mhurhangee/patent-ind-claim-en huggingface dataset:
Pneumatic seed and/or fertilizer distributing machine comprising a frame , a storage container , which is arranged on the frame and designed in the shape of a funnel at least in its lower region by means of storage container walls extending obliquely to one another, for receiving seed and/or fertilizer, an outlet opening being arranged in the lowermost region of the funnel-shaped storage container (6.6') at least in one of the front and rear storage container walls , a discharge shaft extending obliquely downward from the outlet opening and having a metering device arranged at the lower end of the discharge shaft being connected to the outlet opening by means of a flange connection , at least one pneumatically acted-on conveying line being arranged below the metering device , at least one pneumatically actuated conveying line , which is at least approximately aligned in the direction of travel , being arranged below the metering device characterized in that an outlet opening is arranged in each case in the front and rear storage container wall , in that a discharge shaft , which extends obliquely downward from the outlet opening , is arranged on both outlet openings by means of a flange connection in each case, in that the discharge shaft arranged at the front outlet opening extends forward when viewed in the direction of travel , in that the discharge shaft arranged at the rear outlet opening extends backward when viewed in the direction of travel , in that , when viewed in plan view, the discharge shafts having metering elements arranged at their lower ends are arranged laterally offset from one another and the associated pneumatically actuated conveying lines are likewise arranged laterally offset from one another when viewed in plan view.
A pneumatic tire, comprising a cap tread and a base tread, the cap tread being formed from a cap tread rubber composition which comprises: at least one of styrene butadiene rubber or polybutadiene rubber; an isoprene-based rubber; a filler; and a plasticizer, the rubber composition comprising, based on 100% by mass of a rubber component therein, at least 90% by mass in total of the at least one of styrene butadiene rubber or polybutadiene rubber and 0.3% to 10% by mass of the isoprene-based rubber, the filler including, based on 100% by mass thereof, at least 80% by mass of silica, the rubber composition comprising, per 100 parts by mass of the rubber component, at least 110 parts by mass of the silica and at least 50 parts by mass of the plasticizer. at least one of styrene butadiene rubber or polybutadiene rubber; an isoprene-based rubber; a filler; and a plasticizer, the rubber composition comprising, based on 100% by mass of a rubber component therein, at least 90% by mass in total of the at least one of styrene butadiene rubber or polybutadiene rubber and 0.3% to 10% by mass of the isoprene-based rubber, the filler including, based on 100% by mass thereof, at least 80% by mass of silica, the rubber composition comprising, per 100 parts by mass of the rubber component, at least 110 parts by mass of the silica and at least 50 parts by mass of the plasticizer.
A wireless communication terminal configured to establish a link with a first wireless access system via a first communication interface, comprising: at least first and second communication interfaces , each of which corresponds to at least one of a plurality of wireless access systems ; means for notifying a control apparatus of a status of said wireless communication terminal , which changes along with movement of said wireless communication terminal; receiving means for receiving an instruction from said control apparatus via the first communication interface, the first communication interface configured to communicate with said control apparatus , said instruction including a second wireless access system determined by said control apparatus based on the status of said wireless communication terminal ; and communicating means for communicating by using the second communication interface corresponding to said second wireless access system wherein the status of the wireless communication terminal comprises at least one of: movement history of said wireless communication terminal or communication history of said wireless communication terminal. . at least first and second communication interfaces , each of which corresponds to at least one of a plurality of wireless access systems ; means for notifying a control apparatus of a status of said wireless communication terminal , which changes along with movement of said wireless communication terminal; receiving means for receiving an instruction from said control apparatus via the first communication interface, the first communication interface configured to communicate with said control apparatus , said instruction including a second wireless access system determined by said control apparatus based on the status of said wireless communication terminal ; and communicating means for communicating by using the second communication interface corresponding to said second wireless access system wherein the status of the wireless communication terminal comprises at least one of: movement history of said wireless communication terminal or communication history of said wireless communication terminal. .
A method for wireless communications by an apparatus, comprising: generating a frame having a first field that indicates a first modulation and coding scheme, MCS, set that the apparatus is capable of supporting for a first bandwidth of a plurality of bandwidths and a second field that indicates a second modulation and coding scheme, MCS, set that the apparatus is capable of supporting for a second bandwidth of the plurality of bandwidths, wherein different values of the second field indicate different MCS sets the apparatus is capable of supporting for the second bandwidth, and wherein the different MCS sets indicated by the different values of the second field correspond to different MCS sets that the apparatus can indicate via different values of the first field; and outputting the frame for transmission, wherein the method , further comprises: communicating by the apparatus using at least one of the first bandwidth and a MCS in the first MCS set, and the second bandwidth and a MCS in the second MCS set. generating a frame having a first field that indicates a first modulation and coding scheme, MCS, set that the apparatus is capable of supporting for a first bandwidth of a plurality of bandwidths and a second field that indicates a second modulation and coding scheme, MCS, set that the apparatus is capable of supporting for a second bandwidth of the plurality of bandwidths, wherein different values of the second field indicate different MCS sets the apparatus is capable of supporting for the second bandwidth, and wherein the different MCS sets indicated by the different values of the second field correspond to different MCS sets that the apparatus can indicate via different values of the first field; and outputting the frame for transmission, wherein the method , further comprises: communicating by the apparatus using at least one of the first bandwidth and a MCS in the first MCS set, and the second bandwidth and a MCS in the second MCS set.
An oral care composition comprising: a. basic amino acid in free or salt form wherein the amino acid is arginine; b. zinc oxide and zinc citrate, wherein the zinc citrate is in an amount of from 0.25 to 1.0 wt% and zinc oxide is present in an amount of from 0.75 to 1.25 wt% based on the weight of the oral care composition; c. sodium fluoride; and d. 3 wt.% - 15 wt.% of a silica abrasive which exhibits an acid pH when measured as an 5% by weight aqueous slurry in water, wherein the pH is 3.4 - 4.2. a. basic amino acid in free or salt form wherein the amino acid is arginine; b. zinc oxide and zinc citrate, wherein the zinc citrate is in an amount of from 0.25 to 1.0 wt% and zinc oxide is present in an amount of from 0.75 to 1.25 wt% based on the weight of the oral care composition; c. sodium fluoride; and d. 3 wt.% - 15 wt.% of a silica abrasive which exhibits an acid pH when measured as an 5% by weight aqueous slurry in water, wherein the pH is 3.4 - 4.2.
Collapsible security grille , comprising a multiplicity of successive bars that can be substantially stacked in a retracted state of the grille and can be substantially spaced apart with respect to each other in an extended state of the grille , wherein at least a number of the bars comprises multiple parts of bent sheet metal, characterized in that each of at least a number of the bars is a substantially hollow bar wherein each of at least a number of the bars is put together from at least a first part of bent sheet metal having a C-shaped cross-section and a second part of bent sheet metal having a C-shaped or U-shaped cross-section, and, wherein the first part is at least partly enclosing the second part , and wherein the first part defines a hollow room for accommodating the second part at least partly in an assembled state of the bar , wherein the first part comprises one or multiple supports or retaining elements for supporting the second part and/or for facilitating retaining the second part at least partly within the first part , and wherein the first part is configured to have a cross-section shaped as an inverted C, the one or more multiple supports or retaining elements being inwardly extending supports at the ends of legs of an inverted U-shaped part.
A bellows member for a flexible connection in an exhaust system, being made from thin metal material and corrugated for absorbing axial and lateral deformation, where, in a relaxed state of the bellows member , the dimensions of each inner corrugation and each adjacent outer corrugation in a plurality of adjacent corrugations satisfy the equation A= L o /L i where: L i is an axial distance measured from a first inner measurement point (p i1 ) on the inner corrugation where a tangent (t i1 ) to a meridian along the bellows member extends at 30 degrees to the axis of the bellows member , to a second inner measurement point (p i2 ) on the inner corrugation where a tangent (ti2) to the meridian extends at -30 degrees to the axis of the bellows member ; and L o is an axial distance measured from a first outer measurement point (p o1 ) on the outer corrugation where a tangent (t o1 ) to the meridian extends at 30 degrees to the axis of the bellows member , to a second outer measurement point (p o1 ) on the outer corrugation where a tangent (t o2 ) to the meridian extends at -30 degrees to the axis of the bellows member , characterized in that A has a value below 0.8 and greater than 0.6. L i is an axial distance measured from a first inner measurement point (p i1 ) on the inner corrugation where a tangent (t i1 ) to a meridian along the bellows member extends at 30 degrees to the axis of the bellows member , to a second inner measurement point (p i2 ) on the inner corrugation where a tangent (ti2) to the meridian extends at -30 degrees to the axis of the bellows member ; and L o is an axial distance measured from a first outer measurement point (p o1 ) on the outer corrugation where a tangent (t o1 ) to the meridian extends at 30 degrees to the axis of the bellows member , to a second outer measurement point (p o1 ) on the outer corrugation where a tangent (t o2 ) to the meridian extends at -30 degrees to the axis of the bellows member , characterized in that A has a value below 0.8 and greater than 0.6.
A method performed by a sensor-enabled node in a wireless communication network , the sensor-enabled node comprising a node having a Base Transceiver Station and a sensor , characterised in that the node is connected to the sensor and the sensor includes a mobile device with backhaul connection for receiving and sending information from and to other nodes, the method comprises: receiving forward link communication at the node through the mobile device from at least a first node having a first Base Transceiver Station operating in the network; determining operational parameters at the node, the operational parameters being related to the network based on the received communication; and forwarding the operational parameters from the node by the mobile device to at least a second node having a second Base Transceiver Station operating in the network, wherein the second Base Transceiver Station configures itself according to the received operational parameters determined by the node. receiving forward link communication at the node through the mobile device from at least a first node having a first Base Transceiver Station operating in the network; determining operational parameters at the node, the operational parameters being related to the network based on the received communication; and forwarding the operational parameters from the node by the mobile device to at least a second node having a second Base Transceiver Station operating in the network, wherein the second Base Transceiver Station configures itself according to the received operational parameters determined by the node.
A clock alignment module for a near field communication, NFC, controller operable in active load modulation, ALM, card mode, the module being operable during a transmit mode configured to generate and transmit transmit bursts via an antenna, and comprising: an input for receiving a field clock signal (CLK_FIELD) from the antenna; an output for outputting a local controller clock signal (CLK_FB); a transmit envelop unit configured to determine whether a time since an end of a latest transmit burst exceeds a threshold, Tdelay, the threshold being set according to time needed by the antenna to be sufficiently damped; and a phase locked loop , PLL, configured to generate the local controller clock signal and selectively lock the phase of the local controller clock signal to the phase of the field clock signal, in response to the time exceeding the threshold and a subsequent transmit burst not having started. an input for receiving a field clock signal (CLK_FIELD) from the antenna; an output for outputting a local controller clock signal (CLK_FB); a transmit envelop unit configured to determine whether a time since an end of a latest transmit burst exceeds a threshold, Tdelay, the threshold being set according to time needed by the antenna to be sufficiently damped; and a phase locked loop , PLL, configured to generate the local controller clock signal and selectively lock the phase of the local controller clock signal to the phase of the field clock signal, in response to the time exceeding the threshold and a subsequent transmit burst not having started.
A mobility control method performed by a mobile terminal in a mobile communication network including cells of multiple types differing in cell size , comprising: receiving first information, second information, third information and reference power information being broadcast from a base station ; setting a Time to trigger for individual neighbor cells or individual neighbor cell types; and performing mobility control by determining whether or not a predetermined mobility criterion remains satisfied during the Time to trigger for a neighbor cell; wherein the first information indicates a first Time to trigger which is applied to one or more cells of a plurality of cells to be measured by the mobile terminal ; wherein the second information indicates a second Time to trigger which is applied to the remaining cells of the plurality of cells; and wherein the third information indicates one or more cells to which the first Time to trigger is applied, wherein the cell to which the first Time to trigger is applied is larger than the remaining cells, wherein a cell type is estimated based on the reference power information, wherein a value of the second Time to trigger is larger than a value of the first Time to trigger, and wherein each of the plurality of cells can be identified by a Physical Cell ID. receiving first information, second information, third information and reference power information being broadcast from a base station ; setting a Time to trigger for individual neighbor cells or individual neighbor cell types; and performing mobility control by determining whether or not a predetermined mobility criterion remains satisfied during the Time to trigger for a neighbor cell; wherein the first information indicates a first Time to trigger which is applied to one or more cells of a plurality of cells to be measured by the mobile terminal ; wherein the second information indicates a second Time to trigger which is applied to the remaining cells of the plurality of cells; and wherein the third information indicates one or more cells to which the first Time to trigger is applied, wherein the cell to which the first Time to trigger is applied is larger than the remaining cells, wherein a cell type is estimated based on the reference power information, wherein a value of the second Time to trigger is larger than a value of the first Time to trigger, and wherein each of the plurality of cells can be identified by a Physical Cell ID.
An excavator comprising: a lower traveling body ; an upper turning body turnably mounted to the lower traveling body ; a hydraulic actuator configured to drive a driven part including the lower traveling body and the upper turning body ; a hydraulic pump configured to supply hydraulic oil to the hydraulic actuator; a hydraulic control device configured to drive the hydraulic actuator by using the hydraulic oil supplied from the hydraulic pump ; a motor configured to drive the hydraulic pump ; and a power storage device configured to supply power to the motor , wherein the power storage device is mounted at a right front portion of the upper turning body , and the hydraulic pump and the motor are mounted at a rear portion of the upper turning body , characterized in that the hydraulic control device is arranged above at least one of the hydraulic pump and the motor in a top view of the upper turning body . a lower traveling body ; an upper turning body turnably mounted to the lower traveling body ; a hydraulic actuator configured to drive a driven part including the lower traveling body and the upper turning body ; a hydraulic pump configured to supply hydraulic oil to the hydraulic actuator; a hydraulic control device configured to drive the hydraulic actuator by using the hydraulic oil supplied from the hydraulic pump ; a motor configured to drive the hydraulic pump ; and a power storage device configured to supply power to the motor , wherein the power storage device is mounted at a right front portion of the upper turning body , and the hydraulic pump and the motor are mounted at a rear portion of the upper turning body , characterized in that the hydraulic control device is arranged above at least one of the hydraulic pump and the motor in a top view of the upper turning body .
A combustion engine comprising a crankshaft and at least one cylinder assembly, each cylinder assembly comprising: - a hollow cylinder , - a piston positioned in the cylinder and able to travel in the cylinder in a linear reciprocating motion, - a guide unit positioned in the cylinder between the piston and the crankshaft and able to travel in the cylinder in a reciprocating motion, - a piston rod coupled to the crankshaft , as well as to the guide unit and via a link rod coupled to the piston , wherein the piston rod has - a first hub arranged in its head for coupling with the crankshaft , - a second hub arranged in its foot for coupling with the guide unit , and - a third hub arranged in its foot for coupling with the link rod which is coupled to the piston , characterised in that the cylinder assembly is arranged so that: - the second hub of the piston rod is connected to the guide unit at a position which is offset from the centre line of the cylinder a certain distance, - the crankshaft is positioned offset from the centre line of the cylinder at a distance which corresponds to the distance which the second hub is offset from the centre line of the cylinder , such that when the crankshaft reaches its TDC, the first hub and the second hub form an imaginary line parallel to the centre line of the cylinder - the link rod is connected to the piston and to the third hub substantially in the centre line of the cylinder so that the link rod is substantially aligned with the centre line of the cylinder thus creating a geometry avoiding lateral forces on the piston . - a hollow cylinder , - a piston positioned in the cylinder and able to travel in the cylinder in a linear reciprocating motion, - a guide unit positioned in the cylinder between the piston and the crankshaft and able to travel in the cylinder in a reciprocating motion, - a piston rod coupled to the crankshaft , as well as to the guide unit and via a link rod coupled to the piston , wherein the piston rod has - a first hub arranged in its head for coupling with the crankshaft , - a second hub arranged in its foot for coupling with the guide unit , and - a third hub arranged in its foot for coupling with the link rod which is coupled to the piston , - the second hub of the piston rod is connected to the guide unit at a position which is offset from the centre line of the cylinder a certain distance, - the crankshaft is positioned offset from the centre line of the cylinder at a distance which corresponds to the distance which the second hub is offset from the centre line of the cylinder , such that when the crankshaft reaches its TDC, the first hub and the second hub form an imaginary line parallel to the centre line of the cylinder - the link rod is connected to the piston and to the third hub substantially in the centre line of the cylinder so that the link rod is substantially aligned with the centre line of the cylinder thus creating a geometry avoiding lateral forces on the piston .
A ventilated adjustable headrest , comprising: an adjustable insert , wherein the adjustable insert comprises two or more adjustable portions hingedly connected to a center portion; a nozzle fixedly attached to the adjustable insert, wherein the nozzle is configured to receive forced air from a ventilation system ; a mesh pad , wherein the nozzle is configured to deliver the forced air to the mesh pad ; a cushion ; a perforated covering enclosing the mesh pad and the cushion, wherein the mesh pad is configured to allow the forced air to flow through the mesh pad to the perforated covering, wherein the perforated covering comprises a plurality of perforations on a front side of the perforated covering, wherein the plurality of perforations are configured to permit a fluid transfer of the forced air through the front side of the perforated covering, wherein the adjustable insert is coupled to the perforated covering. an adjustable insert , wherein the adjustable insert comprises two or more adjustable portions hingedly connected to a center portion; a nozzle fixedly attached to the adjustable insert, wherein the nozzle is configured to receive forced air from a ventilation system ; a mesh pad , wherein the nozzle is configured to deliver the forced air to the mesh pad ; a cushion ; a perforated covering enclosing the mesh pad and the cushion, wherein the mesh pad is configured to allow the forced air to flow through the mesh pad to the perforated covering, wherein the perforated covering comprises a plurality of perforations on a front side of the perforated covering, wherein the plurality of perforations are configured to permit a fluid transfer of the forced air through the front side of the perforated covering, wherein the adjustable insert is coupled to the perforated covering.