mhurhangee/patent-ind-claim-en huggingface dataset:
A system for providing hydraulic power to a plurality of hydraulic circuits of a machine , comprising: a plurality of hydraulic pumps for supplying the plurality of hydraulic circuits with hydraulic fluid; a plurality of control valves operable to associate each of the plurality of hydraulic pumps with one of the plurality of hydraulic circuits for supplying hydraulic fluid exclusively to the associated hydraulic circuit ; and a control unit configured to: determine a hydraulic flow required by each of the plurality of hydraulic circuits ; determine a number of hydraulic pumps to be associated with each of the plurality of hydraulic circuits based on the hydraulic flows required by the plurality of hydraulic circuits ; operate the plurality of control valves to exclusively associate the determined number of hydraulic pumps with each of the plurality of hydraulic circuits ; and operate the plurality of hydraulic pumps to supply the required hydraulic flow to each of the plurality of hydraulic circuits , wherein the system is characterised by a plurality of sensors for detecting an overrunning load condition in one or more of the plurality of hydraulic circuits , and the control unit is configured to modify the hydraulic flow supplied to the one or more hydraulic circuits for which the overrunning load condition is detected. a plurality of hydraulic pumps for supplying the plurality of hydraulic circuits with hydraulic fluid; a plurality of control valves operable to associate each of the plurality of hydraulic pumps with one of the plurality of hydraulic circuits for supplying hydraulic fluid exclusively to the associated hydraulic circuit ; and a control unit configured to: determine a hydraulic flow required by each of the plurality of hydraulic circuits ; determine a number of hydraulic pumps to be associated with each of the plurality of hydraulic circuits based on the hydraulic flows required by the plurality of hydraulic circuits ; operate the plurality of control valves to exclusively associate the determined number of hydraulic pumps with each of the plurality of hydraulic circuits ; and operate the plurality of hydraulic pumps to supply the required hydraulic flow to each of the plurality of hydraulic circuits , determine a hydraulic flow required by each of the plurality of hydraulic circuits ; determine a number of hydraulic pumps to be associated with each of the plurality of hydraulic circuits based on the hydraulic flows required by the plurality of hydraulic circuits ; operate the plurality of control valves to exclusively associate the determined number of hydraulic pumps with each of the plurality of hydraulic circuits ; and operate the plurality of hydraulic pumps to supply the required hydraulic flow to each of the plurality of hydraulic circuits , wherein the system is characterised by a plurality of sensors for detecting an overrunning load condition in one or more of the plurality of hydraulic circuits , and the control unit is configured to modify the hydraulic flow supplied to the one or more hydraulic circuits for which the overrunning load condition is detected.
A projection material for mechanical plating, wherein in the projection material a steel particle is used as a core, and a surrounding surface thereof is coated with a zinc alloy which has a content of Al of more than 5% by mass but equal to or less than 16% by mass, in which a content of Mg is equal to or more than 5.5% by mass but equal to or less than 15% by mass and a remaining portion is Zn and an impurity, wherein the total content of impurity elements other than Zn, Al and Mg in the zinc alloy is up to 1% by mass, and in the projection material, a content of Fe is equal to or more than 3% by mass but equal to or less than 80% by mass, wherein the composition of the projection material is analyzed in accordance with JIS M8212 - 1958 according to the method of the description. wherein in the projection material a steel particle is used as a core, and a surrounding surface thereof is coated with a zinc alloy which has a content of Al of more than 5% by mass but equal to or less than 16% by mass, in which a content of Mg is equal to or more than 5.5% by mass but equal to or less than 15% by mass and a remaining portion is Zn and an impurity, wherein the total content of impurity elements other than Zn, Al and Mg in the zinc alloy is up to 1% by mass, and in the projection material, a content of Fe is equal to or more than 3% by mass but equal to or less than 80% by mass, wherein the composition of the projection material is analyzed in accordance with JIS M8212 - 1958 according to the method of the description.
An orthodontic palatal expander comprising: a first shell configured to receive at least one tooth of a first posterior segment of a dental arch of a patient; a second shell configured to receive at least one tooth of a second posterior segment of the dental arch, the second posterior segment opposing the first posterior segment; a connecting plate positioned between the first shell and the second shell and configured to be positioned adjacent to a palate of the patient; a first split beam connected between the first shell and the connecting plate; and a second split beam connected between the second shell and the connecting plate; wherein each split beam comprises a first beam comprising a relatively high modulus material and a second beam comprising the high modulus material, and a region between the first beam and the second beam, wherein the relatively high modulus material is selected from the group consisting of: stainless steel, titanium, a nickel-titanium alloy, and a biocompatible polymer, wherein the connecting plate is monolithic and formed from a relatively high modulus material, similar to beams , and wherein the region is at least partially filled with a relatively low modulus, elastomeric material having a lower modulus than a material of the corresponding first and second beams , or wherein the region is substantially fully open. a first shell configured to receive at least one tooth of a first posterior segment of a dental arch of a patient; a second shell configured to receive at least one tooth of a second posterior segment of the dental arch, the second posterior segment opposing the first posterior segment; a connecting plate positioned between the first shell and the second shell and configured to be positioned adjacent to a palate of the patient; a first split beam connected between the first shell and the connecting plate; and a second split beam connected between the second shell and the connecting plate; wherein each split beam comprises a first beam comprising a relatively high modulus material and a second beam comprising the high modulus material, and a region between the first beam and the second beam, wherein the relatively high modulus material is selected from the group consisting of: stainless steel, titanium, a nickel-titanium alloy, and a biocompatible polymer, wherein the connecting plate is monolithic and formed from a relatively high modulus material, similar to beams , and wherein the region is at least partially filled with a relatively low modulus, elastomeric material having a lower modulus than a material of the corresponding first and second beams , or wherein the region is substantially fully open.
A composition of polyether polyol resins (hydroxyfunctional oligo or poly ether) obtained by the reaction of at least one polyol having at least three hydroxyl groups and a mixture of the α,α-branched alkane carboxylic glycidyl esters which are derived from butene oligomers characterized in that the sum of the concentration of the blocked (with a secondary or a tertiary carbon atoms in the β position) and of the highly branched isomers (having at least 5 methyl groups) is maximum 55%, preferably below 40%, and most preferably below 30% weight on total composition, the % weight is measured by gas chromatography using the method described in the present specification.
A method for purifying dimethyl sulfoxide, comprising distilling a dimethyl sulfoxide-containing liquid in the presence of sodium carbonate in an inert gas atmosphere under atmospheric pressure to distill out dimethyl sulfoxide, an amount of the sodium carbonate with respect to 100 g of pure dimethyl sulfoxide in a residual liquid after the distillation being 6 times or more the amount of the sodium carbonate with respect to 100 g of the pure dimethyl sulfoxide in the dimethyl sulfoxide-containing liquid before the distillation.
Device for transferring and/or introducing a fibre lap, in particular a nonwoven lap, into a consolidation installation, in particular one that is mechanical or hydraulic, for example a needle loom, comprising at least one transfer element (11a; 11b) comprising at least one drive roller , at least one continuous belt extending between an upstream end and a downstream end , and at least one element in the form of a blade or corner, the at least one roller being arranged so as to drive the continuous belt to cause the belt to turn back around the corner at the downstream end, characterised in that the continuous belt is a modular belt consisting of sections in the form of transverse strips that are articulated to one another.
A method for estimating parameters of a battery equivalent circuit model , the battery equivalent circuit model including a first resistor , a second resistor connected in series to the first resistor and a capacitor connected in parallel to the second resistor , the method comprising: setting (S400) a parameter estimation condition including a specific temperature, a specific state of charge (SOC) and a specific constant current; reading (S410) a pulse discharge profile corresponding to the parameter estimation condition from a plurality of pre-stored pulse discharge profiles, wherein the pulse discharge profile includes a first number of terminal voltages sequentially measured from a battery having the specific SOC in a predetermined cycle while the battery is discharged with the specific constant current from an open-circuit voltage (OCV) corresponding to the specific SOC to a lower limit of discharge voltage at the specific temperature; determining (S420) a threshold voltage between the OCV and the lower limit of discharge voltage from the pulse discharge profile; extracting (S430) a second number of terminal voltages between the OCV and the threshold voltage from the first number of terminal voltages; and estimating (S440) a resistance value of the first resistor and a resistance value of the second resistor based on the OCV, the specific constant current and the second number of terminal voltages. setting (S400) a parameter estimation condition including a specific temperature, a specific state of charge (SOC) and a specific constant current; reading (S410) a pulse discharge profile corresponding to the parameter estimation condition from a plurality of pre-stored pulse discharge profiles, wherein the pulse discharge profile includes a first number of terminal voltages sequentially measured from a battery having the specific SOC in a predetermined cycle while the battery is discharged with the specific constant current from an open-circuit voltage (OCV) corresponding to the specific SOC to a lower limit of discharge voltage at the specific temperature; determining (S420) a threshold voltage between the OCV and the lower limit of discharge voltage from the pulse discharge profile; extracting (S430) a second number of terminal voltages between the OCV and the threshold voltage from the first number of terminal voltages; and estimating (S440) a resistance value of the first resistor and a resistance value of the second resistor based on the OCV, the specific constant current and the second number of terminal voltages.
Pneumatic vehicle tyre having a tread with at least one profile rib which is delimited on at least one side by a circumferential groove and is provided with transverse grooves which merge into the circumferential groove , run at an angle (α, β) of 0° to 55° to the axial direction and each have a width (b QR ), determined at the periphery of the tread, of 2.75 mm to 12.00 mm and a maximum depth (t QR ) of 70% to 100% of the profile depth (T UR ), wherein the transverse grooves divide the profile rib into block-like profile elements with edge regions at the transverse grooves , wherein at at least one edge region in each case there is formed a groove-shaped recess which is elongated in plan view and has a radially outer delimiting edge , lying at the periphery of the tread, and a radially inner delimiting edge , lying at the transverse groove , wherein the width (b QR ) of the transverse groove relates to a reference edge (11b*) which is projected into the periphery of the tread and results from radial projection of the radially inner delimiting edge of the recess , characterized in that in the recess there is formed an elevation which is adjacent to the transverse groove , runs over the length of the recess and has the radially inner delimiting edge , wherein the recess is provided on the side of the elevation that is facing away from the transverse groove with an indentation , which runs along the elevation and is delimited by a base which in cross section takes the form of an arc and runs through the lowest point of the recess and is continuously adjoined by a side face of the recess that extends from the radially outer delimiting edge and runs at least partly in the form of an arc. width (b QR ), determined at the periphery of the tread, of 2.75 mm to 12.00 mm and a maximum depth (t QR ) of 70% to 100% of the profile depth (T UR ), wherein the transverse grooves divide the profile rib into block-like profile elements with edge regions at the transverse grooves , wherein at at least one edge region in each case there is formed a groove-shaped recess which is elongated in plan view and has a radially outer delimiting edge , lying at the periphery of the tread, and a radially inner delimiting edge , lying at the transverse groove , wherein the width (b QR ) of the transverse groove relates to a reference edge (11b*) which is projected into the periphery of the tread and results from radial projection of the radially inner delimiting edge of the recess , characterized in that in the recess there is formed an elevation which is adjacent to the transverse groove , runs over the length of the recess and has the radially inner delimiting edge , wherein the recess is provided on the side of the elevation that is facing away from the transverse groove with an indentation , which runs along the elevation and is delimited by a base which in cross section takes the form of an arc and runs through the lowest point of the recess and is continuously adjoined by a side face of the recess that extends from the radially outer delimiting edge and runs at least partly in the form of an arc.
A method performed by a base station , the method comprising: generating control information for assigning communication resources for transmitting data to a machine type communication device (3-2), wherein the control information uses a downlink control information, DCI, format to indicate communication resources in a plurality of narrowbands, wherein the DCI format corresponds to DCI format 6-0A but is differentiated from DCI format 6-0A by means of a one-bit flag, and wherein the DCI format indicates a starting narrowband and a number of consecutive physical resource blocks, PRBs, allocated in a scheduling instance to the machine type communication device; transmitting the generated control information to the machine type communication device (3-2); transmitting data to the machine type communication device (3-2) using the assigned communication resources; and receiving, from the machine type communication device (3-2) ACK/NACK feedback for data transmitted to the machine type communication device (3-2), wherein the ACK/NACK feedback comprises one ACK/NACK indication for acknowledging data transmitted in a plurality of subframes. generating control information for assigning communication resources for transmitting data to a machine type communication device (3-2), wherein the control information uses a downlink control information, DCI, format to indicate communication resources in a plurality of narrowbands, wherein the DCI format corresponds to DCI format 6-0A but is differentiated from DCI format 6-0A by means of a one-bit flag, and wherein the DCI format indicates a starting narrowband and a number of consecutive physical resource blocks, PRBs, allocated in a scheduling instance to the machine type communication device; transmitting the generated control information to the machine type communication device (3-2); transmitting data to the machine type communication device (3-2) using the assigned communication resources; and receiving, from the machine type communication device (3-2) ACK/NACK feedback for data transmitted to the machine type communication device (3-2), wherein the ACK/NACK feedback comprises one ACK/NACK indication for acknowledging data transmitted in a plurality of subframes.
A substrate having a hemocompatible coating comprising: (a) an oligomeric metal ion coordination complex comprising bridging ligands having a dative bond forming atom selected from nitrogen, oxygen, and sulfur, each datively bonded to at least two central metal ions, the oligomeric metal ion coordination complex bonded directly to a surface of the substrate through one or more coordinate bonds formed between the metal ions of the oligomeric metal ion coordination complex and the substrate surface; and (b) a functional heparin layer bonded directly to metal ions of the oligomeric metal ion coordination complex through one or more coordinate bonds, wherein, the oligomeric metal ion coordination complex is a separate layer from and is of a different character to the surface of the substrate, but is bonded to the surface of the substrate. (a) an oligomeric metal ion coordination complex comprising bridging ligands having a dative bond forming atom selected from nitrogen, oxygen, and sulfur, each datively bonded to at least two central metal ions, the oligomeric metal ion coordination complex bonded directly to a surface of the substrate through one or more coordinate bonds formed between the metal ions of the oligomeric metal ion coordination complex and the substrate surface; and (b) a functional heparin layer bonded directly to metal ions of the oligomeric metal ion coordination complex through one or more coordinate bonds,
A wellbore servicing system comprising: a controller node disposed within a wellbore , wherein the controller is connected to one or more components located at a surface of the wellbore via a wired connection; and a second node configured for release into the wellbore and movement through the wellbore in response to movement of fluid through the wellbore ; wherein the second node communicates with the controller node via a near field communication (NFC) signal, wherein the controller node is configured to communicate a command signal to the second node effective to cause the second node to begin outputting an electromagnetic signal transmission, and wherein the second node is configured to output an electromagnetic signal after the second node has moved past and out of NFC signal range with the controller node. a controller node disposed within a wellbore , wherein the controller is connected to one or more components located at a surface of the wellbore via a wired connection; and a second node configured for release into the wellbore and movement through the wellbore in response to movement of fluid through the wellbore ; wherein the second node communicates with the controller node via a near field communication (NFC) signal, wherein the controller node is configured to communicate a command signal to the second node effective to cause the second node to begin outputting an electromagnetic signal transmission, and wherein the second node is configured to output an electromagnetic signal after the second node has moved past and out of NFC signal range with the controller node.
A method for receiving a downlink signal by an apparatus in a wireless mobile communication system, the method comprising: receiving common downlink control information including a resource indication value, RIV, wherein the RIV is mapped to a start index S and a length L of consecutive virtual resource blocks, VRBs; and receiving the downlink signal on the consecutive VRBs, wherein the start index, S, is an element of a first set {s: s=mG< └ N VRB / G ┘· G } and the length, L, is an element of a second set {1:1=nG≤└ N VRB / G ┘· G }, where m is an integer of 0 or higher, n is an integer of 1 or higher, N VRB is the number of VRBs in a downlink system bandwidth, and G is an integer of 2 or higher. receiving common downlink control information including a resource indication value, RIV, wherein the RIV is mapped to a start index S and a length L of consecutive virtual resource blocks, VRBs; and receiving the downlink signal on the consecutive VRBs, wherein the start index, S, is an element of a first set {s: s=mG< └ N VRB / G ┘· G } and the length, L, is an element of a second set {1:1=nG≤└ N VRB / G ┘· G }, where m is an integer of 0 or higher, n is an integer of 1 or higher, N VRB is the number of VRBs in a downlink system bandwidth, and G is an integer of 2 or higher.
A method of knitting a warp knitted fabric comprising: performing single knitting using a front integrated jacquard bar (PJB1) and a rear integrated jacquard bar (PJB2) which are lined up and each of which has a full gauge by pairing two half-gauge jacquard bars (JB), each having a half set of jacquard guides ; characterized in that the method further comprises: displacing a jacquard guide by allowing a jacquard mechanism of a selected gauge position to act at a time of selected lapping, namely, either or both of overlapping and underlapping of a selected course during the single knitting. performing single knitting using a front integrated jacquard bar (PJB1) and a rear integrated jacquard bar (PJB2) which are lined up and each of which has a full gauge by pairing two half-gauge jacquard bars (JB), each having a half set of jacquard guides ; characterized in that the method further comprises: displacing a jacquard guide by allowing a jacquard mechanism of a selected gauge position to act at a time of selected lapping, namely, either or both of overlapping and underlapping of a selected course during the single knitting.
A compressor for an internal combustion engine having a compressor impeller mounted rotatably in a compressor housing and an intake section situated upstream of the compressor impeller in an operational flow direction of a gas to be compressed, wherein a circumferential shoulder , which faces toward the compressor impeller and which does not have a mouth is integrated into a wall which delimits the intake section and the ratio of the shortest distance between the compressor impeller and the circumferential shoulder , on the one hand, and the largest cross-sectional dimension in the flow cross section delimited by the circumferential shoulder , on the other hand, amounts to at least 0.5, characterized in that the circumferential shoulder is formed circumferentially continuous or segmented, wherein in the case of a circumferentially segmented circumferential shoulder the circumferential length of all segments is at least 50% of the corresponding total circumference within the intake section.
A cutting unit for chopper pumps, having a rotor which is to be mounted on a pump shaft and has radially running cutting edges , and having a stator to be mounted in the intake region of the pump, the stator forming passages for the medium to be pumped and having, at the edges of these passages, counteracting cutting edges for the cutting edges of the rotor , characterized in that the cutting edges and the counteracting cutting edges are each divided into segments that are formed on separate, juxtaposed cutting inserts .