizing a variable gain amplification stage, characterized in that one determines the impedance of the power supply network and adapts the variable gain as a function of the impedance of the network.
A method for receiving data of an enhanced physical downlink control channel, e-PDCCH, comprising: receiving, on available resource elements of two different antenna ports, two data streams of the e-PDCCH on the two different antenna ports; and decoding the two data streams of the e-PDCCH; wherein the two data streams are mapped onto the available resource elements of the two different antenna ports; wherein demodulation reference signals, DMRSs, corresponding to the two different antenna ports are respectively borne on two second resource groups of a first resource group, wherein the first resource group is a physical resource block pair, and each of the second resource groups comprises 12 resource elements, REs, wherein the 12 REs of one of the two second resource groups occupy three subcarriers over four orthogonal frequency division multiplexing, OFDM, symbols, and the 12 REs of the other one of the two second resource groups occupy another three subcarriers over the same four OFDM symbols, wherein each of the second resource groups is capable of bearing at least two demodulation reference signals, DMRSs, and wherein each DMRS of the at least two DMRSs is corresponding to different antenna ports. receiving, on available resource elements of two different antenna ports, two data streams of the e-PDCCH on the two different antenna ports; and decoding the two data streams of the e-PDCCH; wherein the two data streams are mapped onto the available resource elements of the two different antenna ports; wherein demodulation reference signals, DMRSs, corresponding to the two different antenna ports are respectively borne on two second resource groups of a first resource group, wherein the first resource group is a physical resource block pair, and each of the second resource groups comprises 12 resource elements, REs, wherein the 12 REs of one of the two second resource groups occupy three subcarriers over four orthogonal frequency division multiplexing, OFDM, symbols, and the 12 REs of the other one of the two second resource groups occupy another three subcarriers over the same four OFDM symbols, wherein each of the second resource groups is capable of bearing at least two demodulation reference signals, DMRSs, and wherein each DMRS of the at least two DMRSs is corresponding to different antenna ports.
A method of determining, in a screened individual, a risk of being frail, said method comprising: (a) receiving a first test level of expression of at least one LMNA gene product in epithelial cells of a biological sample from the screened individual, the biological sample comprising the at least one LMNA gene product; (b) comparing the first test of level expression of the at least one LMNA gene product to a first control level of expression of the at least one LMNA gene product to determine if the first test level is lower than, equal to or greater than the first control, wherein the first control level is the level of expression of the at least one LMNA gene product from an age-matched fit control individual; and (c) characterizing the screened individual based on the comparison; wherein the at least one LMNA gene product is selected from the group consisting of a mature lamin A-polypeptide and a ratio of the mature lamin A polypeptide to a lamin precursor polypeptide; wherein step (c) further comprises characterizing the individual as (i) being more susceptible to being frail than the control individual if the first test level of is lower than the first control level, (ii) being as susceptible to being frail as the control individual if the first test level is equal to the first control level or (iii) being less susceptible to being frail than the control individual if the first test level is higher than the control level; wherein the screened individual does not bear a genetic anomaly of a LMNA gene associated with progeria or a laminopathy. (a) receiving a first test level of expression of at least one LMNA gene product in epithelial cells of a biological sample from the screened individual, the biological sample comprising the at least one LMNA gene product; (b) comparing the first test of level expression of the at least one LMNA gene product to a first control level of expression of the at least one LMNA gene product to determine if the first test level is lower than, equal to or greater than the first control, wherein the first control level is the level of expression of the at least one LMNA gene product from an age-matched fit control individual; and (c) characterizing the screened individual based on the comparison;
A turbofan gas turbine engine comprising, in axial flow sequence, a heat exchanger module, a fan assembly, a compressor module, a turbine module, and an exhaust module, the fan assembly comprising a plurality of fan blades defining a fan diameter, the heat exchanger module being in fluid communication with the fan assembly by an inlet duct, the heat exchanger module comprising a plurality of radially-extending hollow vanes arranged in a circumferential array, with a channel extending axially between each pair of adjacent hollow vanes, an airflow entering the heat exchange module being divided between a set of vane airflows through each hollow vane, each vane airflow having a vane mass flow rate Flow Vane, and a set of channel airflows through each channel, each channel air flow having a channel mass flow rate Flow Chan, each of the hollow vanes accommodating at least one heat transfer element for the transfer of heat from a first fluid contained within the or each heat transfer element to the corresponding vane airflow passing over a surface of the or each heat transfer element; wherein each hollow vane comprises, in axial flow sequence, an inlet portion, a heat transfer portion, and an exhaust portion, characterised in that the inlet portion comprises a diffuser element, the diffuser element comprising an axially extending first duct, with an axial cross-section of the first duct having a divergent profile in the axial flow direction, and the heat transfer portion comprising at least one heat transfer element, and, the diffuser element being configured to cause the vane mass flow rate Flowvane to be lower than the channel mass flow rate Flow Chan by a user-defined margin. wherein each hollow vane comprises, in axial flow sequence, an inlet portion, a heat transfer portion, and an exhaust portion, characterised in that the inlet portion comprises a diffuser element, the diffuser element comprising an axially extending first duct, with an axial cross-section of the first duct having a divergent profile in the axial flow direction, and the heat transfer portion comprising at least one heat transfer element, and, the diffuser element being configured to cause the vane mass flow rate Flowvane to be lower than the channel mass flow rate Flow Chan by a user-defined margin.
A method of monitoring a pump in a warewash machine, the pump arranged for delivering liquid to one or more nozzles for spraying on wares, the method comprising: - utilizing a sensor mounted on the machine to detect pump vibrations, characterized in that the sensor is a tri-axial sensor, the method further comprising - determining a total magnitude of vibration during pump operation for purpose of analysis of potential failure of the pump. - utilizing a sensor mounted on the machine to detect pump vibrations, - determining a total magnitude of vibration during pump operation for purpose of analysis of potential failure of the pump.
A cartridge for an aerosol-generating system, the cartridge comprising: a container defining a cartridge cavity; a susceptor material positioned within the cartridge cavity, the susceptor material defining a plurality of interconnected interstices; and an aerosol-forming substrate in the form of a gel that is solid at room temperature, wherein the gel is positioned within the plurality of interconnected interstices. a container defining a cartridge cavity; a susceptor material positioned within the cartridge cavity, the susceptor material defining a plurality of interconnected interstices; and an aerosol-forming substrate in the form of a gel that is solid at room temperature, wherein the gel is positioned within the plurality of interconnected interstices.
A liquid oil-dispersible type eye makeup composition comprising: a volatile oil; a hard type film forming agent; and a soft type film forming agent; wherein said volatile oil is an oil that evaporates within 1 hour upon contact with the skin or keratin fibers at room temperature and atmospheric pressure; and wherein said hard type film forming agent is a silicone-based film forming agent comprising MQ resin in which M resin is represented by R 3 SiO 1/2 and Q resin is represented by SiO 2; and wherein R is an alkyl group having 1 to 8 carbon atoms or an aryl group having 5 to 15 carbon atoms; and wherein said MQ resin has M / Q ratio of 0.8 or less; and wherein said soft type film forming agent is a silicone graft acrylic polymer-based film forming agent.
Method to store or increase the energy content of a reaction mixture, said reaction being enabled by the heat input from a heat source distinct from said reaction mixture, characterized in that the energy content of the reaction mixture is stored or increased by means of an endothermic condensation reaction, said reaction mixture comprising an inorganic oxoacid compound and/or its salt and water.
A method for encrypting and decrypting an application program on a communication terminal, comprising: performing an encryption processing on an application program to be protected through an encryption key, and obtaining an encrypted application program; when a user accesses the encrypted application program, performing a matching processing on encryption information obtained and the encryption key; if a processing result is that the encryption information obtained is matched with the encryption key, performing a decryption processing on the encrypted application program; after performing a decryption processing on the encrypted application program, prompting a user to enter authentication information, and if the authentication is successful, making the user access and use the application program; wherein the encryption key is an identification number of a subscriber identification card; and the authentication information is a password of the subscriber identification card. performing an encryption processing on an application program to be protected through an encryption key, and obtaining an encrypted application program; when a user accesses the encrypted application program, performing a matching processing on encryption information obtained and the encryption key; if a processing result is that the encryption information obtained is matched with the encryption key, performing a decryption processing on the encrypted application program; after performing a decryption processing on the encrypted application program, prompting a user to enter authentication information, and if the authentication is successful, making the user access and use the application program; wherein the encryption key is an identification number of a subscriber identification card; and the authentication information is a password of the subscriber identification card.
Rail vehicle having a height control mechanism comprising suspension units that are arranged between the body and the bogie of the rail vehicle and each consist of at least one spring and at least one pneumatic or hydraulic reciprocating piston element, wherein a working medium is used for the reciprocating piston element, characterized in that the reciprocating piston element is retracted so much in train operation that it does not bridge the spacing between the body and the bogie.