mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by a translation function operated in network equipment, comprising: receiving, at the translation function, a communication message in a format compatible with a first radio access technology, provided from a first device operating on a first network using the first radio access technology, the communication message addressed to a second device operating on a second network using a second radio access technology; converting the communication message, with the translation function, into a format compatible with the second radio access technology to produce a translated communication message; and transmitting , from the translation function, the translated communication message, wherein the translated communication message is provided to the second device via the second network using the second radio access technology; wherein the translation function is provided on a host operating according to a standard from an ETSI Multi-Access Edge Computing, MEC, standards family, wherein the first radio access technology operates according to one of a 3GPP LTE standards family and an IEEE 802.11p Dedicated short-range communications, DSRC/Intelligent Transport Systems, ITS, G5 standards family, and wherein the second radio access technology operates according to the other of the 3GPP LTE standards family and the IEEE 802.11p or DSRC/ITS-G5 standards family. receiving, at the translation function, a communication message in a format compatible with a first radio access technology, provided from a first device operating on a first network using the first radio access technology, the communication message addressed to a second device operating on a second network using a second radio access technology; converting the communication message, with the translation function, into a format compatible with the second radio access technology to produce a translated communication message; and transmitting , from the translation function, the translated communication message, wherein the translated communication message is provided to the second device via the second network using the second radio access technology; wherein the translation function is provided on a host operating according to a standard from an ETSI Multi-Access Edge Computing, MEC, standards family, wherein the first radio access technology operates according to one of a 3GPP LTE standards family and an IEEE 802.11p Dedicated short-range communications, DSRC/Intelligent Transport Systems, ITS, G5 standards family, and wherein the second radio access technology operates according to the other of the 3GPP LTE standards family and the IEEE 802.11p or DSRC/ITS-G5 standards family.
A polymer conjugate, the polymer conjugate comprising a water-soluble poly(oxazoline) polymer and a dopamine agonist, the dopamine agonist linked to the poly(oxazoline) polymer by a releasable linker containing a cleavable moiety cleavable in a subject; wherein the poly(oxazoline) polymer has the formula: wherein R is an initiating group; L is R 3 is a linker linking the triazole moiety to the poly(oxazoline) polymer; R 4 is -R 6 -R 7 -R 8 -; R 6 is an unsubstituted alkyl selected from methyl, ethyl and propyl; R 7 is -R a -O-C(O)-R b -, or -R a -C(O)-O-R b -; R a is absent; R b is absent; R 8 is absent; and A is a dopamine agonist; R 1 is an alkyl or a substituted alkyl; a is ran which indicates a random copolymer or block which indicates a block copolymer; o is from 1-50; m is from 1-1000; and T is a terminating group; wherein R 4 is selected to provide a controllable delivery of the dopamine agonist. R is an initiating group; L is R 3 is a linker linking the triazole moiety to the poly(oxazoline) polymer; R 4 is -R 6 -R 7 -R 8 -; R 6 is an unsubstituted alkyl selected from methyl, ethyl and propyl; R 7 is -R a -O-C(O)-R b -, or -R a -C(O)-O-R b -; R a is absent; R b is absent; R 8 is absent; and A is a dopamine agonist; R 1 is an alkyl or a substituted alkyl; a is ran which indicates a random copolymer or block which indicates a block copolymer; o is from 1-50; m is from 1-1000; and T is a terminating group;
A hinge mechanism comprising at least three shafts arranged in a row, a linkage mechanism and two connecting parts , characterized in that the two connecting parts are fixedly connected to two shafts on outermost sides, respectively; two adjacent shafts are connected by the linkage mechanism ; the linkage mechanism comprises a first linkage and a second linkage ; one of the two adjacent shafts is hinged to a first end of the first linkage , another shaft of the two adjacent shafts is hinged to a first end of the second linkage , and a second end of the first linkage is hinged to a second end of the second linkage ; and when hinge points where the first linkage and the second linkage are respectively hinged to the two adjacent shafts and a hinge point between the first linkage and the second linkage are in a same straight line, there is a gap between the two adjacent shafts ; wherein the shafts are camshafts, and convex portions of the camshafts are located on a same side of the row in which the at least three shafts are arranged.
A motor control device for controlling driving of an electric motor that controls a steering angle of a steering device, the motor control device comprising a torque sensor configured to detect steering torque (Td) acting on a steering member , and an electronic control unit configured to: generate a steering angle command value based on the steering torque by using an equation of motion that is a reference model of the steering device; control driving of the electric motor so that an actual steering angle follows the steering angle command value; and limit a virtual reaction force (T rl ') that is a reaction force component of the equation of motion, characterized in that the electronic control unit is configured to limit the virtual reaction force in the equation of motion so that an absolute value of the virtual reaction force becomes smaller than a maximum possible value of an absolute value of driving torque that is a driving component resulting from the steering torque. generate a steering angle command value based on the steering torque by using an equation of motion that is a reference model of the steering device; control driving of the electric motor so that an actual steering angle follows the steering angle command value; and
Method for the production of a newspaper product from at least one first and one second part-product , wherein the first part-product is formed from sheets having a length L 1 , and the second part-product is formed from sheets (4") having a length L 2 , wherein the length L 2 of the sheets (4") for the second part-product is larger than, preferably double, the length L 1 of the sheets for the first part-product , and wherein the method comprises at least the following steps: a) printing the individual sheets (4', 4") for the first and the second part-product , preferably on a paper web and preferably by digital printing; b) singularizing the sheets (4', 4") and collecting the sheets (4', 4") on at least one stack for the first part-product as well as at least one stack (24") for the second part-product ; c) transversely folding the stack (24") having the sheets (4") for the second part-product ; d) longitudinally folding the collected stacks (24', 24") for the first and the second part-product ; e) collecting the individual stacks (24', 24") so as to form a newspaper product ; and f) preferably conveying away the finished newspaper product , preferably in a shingled stream delivery. a) printing the individual sheets (4', 4") for the first and the second part-product , preferably on a paper web and preferably by digital printing; b) singularizing the sheets (4', 4") and collecting the sheets (4', 4") on at least one stack for the first part-product as well as at least one stack (24") for the second part-product ; c) transversely folding the stack (24") having the sheets (4") for the second part-product ; d) longitudinally folding the collected stacks (24', 24") for the first and the second part-product ; e) collecting the individual stacks (24', 24") so as to form a newspaper product ; and f) preferably conveying away the finished newspaper product , preferably in a shingled stream delivery.
Arrangement of at least one line designed for carrying electrical current on a housing part for a motor vehicle, in which arrangement at least one first longitudinal region of the line is received in a recess of the housing part , a seal formed from an elastomer being held on the housing part , by means of which seal the housing part is sealable against a corresponding housing element , and at least one second longitudinal region of the seal extending over the first longitudinal region , as a result of which the first longitudinal region is fixed in a form-fitting manner in the recess , characterized in that at least one tab protruding from the second longitudinal region is provided on the second longitudinal region , by means of which tab the second longitudinal region is retractable from the recess .
A DNA molecule comprising a DNA sequence selected from the group consisting of: a) a sequence with at least 85 percent sequence identity to SEQ ID NO: 191 and having the gene-regulatory activity of SEQ ID NO: 191; b) a sequence comprising SEQ ID NO: 191; and c) a fragment of SEQ ID NO: 191, wherein the fragment has the gene-regulatory activity of SEQ ID NO: 191; wherein said sequence is operably linked to a heterologous transcribable polynucleotide molecule. a) a sequence with at least 85 percent sequence identity to SEQ ID NO: 191 and having the gene-regulatory activity of SEQ ID NO: 191; b) a sequence comprising SEQ ID NO: 191; and c) a fragment of SEQ ID NO: 191, wherein the fragment has the gene-regulatory activity of SEQ ID NO: 191;
A replacement heart valve locking mechanism, comprising: a buckle member fixedly attached to a tubular anchor member ; a post member axially translatable relative to the buckle member ; characterized by an actuator member including a suture member forming a loop unreleasably attached to a distal end thereof, the actuator member being releasably connected to a proximal end of the post member by the loop; and a release pin extending axially along the actuator member and through the loop in a first position, wherein axial translation of the release pin to a second position proximal the first position disconnects the actuator member from the post member . a buckle member fixedly attached to a tubular anchor member ; a post member axially translatable relative to the buckle member ; characterized by an actuator member including a suture member forming a loop unreleasably attached to a distal end thereof, the actuator member being releasably connected to a proximal end of the post member by the loop; and a release pin extending axially along the actuator member and through the loop in a first position, wherein axial translation of the release pin to a second position proximal the first position disconnects the actuator member from the post member .
A system for use in resecting a humeral head and glenoid fossa of a shoulder joint and replacing it with a total shoulder prosthesis, the system comprising: an implantable humeral component (HC) which comprises a head part (A) and a base part (B), wherein the head part (A) is affixable or affixed to the base part (B), and wherein the base part (B) of the humeral component (HC) comprises a fixation portion having an insert portion configured to be received within a central recess within the head part (A) and a central peg configured to be received within humeral bone; an implantable glenoid component (GC) which comprises an articular glenoid part (C) and a glenoid base part (D), wherein the articular glenoid part (C) is affixable or affixed to the glenoid base plate part (D) and optionally but preferably at least one of: an osteotomy guide (OG); a guide instrument (GI); a compression instrument (CI); a locator instrument (LI), one or more reciprocating mini saw blades ; and one or more boring reamers , characterised in that the central peg includes a base , an axial threaded recess extending inwardly from the base , an alignment recess (AR) extending inwardly from the base , and at least one transverse hole within the central peg for receiving a locking fixation screw. an implantable humeral component (HC) which comprises a head part (A) and a base part (B), wherein the head part (A) is affixable or affixed to the base part (B), and wherein the base part (B) of the humeral component (HC) comprises a fixation portion having an insert portion configured to be received within a central recess within the head part (A) and a central peg configured to be received within humeral bone; an implantable glenoid component (GC) which comprises an articular glenoid part (C) and a glenoid base part (D), wherein the articular glenoid part (C) is affixable or affixed to the glenoid base plate part (D) and optionally but preferably at least one of: an osteotomy guide (OG); a guide instrument (GI); a compression instrument (CI); a locator instrument (LI), one or more reciprocating mini saw blades ; and one or more boring reamers , characterised in that the central peg includes a base , an axial threaded recess extending inwardly from the base , an alignment recess (AR) extending inwardly from the base , and at least one transverse hole within the central peg for receiving a locking fixation screw. an osteotomy guide (OG); a guide instrument (GI); a compression instrument (CI); a locator instrument (LI), one or more reciprocating mini saw blades ; and one or more boring reamers , characterised in that the central peg includes a base , an axial threaded recess extending inwardly from the base , an alignment recess (AR) extending inwardly from the base , and at least one transverse hole within the central peg for receiving a locking fixation screw.
A method, comprising: at a user equipment device, UE : receiving parameters that define a semi-static TDD configuration, wherein the parameters include: a period; a first length specifying a duration of a downlink portion of the period, wherein the downlink portion occupies an initial position within the period, wherein said first length is specified by a first number of whole slots and a second number of symbols, wherein a slot is a specified number of symbols in length; and a second length specifying a duration of an uplink portion of the period, wherein the uplink portion occupies a terminal position within the period, wherein said second length is specified by a third number of whole slots and a fourth number of symbols; wherein symbols within the period but not occurring in the downlink portion or the uplink portion comprise a flexible portion, wherein symbols of the flexible portion comprise flexible symbols useable for an uplink or downlink direction; receiving a downlink control information, DCI, including scheduling of one of uplink or downlink data transmission; and determining an uplink or downlink direction of the flexible symbols based on the scheduling. receiving parameters that define a semi-static TDD configuration, wherein the parameters include: a period; a first length specifying a duration of a downlink portion of the period, wherein the downlink portion occupies an initial position within the period, wherein said first length is specified by a first number of whole slots and a second number of symbols, wherein a slot is a specified number of symbols in length; and a second length specifying a duration of an uplink portion of the period, wherein the uplink portion occupies a terminal position within the period, wherein said second length is specified by a third number of whole slots and a fourth number of symbols; wherein symbols within the period but not occurring in the downlink portion or the uplink portion comprise a flexible portion, wherein symbols of the flexible portion comprise flexible symbols useable for an uplink or downlink direction; a period; a first length specifying a duration of a downlink portion of the period, wherein the downlink portion occupies an initial position within the period, wherein said first length is specified by a first number of whole slots and a second number of symbols, wherein a slot is a specified number of symbols in length; and a second length specifying a duration of an uplink portion of the period, wherein the uplink portion occupies a terminal position within the period, wherein said second length is specified by a third number of whole slots and a fourth number of symbols; wherein symbols within the period but not occurring in the downlink portion or the uplink portion comprise a flexible portion, wherein symbols of the flexible portion comprise flexible symbols useable for an uplink or downlink direction; receiving a downlink control information, DCI, including scheduling of one of uplink or downlink data transmission; and determining an uplink or downlink direction of the flexible symbols based on the scheduling.
A convertible wiper system , particularly for a vehicle, comprising a wiper arm device , a fluid pump , a fluid line for fluidically connecting the fluid pump to the wiper arm device , and a control device for controlling the fluid pump , characterized in that either a fixed fluid outlet wiper arm device or an alternating fluid outlet wiper arm device is selectively used as the wiper arm device , and the control device is selectively operated in at least a fixed fluid outlet mode and an alternating fluid outlet mode.
A Binary-to-Gray conversion circuit , comprising: - an input configured to receive a first binary signal (PTR_target) representing a target value, - a register configured to store a second binary signal (PTRf) fed to said register , - a prediction circuit configured to receive at input said second binary signal (PTRf) and provide at output a set of binary candidate values (63a-63c), wherein the respective Gray equivalent of each binary candidate value (63a-63c) has a Hamming distance of one from the Gray equivalent of said second binary signal (PTRf), - an arbiter configured to select one of said binary candidate values (63a-63c) as a function of said first binary signal (PTR_target) and said second binary signal (PTRf); - an encoder block configured to receive the selected binary candidate value and output the Gray encoded equivalent (PTR_gray) of the selected binary candidate value, wherein the selected binary candidate value is provided at input to said register and to said encoder ,wherein said first binary signal (PTR_target), said register configured to store a second binary signal (PTRf), and said Gray encoded equivalent (PTR_gray) of the selected binary candidate value have a given number k of bits, and - said prediction circuit is configured to provide said given number k of binary candidate values (63a-63c), and wherein said arbiter has associated a preprocessing circuit configured to select the binary candidate values of said set of binary candidate values (63a-63c), which are between the value of said second binary signal (PTRf), representing a lower limit, and the value of said first binary signal (PTR_target), representing said target value, wherein said arbiter is implemented with a combinational logic circuit. - an input configured to receive a first binary signal (PTR_target) representing a target value, - a register configured to store a second binary signal (PTRf) fed to said register , - a prediction circuit configured to receive at input said second binary signal (PTRf) and provide at output a set of binary candidate values (63a-63c), wherein the respective Gray equivalent of each binary candidate value (63a-63c) has a Hamming distance of one from the Gray equivalent of said second binary signal (PTRf), - an arbiter configured to select one of said binary candidate values (63a-63c) as a function of said first binary signal (PTR_target) and said second binary signal (PTRf); - an encoder block configured to receive the selected binary candidate value and output the Gray encoded equivalent (PTR_gray) of the selected binary candidate value, - said prediction circuit is configured to provide said given number k of binary candidate values (63a-63c), and
An oral pharmaceutical composition, comprising: a) compound A: and b) an absorption enhancer; wherein the absorption enhancer is selected from one or more of N-[8-(2-hydroxybenzoyl)amino]octanoic acid or a pharmaceutically acceptable salt thereof, 4-[(4-chloro-2-hydroxy-benzoyl)amino]butyric acid or a pharmaceutically acceptable salt thereof, lauroyl-L-carnitine or a hydrochloride thereof, sodium caprylate, sodium caprate, capric acid, caprylocaproyl macrogolglyceride; preferably, the pharmaceutically acceptable salt is selected from sodium salt, potassium salt or calcium salt. a) compound A: and b) an absorption enhancer;
Agricultural working apparatus for processing biomass, such as plant parts, in the form of a mulching apparatus, comprising a support roller , a working rotor having flails (3.1), a cutting device which has a cutting rail , and comprising an adjusting device for adjusting the at least one cutting rail , wherein the cutting rail is at a distance from the working rotor (3, 3.1) which determines the size of the shredded cutting material, wherein the cutting rail is linearly adjustable in and counter to the direction of travel by means of the adjusting device , wherein the cutting device has a connecting piece arranged laterally in the transverse direction (Y), by means of which connecting piece the cutting rail is connected to the adjusting device and wherein the adjusting device has an actuating cylinder in which a piston is displaceably mounted.
An electroconductive paste comprising: 50-90 wt. % of a copper particle; 0.5-10 wt. % of a glass frit; 0.1-5% wt. % of adhesion promoter, which is at least one selected member from the group consisting of cuprous oxide, titanium oxide, zirconium oxide, boron resinate, zirconium resinate, amorphous boron, lithium phosphate, bismuth oxide, aluminum oxide, and zinc oxide; and 5-20 wt. % of an organic vehicle. 50-90 wt. % of a copper particle; 0.5-10 wt. % of a glass frit; 0.1-5% wt. % of adhesion promoter, which is at least one selected member from the group consisting of cuprous oxide, titanium oxide, zirconium oxide, boron resinate, zirconium resinate, amorphous boron, lithium phosphate, bismuth oxide, aluminum oxide, and zinc oxide; and 5-20 wt. % of an organic vehicle.
A piston (10; 20) for a reciprocating-piston internal combustion engine, comprising a piston crown , having an encircling ring section with at least one ring groove for a piston ring; a piston skirt ; and a first cooling channel , having an upper section arranged in the region of the ring section and a lower section which proceeds from the upper section and which extends along an inner surface of the wall of the piston skirt ; wherein the first cooling channel is closed and is permanently filled with a medium ; characterized by an open second cooling channel .