mhurhangee/patent-ind-claim-en huggingface dataset:
Bonding product comprising at least the polysaccharides T1 and T2, characterized in that a) the monosaccharides from which the polysaccharides T1 and T2 are composed are completely alpha-1,4-glycosidically linked to each other and b) at least one of the polysaccharides T1 and/or T2 has at least one amino group and c) T1 and T2 are chemically covalently bound to each other by at least one linker Z and d) T1 and/or T2 carries m groups -(L-A), wherein - A is an active pharmaceutical ingredient and/or a fluorescent marker, - L is a second linker by which T1 and/or T2 is covalently linked to A, and - m is an integer that is at least 1, characterized in that the polysaccharides T1 and T2 are independently selected from the group consisting of aminated hydroxyethyl starch, aminated carboxymethyl starch, aminated carboxyethyl starch, aminated hydroxyethyl-carboxymethyl starch and aminated hydroxyalkyl starch, further characterized in that the active pharmaceutical ingredient A is heparin, the bonding product being obtainable by reductive amination of a polysaccharide T1 having free amino groups (-NH 2 ) with a polysaccharide T2 having at least one aldehyde or keto group and wherein the polysaccharide T1 and/or the polysaccharide T2 is linked to m residues -(L-A). a) the monosaccharides from which the polysaccharides T1 and T2 are composed are completely alpha-1,4-glycosidically linked to each other and b) at least one of the polysaccharides T1 and/or T2 has at least one amino group and c) T1 and T2 are chemically covalently bound to each other by at least one linker Z and d) T1 and/or T2 carries m groups -(L-A), wherein - A is an active pharmaceutical ingredient and/or a fluorescent marker, - L is a second linker by which T1 and/or T2 is covalently linked to A, and - m is an integer that is at least 1, characterized in that the polysaccharides T1 and T2 are independently selected from the group consisting of aminated hydroxyethyl starch, aminated carboxymethyl starch, aminated carboxyethyl starch, aminated hydroxyethyl-carboxymethyl starch and aminated hydroxyalkyl starch, further characterized in that the active pharmaceutical ingredient A is heparin, the bonding product being obtainable by reductive amination of a polysaccharide T1 having free amino groups (-NH 2 ) with a polysaccharide T2 having at least one aldehyde or keto group and wherein the polysaccharide T1 and/or the polysaccharide T2 is linked to m residues -(L-A). - A is an active pharmaceutical ingredient and/or a fluorescent marker, - L is a second linker by which T1 and/or T2 is covalently linked to A, and - m is an integer that is at least 1,
A wheelchair comprising; - a chassis frame ; - a pair of front link arms , each front link arm being pivotally connected directly to the chassis frame at a respective single first pivot axis (P 1 ) by means of a single first pivot axle ; - a pair of front caster wheels , each front caster wheel being fixed to a respective front link arm; - a pair of drive assemblies , each drive assembly being fixed to a respective front link arm and comprising a drive wheel and a motor operatively connected to the respective drive wheel - a pair of rear link arms , each rear link arm being pivotally connected directly to the chassis frame at a respective single second pivot axis (P 2 ) by means of a single second pivot axle , and - a pair of rear caster wheels , each rear caster wheel being fixed to a respective rear link arm, wherein - each front link arm is operatively connected to an adjacent rear link arm by means of a respective coupling means , which is arranged to transmit pivotal movement of one of the front and rear link arms about the respective first and second pivot axes to an opposite pivotal movement of the other of the front and rear link arms about the respective first or second pivotal axis. - a chassis frame ; - a pair of front link arms , each front link arm being pivotally connected directly to the chassis frame at a respective single first pivot axis (P 1 ) by means of a single first pivot axle ; - a pair of front caster wheels , each front caster wheel being fixed to a respective front link arm; - a pair of drive assemblies , each drive assembly being fixed to a respective front link arm and comprising a drive wheel and a motor operatively connected to the respective drive wheel - a pair of rear link arms , each rear link arm being pivotally connected directly to the chassis frame at a respective single second pivot axis (P 2 ) by means of a single second pivot axle , and - a pair of rear caster wheels , each rear caster wheel being fixed to a respective rear link arm, wherein - each front link arm is operatively connected to an adjacent rear link arm by means of a respective coupling means , which is arranged to transmit pivotal movement of one of the front and rear link arms about the respective first and second pivot axes to an opposite pivotal movement of the other of the front and rear link arms about the respective first or second pivotal axis.
A decode client apparatus for use in a communication system for reliable transfer of a transmitted message from a source to a destination, wherein a channel encoder within the communication system encodes the transmitted message into a transmitted codeword from a channel code and transmits the transmitted codeword over a channel for the communication system and the channel produces a channel output in response to the transmitted codeword, the decode client apparatus comprising: a hard decisions and error side information, HD/ESI, generator configured to receive the channel output and generate hard decisions and error side information, the error side information indicating a measure of confidence regarding accuracy of the generated hard decisions; an error syndrome generator configured to generate an error syndrome from the hard decisions and send the error syndrome to a decode server ; an error side information compressor configured to generate a compressed error side information from the error side information and send the compressed error side information to the decode server ; an error estimate decompressor configured to receive, from the decode server , a compressed error estimate, and generate an error estimate; and an error corrector configured to generate a message estimate from the hard decisions and the error estimate. a hard decisions and error side information, HD/ESI, generator configured to receive the channel output and generate hard decisions and error side information, the error side information indicating a measure of confidence regarding accuracy of the generated hard decisions; an error syndrome generator configured to generate an error syndrome from the hard decisions and send the error syndrome to a decode server ; an error side information compressor configured to generate a compressed error side information from the error side information and send the compressed error side information to the decode server ; an error estimate decompressor configured to receive, from the decode server , a compressed error estimate, and generate an error estimate; and an error corrector configured to generate a message estimate from the hard decisions and the error estimate.
A method for performing logical channel prioritization, LCP, by a wireless device, the method comprising: determining a set of logical channels associated with a transmission profile transmitted to the wireless device by a network node; and based on the transmission profile, determining at least one logical channel of the set of logical channels to serve ; wherein the transmission profile comprises a list of logical channel identifiers, each of the logical channel identifiers uniquely identifying a particular one of the set of logical channels; and determining the at least one logical channel of the set of logical channels to serve based on the transmission profile comprises: determining that a logical channel identifier associated with the at least one logical channel is included in the list of logical channel identifiers in the transmission profile. determining a set of logical channels associated with a transmission profile transmitted to the wireless device by a network node; and based on the transmission profile, determining at least one logical channel of the set of logical channels to serve ; wherein the transmission profile comprises a list of logical channel identifiers, each of the logical channel identifiers uniquely identifying a particular one of the set of logical channels; and determining the at least one logical channel of the set of logical channels to serve based on the transmission profile comprises: determining that a logical channel identifier associated with the at least one logical channel is included in the list of logical channel identifiers in the transmission profile.
A filter, comprising: a casing ; a transition tube ; and a filter screen assembly provided in the casing , fitted with and connected to an inner wall of the casing , the casing being an integrally formed piece, each of two axial ends of the casing has a neck section , and the two neck sections being fixedly connected to the transition tube ; wherein the filter screen assembly comprises a cylindrical or conical filter screen , an outer fixing ring , an inner fixing ring and a support ; the inner fixing ring is fixedly connected into the outer fixing ring , the cylindrical or conical filter screen has an opening , a circumferential edge of the opening is interposed between the inner fixing ring and the outer fixing ring ; the support comprises at least one U-shaped support strip , each U-shaped support strip extends into the cylindrical or conical filter screen through the opening and supports the cylindrical or conical filter screen , and two tail ends of each U-shaped support strip are both fixedly connected to the inner fixing ring , wherein the two tail ends of each U-shaped support strip are bent into edgefolds , and the edgefolds abut against the inner fixing ring and are fixed to the inner fixing ring . a casing ; a transition tube ; and a filter screen assembly provided in the casing , fitted with and connected to an inner wall of the casing , the casing being an integrally formed piece, each of two axial ends of the casing has a neck section , and the two neck sections being fixedly connected to the transition tube ; wherein the filter screen assembly comprises a cylindrical or conical filter screen , an outer fixing ring , an inner fixing ring and a support ; the inner fixing ring is fixedly connected into the outer fixing ring , the cylindrical or conical filter screen has an opening , a circumferential edge of the opening is interposed between the inner fixing ring and the outer fixing ring ; the support comprises at least one U-shaped support strip , each U-shaped support strip extends into the cylindrical or conical filter screen through the opening and supports the cylindrical or conical filter screen , and two tail ends of each U-shaped support strip are both fixedly connected to the inner fixing ring , wherein the two tail ends of each U-shaped support strip are bent into edgefolds , and the edgefolds abut against the inner fixing ring and are fixed to the inner fixing ring .
A high pressure fuel pump assembly for an internal combustion piston engine comprising a number of piston pump units driven by a drive shaft of the pump assembly , a drive shaft lubrication system and pump unit lubrication system , and at least one inlet for pressurized lubricant, which pump assembly is provided with a first collector conduit configured to receive lubricant from the pump unit lubrication system and a second collector conduit configured to receive leak fuel from the piston pump units, and a third collector conduit configured to receive fuel mist from the piston pump units, characterized in that the first collector conduit , the second collector conduit and a third collector conduit are arranged in a fluid collector block which is releasably attached to the pump units .
A bootstrapped, passive, differential mixer having differential mixer inputs (RFN, RFP), comprising: at least eight mixing transistors (PNI, NNI, NPI, PPI, PNQ, NNQ, NPQ, PPQ), arranged in differential pairs; at least four shared bootstrap circuits , each including a capacitor and being connected to a different pair of mixing transistors (PNI, NNI, NPI, PPI, PNQ, NNQ, NPQ, PPQ); wherein a first plurality of the shared bootstrap circuits are each operative to charge their capacitor during each second half-period of a clock signal (Clk_N) and operative, during each first half-period of the clock signal (Clk), to bootstrap an enabled one of the mixing transistors (PNI, NNI, NPI, PPI) of the connected pair by connecting the charged capacitor between a mixer input (RFN, RFP) and the gate terminal of the enabled mixing transistor (PNI, NNI, NPI, PPI); wherein a second plurality of the shared bootstrap circuits are each operative to charge their capacitor during each first half-period of the clock signal (Clk) and operative, during each second half-period of the clock signal (Clk_N), to bootstrap an enabled one of the mixing transistors (PNQ, NNQ, NPQ, PPQ) of the connected pair by connecting the charged capacitor between a mixer input (RFN, RFP) and the gate terminal of the enabled mixing transistor (PNQ, NNQ, NPQ, PPQ); and wherein first one, and then the other, mixing transistor (PNI, NNI, NPI, PPI, PNQ, NNQ, NPQ, PPQ) of each pair are alternately enabled during the half-period of the clock signal (Clk, Clk_N) in which the connected shared bootstrap circuit is not charging its capacitor. at least eight mixing transistors (PNI, NNI, NPI, PPI, PNQ, NNQ, NPQ, PPQ), arranged in differential pairs; at least four shared bootstrap circuits , each including a capacitor and being connected to a different pair of mixing transistors (PNI, NNI, NPI, PPI, PNQ, NNQ, NPQ, PPQ); wherein a first plurality of the shared bootstrap circuits are each operative to charge their capacitor during each second half-period of a clock signal (Clk_N) and operative, during each first half-period of the clock signal (Clk), to bootstrap an enabled one of the mixing transistors (PNI, NNI, NPI, PPI) of the connected pair by connecting the charged capacitor between a mixer input (RFN, RFP) and the gate terminal of the enabled mixing transistor (PNI, NNI, NPI, PPI); wherein a second plurality of the shared bootstrap circuits are each operative to charge their capacitor during each first half-period of the clock signal (Clk) and operative, during each second half-period of the clock signal (Clk_N), to bootstrap an enabled one of the mixing transistors (PNQ, NNQ, NPQ, PPQ) of the connected pair by connecting the charged capacitor between a mixer input (RFN, RFP) and the gate terminal of the enabled mixing transistor (PNQ, NNQ, NPQ, PPQ); and wherein first one, and then the other, mixing transistor (PNI, NNI, NPI, PPI, PNQ, NNQ, NPQ, PPQ) of each pair are alternately enabled during the half-period of the clock signal (Clk, Clk_N) in which the connected shared bootstrap circuit is not charging its capacitor.
A joint device of an orthosis or prosthesis or for an orthosis or prosthesis with - an upper part , - a lower part , - a joint that comprises a joint axis , about which the upper part is mounted such that it can be swivelled relative to the lower part , and - an actuator , which is designed to influence a swivelling of the upper part relative to the lower part , wherein - the actuator is mounted at an upper part fixing point on the upper part and at a lower part fixing point on the lower part , wherein at least two joints are arranged between the upper part fixing point and the lower part fixing point ; the joints enable a swivelling of the actuator relative to the upper part fixing point or the lower part fixing point , and they each form at least one joint axis , at least one of which is not oriented parallel to the joint axis , characterized in that the joint device comprises a bracket , wherein the actuator is fixed to this bracket , which is arranged between the joint axis and the upper part fixing point or the lower part fixing point , wherein at least one of the swivel axis is configured in the bracket . - an upper part , - a lower part , - a joint that comprises a joint axis , about which the upper part is mounted such that it can be swivelled relative to the lower part , and - an actuator , which is designed to influence a swivelling of the upper part relative to the lower part , wherein - the actuator is mounted at an upper part fixing point on the upper part and at a lower part fixing point on the lower part , wherein at least two joints are arranged between the upper part fixing point and the lower part fixing point ; the joints enable a swivelling of the actuator relative to the upper part fixing point or the lower part fixing point , and they each form at least one joint axis , at least one of which is not oriented parallel to the joint axis , characterized in that the joint device comprises a bracket , wherein the actuator is fixed to this bracket , which is arranged between the joint axis and the upper part fixing point or the lower part fixing point , wherein at least one of the swivel axis is configured in the bracket .
Sensitive key for a touch-sensitive housing , the sensitive key comprising electrodes and external tracks for electrical connection to circuits , wherein a first of the electrodes comprises pads and internal tracks , the pads all being connected together by the internal tracks , the pads and the internal tracks of the first electrode forming a skeleton pattern of the sensitive key , some of the pads of the first electrode being connected to a first one of the circuits by first ones of the external connection tracks , a second one of the electrodes comprising pads arranged in spaces left free by the skeleton pattern , the pads of the second electrode being connected to a second one of the circuits by a second one of the external connection tracks , so that two adjacent pads belong alternately to the first electrode and to the second electrode and are alternately connected to one of the first external connection tracks and to one of the second external connection tracks , the sensitive key comprising a press zone formed by the joining together of the first and second electrodes and delimited by the external contour of the pads of the first and second electrodes, the first and second external connecting tracks being arranged outside and along the press zone .
A computer-implemented method comprising: receiving a message from a client device at a network device , wherein the message includes a plurality of routing paths, and wherein the plurality of routing paths includes a plurality of options of service requests that may be fulfilled by the client device if requested by the network device ; generating a selected routing path of the plurality of routing paths based on a user selection at the network device ; establishing a two-way communication session between the network device and a node of the client device for fulfilling the service request corresponding to the selected routing path, wherein the node is determined based on the selected routing path; facilitating termination of the two-way communication session, wherein the termination of the two-way communication session causes the client device to transmit the selected routing path to a server, wherein the server is distinct from the client device; receiving data related to the selected routing path at the network device ; transmitting a new message from the network device to the server, wherein the new message includes intent indicator data, wherein the intent indicator data is indicative of a desired action of a user of the network device; receiving a response to the new message from the server, wherein the response includes one or more suggestions specific to the network device , wherein the one or more suggestions are generated by the server based on the selected routing path and the intent indicator data; and facilitating display of the response at the network device . receiving a message from a client device at a network device , wherein the message includes a plurality of routing paths, and wherein the plurality of routing paths includes a plurality of options of service requests that may be fulfilled by the client device if requested by the network device ; generating a selected routing path of the plurality of routing paths based on a user selection at the network device ; establishing a two-way communication session between the network device and a node of the client device for fulfilling the service request corresponding to the selected routing path, wherein the node is determined based on the selected routing path; facilitating termination of the two-way communication session, wherein the termination of the two-way communication session causes the client device to transmit the selected routing path to a server, wherein the server is distinct from the client device; receiving data related to the selected routing path at the network device ; transmitting a new message from the network device to the server, wherein the new message includes intent indicator data, wherein the intent indicator data is indicative of a desired action of a user of the network device; receiving a response to the new message from the server, wherein the response includes one or more suggestions specific to the network device , wherein the one or more suggestions are generated by the server based on the selected routing path and the intent indicator data; and facilitating display of the response at the network device .