mhurhangee/ep-ind-claims huggingface dataset:
A blower, in particular a side channel blower, comprising a blower housing with a shaft opening through which passes a blower motor shaft rotatable about an axis of rotation, wherein the blower motor shaft is supported relative to the blower housing by a shaft bearing, wherein the shaft bearing comprises a bearing inner ring fixed to the blower motor shaft and a bearing outer ring fixed to the blower housing, wherein the shaft opening has in an axial end region a first radial expansion region with a ring-like bottom region for providing a bearing receiving space, characterized in that the bearing outer ring is held axially between the ring-like bottom region of the first radial expansion region and a ring-like deformation region of the blower housing, which deformation region radially engages over the bearing outer ring on its side facing away from the bottom region of the first radial expansion region.
A moving unit, comprising: a first track rail and a second track rail, which are laid on a fixed portion at an interval therebetween, and respectively have guiding surfaces on surfaces opposed to each other; a first moving block, which is configured to travel on the guiding surface of the first track rail; a second moving block, which is configured to travel on the guiding surface of the second track rail; and a movable body, which is fixed to both the first moving block and the second moving block, and is configured to be freely movable along the first track rail and the second track rail, the movable body comprising a mounting and dismounting mechanism, which is configured to set the first moving block in a mounted position where the first moving block is held in contact with the track rail or a retreated position where the first moving block is retreated from the mounted position toward the second track rail such that the movable body is dismountable from the first and second track rail (2A, 2B), the mounting and dismounting mechanism being arranged on a side of the movable body facing the fixed portion when the movable body is mounted, characterized in that the mounting and dismounting mechanism is configured to retain the first moving block at least in the retreated position. a first track rail and a second track rail, which are laid on a fixed portion at an interval therebetween, and respectively have guiding surfaces on surfaces opposed to each other; a first moving block, which is configured to travel on the guiding surface of the first track rail; a second moving block, which is configured to travel on the guiding surface of the second track rail; and a movable body, which is fixed to both the first moving block and the second moving block, and is configured to be freely movable along the first track rail and the second track rail, the movable body comprising a mounting and dismounting mechanism, which is configured to set the first moving block in a mounted position where the first moving block is held in contact with the track rail or a retreated position where the first moving block is retreated from the mounted position toward the second track rail such that the movable body is dismountable from the first and second track rail (2A, 2B), the mounting and dismounting mechanism being arranged on a side of the movable body facing the fixed portion when the movable body is mounted, characterized in that the mounting and dismounting mechanism is configured to retain the first moving block at least in the retreated position.
Fuel injector, having an injector housing in which, in a guide bore, there is arranged an element, in particular a valve needle, which is movable up and down and which serves for at least indirectly opening up and closing off injection openings in the injector housing, wherein the guide bore separates two pressure chambers (20, 25), which are at different pressures, from one another, wherein fuel situated in the pressure chambers (20, 25) flows from the pressure chamber at the relatively high pressure in the direction of the pressure chamber at relatively low pressure via the guide gap formed between the element and the guide bore, and wherein the pressure chamber at relatively low pressure is connected to a fuel return line on the injector housing via a return flow duct, characterized in that the guide bore is connected to at least one outflow duct (35, 38) in which a pressure prevails which is lower than that in the pressure chamber at the relatively high pressure.
Anhydrous composition in aerosol form comprising, in particular in a physiologically acceptable medium: a) an oily phase comprising at least one volatile oil A, and b) at least one antiperspirant active agent chosen from aluminium and/or zirconium salts or complexes, and c) at least one dispersion of particles of methyl acrylate/ethyl acrylate (50/50 by weight) copolymer, stabilized by a random copolymer stabilizer containing 75.2% by weight of isobornyl acrylate, 3% of methyl acrylate, 3% of ethyl acrylate and 18.8% of monomethacryloyloxypropyl polydimethylsiloxane, in isododecane, and d) at least one propellant; wherein the liquid phase of said composition comprises a water content of less than 5% by weight, relative to the weight of the composition. a) an oily phase comprising at least one volatile oil A, and b) at least one antiperspirant active agent chosen from aluminium and/or zirconium salts or complexes, and c) at least one dispersion of particles of methyl acrylate/ethyl acrylate (50/50 by weight) copolymer, stabilized by a random copolymer stabilizer containing 75.2% by weight of isobornyl acrylate, 3% of methyl acrylate, 3% of ethyl acrylate and 18.8% of monomethacryloyloxypropyl polydimethylsiloxane, in isododecane, and d) at least one propellant;
A coating composition to be used for a drug-eluting medical device, the coating composition containing a water-insoluble drug and a basic compound which is positively charged at physiological pH, wherein the water-insoluble drug is at least one selected from the group consisting of rapamycin, paclitaxel, docetaxel, and everolimus, and wherein the basic compound is at least one selected from the group consisting of compounds represented by the following general formula and salts thereof: where A is an aromatic ring, R 1 and R 2 are each independently an alkyl or alkenyl group of 10 to 25 carbon atoms, X 1 and X 2 are each independently O, S, COO, OCO, CONH or NHCO, m is 0 or 1, and n is 0 or an integer of 1 to 6.
A method for configuring access stratum, AS, security at a network access device controller (125, 1925), operable in a network node comprising a plurality of network access devices (105, 1705) and the network access device controller, in which traffic to and from the plurality of network access devices is routed through the network access device controller, the method comprising: determining (2815, 2915) an AS security indication indicating an AS protocol layer for protecting data packets transmitted to or received from a user equipment, UE; wherein the AS security indication indicates at least one of a packet data convergence protocol, PDCP, layer, or a radio link control, RLC, layer, or a medium access control, MAC, layer; wherein the AS security indication indicates an RLC layer or a MAC layer upon identifying resource usage higher than a threshold resource usage, link congestion, an attack, or low link throughput lower than a link throughput threshold; and transmitting (2825, 2950), to one of the network access devices (105, 1705), as part of establishing a connection to the UE, the AS security indication indicating the AS protocol layer for protecting data packets, wherein the indicated AS protocol layer is processed at the network access device. determining (2815, 2915) an AS security indication indicating an AS protocol layer for protecting data packets transmitted to or received from a user equipment, UE; wherein the AS security indication indicates at least one of a packet data convergence protocol, PDCP, layer, or a radio link control, RLC, layer, or a medium access control, MAC, layer; wherein the AS security indication indicates an RLC layer or a MAC layer upon identifying resource usage higher than a threshold resource usage, link congestion, an attack, or low link throughput lower than a link throughput threshold; and transmitting (2825, 2950), to one of the network access devices (105, 1705), as part of establishing a connection to the UE, the AS security indication indicating the AS protocol layer for protecting data packets, wherein the indicated AS protocol layer is processed at the network access device.
A client device for a wireless communication system, the client device being configured to receive an indication of a first network SINR, for a first data transmission, DT1, from a network node; derive the first network SINR based on the indication of a first network SINR; estimate a SINR adjustment for a second data transmission, DT2, from the network node; compute a SINR difference value between the first network SINR and the SINR adjustment; transmit at least one first control message, CM1, comprising an indication of the SINR adjustment to the network node if the SINR difference value is larger than a threshold value, wherein the threshold value is a minimum difference between the first network SINR and the SINR adjustment, and wherein the indication of the SINR adjustment is a SINR offset value. receive an indication of a first network SINR, for a first data transmission, DT1, from a network node; derive the first network SINR based on the indication of a first network SINR; estimate a SINR adjustment for a second data transmission, DT2, from the network node; compute a SINR difference value between the first network SINR and the SINR adjustment; transmit at least one first control message, CM1, comprising an indication of the SINR adjustment to the network node if the SINR difference value is larger than a threshold value, wherein the threshold value is a minimum difference between the first network SINR and the SINR adjustment, and wherein the indication of the SINR adjustment is a SINR offset value.
An injection molding machine comprising: a strain sensor, a strain measured member whose strain is to be measured, the strain sensor being attached to the strain measured member, a magnet provided such that it is attracted to the strain measured member with a magnetic force, and a plate which carries the strain sensor, wherein the magnet is provided on the plate, and wherein the strain sensor is provided between a surface of the strain measured member and the magnet. a strain sensor, a strain measured member whose strain is to be measured, the strain sensor being attached to the strain measured member, a magnet provided such that it is attracted to the strain measured member with a magnetic force, and a plate which carries the strain sensor, wherein the magnet is provided on the plate, and wherein the strain sensor is provided between a surface of the strain measured member and the magnet.
A facial massage device, comprising: a mask having an accommodation space therein; and at least one vibration module accommodate in the accommodation space of the mask and having own power supply for allowing an independent operation, characterised in that the mask comprises a first mask and a second mask, and at least one of the first mask and the second mask has at least one insertion hole for insertion and withdrawal of the vibration module, and the circumferences of the first mask and the second mask are fixed to each other to form the accommodation space therein. a mask having an accommodation space therein; and at least one vibration module accommodate in the accommodation space of the mask and having own power supply for allowing an independent operation, characterised in that the mask comprises a first mask and a second mask, and at least one of the first mask and the second mask has at least one insertion hole for insertion and withdrawal of the vibration module, and the circumferences of the first mask and the second mask are fixed to each other to form the accommodation space therein.
A sleeping method, applied to a station operating in a wireless network comprising: determining, by the station, a first sleeping time for the station to enter a long sleep, wherein the long sleep refers to a case where the station is in a doze state of not receiving buffer indication information sent by an access point; informing, by the station, an access point of the first sleeping time; and entering, by the station, the long sleep according to the first sleeping time; characterized in that after the station enters the long sleep according to the first sleeping time, the method further comprises: during the first sleeping time, entering, by the station, an awake state at least once and sending a third radio frame to the access point; receiving, by the station, buffer data from the access point; or, receiving an acknowledgement frame from the access point, wherein the acknowledgement frame carries indication information for indicating whether the buffer data exists, and if the buffer data exists, the station receiving the buffer data when the access point obtains a channel access chance. determining, by the station, a first sleeping time for the station to enter a long sleep, wherein the long sleep refers to a case where the station is in a doze state of not receiving buffer indication information sent by an access point; informing, by the station, an access point of the first sleeping time; and entering, by the station, the long sleep according to the first sleeping time; during the first sleeping time, entering, by the station, an awake state at least once and sending a third radio frame to the access point; receiving, by the station, buffer data from the access point; or, receiving an acknowledgement frame from the access point, wherein the acknowledgement frame carries indication information for indicating whether the buffer data exists, and if the buffer data exists, the station receiving the buffer data when the access point obtains a channel access chance.
Filling apparatus for filling containers (12a-d) with liquid and/or pasty materials, in particular for a packaging machine (14a; 14d), comprising a metering apparatus (26a-d) having at least one metering pump (16a-d) comprising at least one metering swept volume (18a-d) with a capacity (24a-d) that is changeable by a metering piston (20a-d) in one piston stroke, wherein an overall swept volume (28a-d) of the metering apparatus (26a-d) comprising all metering swept volumes (18a-d) corresponds to at least a multiple of a fill volume to be dispensed to at least one container (12a-d) in a metering process, wherein the metering apparatus (26a-d) dispenses a partial volume of the overall swept volume (28a-d) during each metering process for the purposes of filling the at least one container (12a-d) to be filled within this metering process, wherein metering apparatus (26a-d) can effectuate a plurality of metering processes in succession using the overall swept volume, characterized by a control unit which is provided to actuate a sequence of work cycles with, in each case, a suction process for filling the overall swept volume (28a-d) and, in each case, a multiplicity of metering processes following the suction process, wherein the metering apparatus (26a-d) comprises at least one changeover valve (40a-d) which is provided to selectively connect the at least one metering swept volume (18a-d) with at least one inlet cross section or at least one outlet cross section (32a; 32c).
A method of cleaning an elastomeric component with plasma, the method comprising: determining a position of an elastomeric component; positioning a plasma torch within a 20 - 40 millimeter offset height range from a surface of the elastomeric component; applying plasma from the plasma torch to a surface of the elastomeric component; as a result of the plasma application, forming carbonyl functional groups in an altered region extending from the surface into the elastomeric component, the carbonyl functional groups resulting in a carbon atomic percentage concentration of 2% - 15% of a composition of the altered region; and subsequent to forming the carbonyl functional groups, applying an adhesive to the surface.
A sparging-lubricated mechanism, comprising a housing and a drive or transmission gearing disposed within the housing, the gearing possessing two toothed gear wheels (12, 14) provided with respective toothings (16, 18) intermeshing within a meshing zone, each toothing (16, 18) having a first lateral surface (24, 26) and a second lateral surface (28, 30) opposite thereto, the mechanism further also comprising a channel member separate from the housing, fixed relative to the housing, delimiting a channel and disposed to be facing the first lateral surfaces (24, 26) to the right of the meshing zone in order to channel the lubricant expelled from the meshing zone from the first lateral surfaces (24, 26) circumferentially in the meshing zone.
A method for adaptive pilot power transmission to maintain a constant reselection range for home evolved NodeBs, HeNBs, in a cell of a macro evolved NodeB, eNodeB, the method comprising: • using, by a HeNB, an offset factor and a HeNB pilot power to establish a reselection area around the HeNB, wherein the offset factor is an indication of the reselection ranges around the HeNB (step 902); • establishing, by the HeNB, a subscription with one or more user equipments, UE, that are within the reselection area (step 904); • receiving, by the HeNB, from each of the one or more UEs information about a separation distance between the UE and the eNodeB (step 906); • determining, by the HeNB, a HeNB pilot power that maintains the constant reselection range for the HeNB within the cell based on the received information about the separation distance (step 908). • using, by a HeNB, an offset factor and a HeNB pilot power to establish a reselection area around the HeNB, wherein the offset factor is an indication of the reselection ranges around the HeNB (step 902); • establishing, by the HeNB, a subscription with one or more user equipments, UE, that are within the reselection area (step 904); • receiving, by the HeNB, from each of the one or more UEs information about a separation distance between the UE and the eNodeB (step 906); • determining, by the HeNB, a HeNB pilot power that maintains the constant reselection range for the HeNB within the cell based on the received information about the separation distance (step 908).
A cleaner performing autonomous traveling, the cleaner comprising: a main body; a driving unit moving the main body; a cleaning unit for performing cleaning on a cleaning area in which the main body is positioned; and a controller for controlling an operation of the driving unit and the cleaning unit, wherein the driving unit includes: a main wheel and an auxiliary wheel; a motor for generating a driving force; a gear unit connected to the main wheel and the motor for transferring the driving force from the motor to the main wheel; a clutch member connected to the gear unit and transferring the driving force from the motor to the auxiliary wheel; and an auxiliary shaft member connected between the clutch member and the auxiliary wheel, wherein the controller changes an installation position of the auxiliary wheel according to a state of the driving unit, characterized in that the clutch member is formed as a magnetic clutch and includes a solenoid and transfers a driving force to the auxiliary wheel using a magnetic force generated in the solenoid. a main body; a driving unit moving the main body; a cleaning unit for performing cleaning on a cleaning area in which the main body is positioned; and a controller for controlling an operation of the driving unit and the cleaning unit, wherein the driving unit includes: a main wheel and an auxiliary wheel; a motor for generating a driving force; a gear unit connected to the main wheel and the motor for transferring the driving force from the motor to the main wheel; a clutch member connected to the gear unit and transferring the driving force from the motor to the auxiliary wheel; and an auxiliary shaft member connected between the clutch member and the auxiliary wheel, wherein the controller changes an installation position of the auxiliary wheel according to a state of the driving unit, characterized in that the clutch member is formed as a magnetic clutch and includes a solenoid and transfers a driving force to the auxiliary wheel using a magnetic force generated in the solenoid. a main wheel and an auxiliary wheel; a motor for generating a driving force; a gear unit connected to the main wheel and the motor for transferring the driving force from the motor to the main wheel; a clutch member connected to the gear unit and transferring the driving force from the motor to the auxiliary wheel; and an auxiliary shaft member connected between the clutch member and the auxiliary wheel, wherein the controller changes an installation position of the auxiliary wheel according to a state of the driving unit, characterized in that the clutch member is formed as a magnetic clutch and includes a solenoid and transfers a driving force to the auxiliary wheel using a magnetic force generated in the solenoid.
A section of a postal sorting machine for sorting mailpieces comprising a mailpieces conveyor device comprising elastically deformable wheels (15,16) and an image acquisition system for identifying signs on mailpieces wherein each mailpiece is moved by being nipped between said conveyor device and a wall of a housing in which wall a longitudinal slot is formed in a manner such that the signs to be identified that are placed on a face of the mailpiece are caused to appear in the slot in the wall of the housing, the image acquisition system comprising, inside the housing, an illumination module (25,26) that illuminate a surface limited by the longitudinal slot, a camera disposed to form an image of said illuminated surface, a polarization optical means (23,24) disposed between said illumination module (25,26) and said illuminated surface and a polarization optical filter disposed between said camera and said illuminated surface, characterized in that said illumination module (25,26) comprises two lighting units that are substantially identical, that are disposed symmetrically on either side of the slot, in that said slot is closed by a transparent and rigid flushed wall against which each mailpiece is pressed by the elastically deformable wheels (15,16) disposed on either side of said longitudinal slot, such as the illuminated surface opposed to the outside surface of said rigid and transparent flushed wall related to said housing limits deformation of the piece while it passes in front of said slot.