mhurhangee/patent-ind-claim-en huggingface dataset:
A compound of formula (Q): or a pharmaceutically acceptable salt thereof; wherein: R 26 is H; each R 31 is independently aryl, alkyl, or cycloalkyl; or two R 31 s on adjacent ring atoms or on the same ring atom together with the ring atom(s) to which they are attached form a 3-8-membered cycle; yy is 0, 1, 2, 3, or 4; ZZ is -(CH 2 ) xx -; xx is 1, 2, 3, or 4; R 55 is NHR A ; R A is -TT-RR, C 3 -C 8 cycloalkyl, or C 1 -C 8 heterocycloalkyl containing atoms selected from N, O, and S, TT is C 1 -C 8 alkyl or C 3 -C 8 cycloalkyl linker; RR is C 6 -C 10 aryl, heteroaryl comprising one or two 5- or 6-member rings and 1-4 heteroatoms selected from N, O, and S, C 3 -C 10 carbocycle, or heterocycle comprising one or two 5- or 6-member rings and 1-4 heteroatoms selected from N, O and S; and R 27 is H. R 26 is H; each R 31 is independently aryl, alkyl, or cycloalkyl; or two R 31 s on adjacent ring atoms or on the same ring atom together with the ring atom(s) to which they are attached form a 3-8-membered cycle; yy is 0, 1, 2, 3, or 4; ZZ is -(CH 2 ) xx -; xx is 1, 2, 3, or 4; R 55 is NHR A ; R A is -TT-RR, C 3 -C 8 cycloalkyl, or C 1 -C 8 heterocycloalkyl containing atoms selected from N, O, and S, TT is C 1 -C 8 alkyl or C 3 -C 8 cycloalkyl linker; RR is C 6 -C 10 aryl, heteroaryl comprising one or two 5- or 6-member rings and 1-4 heteroatoms selected from N, O, and S, C 3 -C 10 carbocycle, or heterocycle comprising one or two 5- or 6-member rings and 1-4 heteroatoms selected from N, O and S; and R 27 is H.
A method of establishing a Packet Data Unit, PDU, session in a data communications network, comprising: receiving, by a component of the data communications network, a create session request from a Mobility Management Entity, MME, of a 4G network, the component having interworking functionality to interwork between the MME and a Session Management Function, SMF, of a 5G network; generating, by the component of the data communications network, a create session management context request; transmitting, by the component of the data communications network, the generated create session management context request to the SMF; receiving, by the component of the data communications network, a create session management context request response from the SMF; generating, by the component of the data communications network, a create session request response; and transmitting, by the component of the data communications network, the create session request response to the MME; characterized by receiving a modify bearer request from the MME; generating an update session management context request; transmitting the generated update session management context request to the SMF; receiving an update session management context request response from the SMF; generating a modify bearer request response; and transmitting the modify bearer request response to the MME. receiving, by a component of the data communications network, a create session request from a Mobility Management Entity, MME, of a 4G network, the component having interworking functionality to interwork between the MME and a Session Management Function, SMF, of a 5G network; generating, by the component of the data communications network, a create session management context request; transmitting, by the component of the data communications network, the generated create session management context request to the SMF; receiving, by the component of the data communications network, a create session management context request response from the SMF; generating, by the component of the data communications network, a create session request response; and transmitting, by the component of the data communications network, the create session request response to the MME; characterized by receiving a modify bearer request from the MME; generating an update session management context request; transmitting the generated update session management context request to the SMF; receiving an update session management context request response from the SMF; generating a modify bearer request response; and transmitting the modify bearer request response to the MME.
Iron comprising a heating body comprising a steam chamber having a bottom wall over which water is intended to flow to produce steam, the heating body comprising an electric heating resistor extending to the periphery of the bottom wall , characterised in that the bottom wall has a domed shape and comprises at least one V-Shaped rib configured to channel the water flowing over the bottom wall towards the electric heating resistor .
Method for recovering a lipid or hydrocarbon from a fermentation mixture, comprising the steps of - providing a fermentation mixture wherein the lipid or hydrocarbon is produced by microbial fermentation in a fermentation vessel or in a first compartment of a fermentation reactor, wherein the lipid or hydrocarbon is secreted into the fermentation mixture by living micro-organisms, and which mixture comprises an aqueous phase and a liquid product phase, wherein the liquid product phase comprises the lipid or hydrocarbon; and - feeding at least part of the aqueous phase and part of the liquid product phase to a second vessel or to a second compartment of the fermentation reactor, thereby forming a second mixture; and - promoting phase-separation of the aqueous and product phase by injecting a gas into the second mixture, thereby separating the product phase from the aqueous phase; and - collecting the product phase comprising the lipid or hydrocarbon. - providing a fermentation mixture wherein the lipid or hydrocarbon is produced by microbial fermentation in a fermentation vessel or in a first compartment of a fermentation reactor, wherein the lipid or hydrocarbon is secreted into the fermentation mixture by living micro-organisms, and which mixture comprises an aqueous phase and a liquid product phase, wherein the liquid product phase comprises the lipid or hydrocarbon; and - feeding at least part of the aqueous phase and part of the liquid product phase to a second vessel or to a second compartment of the fermentation reactor, thereby forming a second mixture; and - promoting phase-separation of the aqueous and product phase by injecting a gas into the second mixture, thereby separating the product phase from the aqueous phase; and - collecting the product phase comprising the lipid or hydrocarbon.
Folding device for forming a component, in particular a car body panel part, with at least one forming element held movably on a carrier element , at least one first interface , via which the device can be attached to a hemming bed and can be detached from the hemming bed again as required, and a second interface , with which the device can be coupled to a handling device, and which is operatively connected to the forming element in order to apply an infeed movement (Z) to the at least one forming element via the second interface . at least one first interface , via which the device can be attached to a hemming bed and can be detached from the hemming bed again as required, and a second interface , with which the device can be coupled to a handling device, and which is operatively connected to the forming element in order to apply an infeed movement (Z) to the at least one forming element via the second interface .
A device for determining the angular position of at least one wheel of a vehicle , comprising: at least one measuring device including at least one image recording device configured to record images, the recorded images containing an image of at least one mark which has a fixed geometric relationship to a wheel of the vehicle , and an evaluation unit configured to determine the angular position of the at least one wheel by evaluation of the images recorded by the at least one measuring device , characterized in that the evaluation unit is configured to evaluate, in addition to the image of the at least one mark , also the illumination intensity of a background region directly surrounding the respective mark and to not consider in the further evaluation images of marks the background region of which, directly surrounding the respective mark , has an inhomogeneous illumination intensity, or to correct the intensity distribution of images of the marks the directly surrounding background region of which has an inhomogeneous illumination intensity, as a function of the inhomogeneous illumination intensity of the directly surrounding background region, wherein in overexposed regions of the marks missing information of the intensity distribution is supplemented by calculation on the basis of the intensity distribution of the directly adjoining surrounding region, and to consider the corrected images in the further evaluation. at least one measuring device including at least one image recording device configured to record images, the recorded images containing an image of at least one mark which has a fixed geometric relationship to a wheel of the vehicle , and an evaluation unit configured to determine the angular position of the at least one wheel by evaluation of the images recorded by the at least one measuring device , characterized in that the evaluation unit is configured to evaluate, in addition to the image of the at least one mark , also the illumination intensity of a background region directly surrounding the respective mark and to not consider in the further evaluation images of marks the background region of which, directly surrounding the respective mark , has an inhomogeneous illumination intensity, or to correct the intensity distribution of images of the marks the directly surrounding background region of which has an inhomogeneous illumination intensity, as a function of the inhomogeneous illumination intensity of the directly surrounding background region, wherein in overexposed regions of the marks missing information of the intensity distribution is supplemented by calculation on the basis of the intensity distribution of the directly adjoining surrounding region, and to consider the corrected images in the further evaluation.
System for holding and storing disconnected lines of a tractor unit , each line comprising, at one end, a coupling configured to be coupled to a complementary coupling of a trailer so as to pneumatically or electrically connect the trailer to the tractor unit , the system for holding and storing comprising: - a first retaining mechanism comprising a bracket designed to be fixed on a rear wall of the tractor unit and at least one spring having a first extremity attached to the bracket and a second extremity on which at least one of the lines can be hung; and - a second retaining mechanism for receiving and holding the couplings arranged at the end of the lines ; characterized in that the system for holding and storing further includes a magnetic stabilizer configured for attracting and maintaining the spring in a rest position when the tractor unit is moving without trailer . - a first retaining mechanism comprising a bracket designed to be fixed on a rear wall of the tractor unit and at least one spring having a first extremity attached to the bracket and a second extremity on which at least one of the lines can be hung; and - a second retaining mechanism for receiving and holding the couplings arranged at the end of the lines ;
A system for the contactless transmission of electrical energy to a mobile part movably arranged on a base of an installation, wherein a charging unit is arranged in a cut-out of the base, wherein the charging unit has a receiving part at the upper side of which there is arranged an upper cover part and at the lower side of which there is arranged a lower cover part , wherein a primary winding is received in the upper cover part , in particular at the inner side of the upper cover part , wherein the receiving part at least partially bounds a spatial region in which there is arranged an electronic circuit, wherein a bore passing through the lower cover part opens with its first end region into the spatial region and with its other end region into a further spatial region which is at least partially bounded by a hood wall formed at the lower cover part and extending downwards from the lower cover part , wherein a membrane is arranged at the bore , wherein the membrane is semi-permeable, in particular impermeable to water and permeable to air, wherein the charging unit has a annular part which is placed on a step of the cut-out configured as a stepped bore, the hood wall is formed in one piece with the lower cover part , in particular as one part, in particular from metal or plastics material, wherein a cable for supplying electricity to the electronic circuit is guided through an empty conduit, laid in the base material , to a screw-type cable fitting arranged at the lower cover part , in particular in such a manner that the cable is guided in a sealed manner through the lower cover part into the spatial region.
A cultivation bed for use in a hydroponic system for fruit vegetables, which includes: a cultivation bed body having an incline in the longitudinal direction thereof; a water-retaining sheet that covers the inner surface of the cultivation bed; a holding portion for holding a seedling of a fruit vegetable; a drainage groove , and a space for accommodating grown roots along both sides of the drainage groove , characterised in that the cultivation bed further provides a water-permeable root barrier sheet that is laid over the water-retaining sheet ; and a nutrient solution flowing groove in either edge portion.
A lipolytic enzyme variant comprising an amino acid modification to a parent lipolytic enzyme, wherein the modification is at a productive position of the lipolytic enzyme variant, wherein the productive position is 130 and the productive modification is 130(D,A,C,E,F,G,H,Q,R,T,V,W,Y), wherein the parent lipolytic enzyme is the Thermomyces lanuginosus set forth in SEQ ID NO:4, wherein the amino acid positions of the lipase variant are numbered by correspondence with the amino acid sequence of Thermomyces lanuginosus lipase TLL set forth in SEQ ID NO:4, and wherein the variant has at least 90% sequence identity to the sequence of SEQ ID NO: 4. Q, R).
Use of a seal for sealing with respect to media lines which are laid from the exterior into a building, having a round cross-section, wherein the seal - has a passage direction (m D ) for media lines, - at least partially comprises a resiliently compressible material, and - is configured to produce a sealing action by clamping the seal in the passage direction, - has at least one through-opening (5a-e; 15a-d) which is arranged eccentrically in a plane of section transversely relative to the passage direction for receiving media lines and/or clamping means in the passage direction, characterised in that the through-opening (5a-e; 15a-d) in the non-tensioned state in the plane of section is formed in an oval or polygonal manner, wherein the oval or polygonal through-opening (5a-e; 15a-d) has the smallest clear width along a minor axis (b i ) and the largest clear width along a main axis (a i ), and the through-opening (5a-e; 15a-d) in the seal is orientated in such a manner that in the tensioned state the clear width along the minor axis is equal to or at least substantially equal to the clear width of the main axis. - has a passage direction (m D ) for media lines, - at least partially comprises a resiliently compressible material, and - is configured to produce a sealing action by clamping the seal in the passage direction, - has at least one through-opening (5a-e; 15a-d) which is arranged eccentrically in a plane of section transversely relative to the passage direction for receiving media lines and/or clamping means in the passage direction,
A transmission assembly for an electric drive of a motor vehicle, comprising: a drive shaft , a reduction gearing , which is rotatably drivable by the drive shaft and is configured to transmit a rotary motion introduced with high speed to a reduced speed, a power distribution unit drivingly connected to said reduction gearing and configured to transmit an introduced rotary motion to two output parts , a parking lock unit including a parking ratchet wheel which is connected in a rotationally fixed manner to a torque-transmitting member in the power path between the drive shaft and the output parts , and a controllable locking element which is selectively engageable with the parking ratchet wheel ; characterized in that the parking lock unit is arranged in a parking lock housing which is liquid-tightly sealed with respect to a transmission housing in which at least parts of the reduction gearing and the power distribution unit are arranged, so that a first oil bath in the transmission housing is separated from a second oil bath in the parking lock housing . a drive shaft , a reduction gearing , which is rotatably drivable by the drive shaft and is configured to transmit a rotary motion introduced with high speed to a reduced speed, a power distribution unit drivingly connected to said reduction gearing and configured to transmit an introduced rotary motion to two output parts , a parking lock unit including a parking ratchet wheel which is connected in a rotationally fixed manner to a torque-transmitting member in the power path between the drive shaft and the output parts , and a controllable locking element which is selectively engageable with the parking ratchet wheel ;
A filter circuit that is based on a MOS field effect transistor, comprising a first MOS field effect transistor (M1) and an electrostatic discharge unit; wherein a gate of the first MOS field effect transistor (M1) and a substrate of the first MOS field effect transistor (M1) form a filter capacitance during normal operation; wherein the electrostatic discharge unit and the first MOS field effect transistor (M1) form a discharge path that transfers aggregated electrostatic charges to ground during electrostatic discharge; wherein the electrostatic discharge unit comprises a second MOS field effect transistor (M2) and a third MOS field effect transistor (M3), a drain of the first MOS field effect transistor (M1), a drain of the second MOS field effect transistor (M2) and a drain of the third MOS field effect transistor (M3) are interconnected; a gate of the first MOS field effect transistor (M1), a gate of the second MOS field effect transistor (M2) and a gate of the third MOS field effect transistor (M3) are all grounded; a source of the first MOS field effect transistor (M1), the substrate of the first MOS field effect transistor (M1), a source of the second MOS field effect transistor (M2) and a substrate of the second MOS field effect transistor (M2) are connected to a power supply (VDD); and a source of the third MOS field effect transistor (M3) and a substrate of the third MOS field effect transistor (M3) are grounded. wherein a gate of the first MOS field effect transistor (M1) and a substrate of the first MOS field effect transistor (M1) form a filter capacitance during normal operation; wherein the electrostatic discharge unit and the first MOS field effect transistor (M1) form a discharge path that transfers aggregated electrostatic charges to ground during electrostatic discharge; wherein the electrostatic discharge unit comprises a second MOS field effect transistor (M2) and a third MOS field effect transistor (M3), a drain of the first MOS field effect transistor (M1), a drain of the second MOS field effect transistor (M2) and a drain of the third MOS field effect transistor (M3) are interconnected; a gate of the first MOS field effect transistor (M1), a gate of the second MOS field effect transistor (M2) and a gate of the third MOS field effect transistor (M3) are all grounded; a source of the first MOS field effect transistor (M1), the substrate of the first MOS field effect transistor (M1), a source of the second MOS field effect transistor (M2) and a substrate of the second MOS field effect transistor (M2) are connected to a power supply (VDD); and a source of the third MOS field effect transistor (M3) and a substrate of the third MOS field effect transistor (M3) are grounded.
A lamp comprising electric contact members at the outside of the lamp for making contact with corresponding electric contact elements in a lamp holder, the light radiation of the lamp being emitted from the front side of the lamp, said front side being substantially located in a plane perpendicular to the longitudinal direction of the lamp, wherein the contact members of the lamp border the circumferential edge of said front side of the lamp, and wherein the lamp comprises a number of LEDs.
A device for drawing wire , having a plurality of cone pairs arranged in a row and drawing dies arranged between cones of a cone pair , with wire to be drawn running from one cone pair to the next cone pair , and a motor being provided for each cone pair to drive the cone pair , a drawing disc being situated after the last cone pair , characterised in that the cones of a cone pair are arranged one above the other, and a testing disc is situated after the drawing disc , with which testing disc a defined testing load can be applied to the wire , wherein the drawing disc and/or the testing disc are provided on the end face with a conjointly rotating disc which has openings through which an intake of air takes place while the disc rotates.
An automatically controlled vehicle for transporting an object such as an item of luggage or goods similar thereto such as a parcel, the vehicle comprising: - a chassis having on an upper side a carrying surface for the object, - a first wheel support arm connected to the chassis for pivoting about a first pivot axis and having respectively a left and right first wheel at the opposite outer ends thereof, - a second wheel support arm connected to the chassis for pivoting about a second pivot axis located at a distance from the first pivot axis and having respectively a left and right second wheel at the opposite outer ends thereof, - per wheel (7; 10) an electric drive motor (14; 16) connected thereto for driving the relevant wheel, - a control unit for separate control of each of the drive motors, - a source of electrical energy such as a battery which is connected to each of the drive motors and to the control unit, wherein the chassis is formed at least substantially by an elongate central chassis beam extending in a longitudinal direction of the vehicle , wherein the first wheel support arm is connected to the chassis beam at a first distance from a first outer end of the chassis beam, and wherein the second wheel support arm is connected to the chassis beam at a second distance from a second outer end of the chassis beam, the vehicle being characterized in that it further comprises a substantially rectangularly shaped object carrying part with an object carrying element which defines the carrying surface , wherein the object carrying part is connected at a first outer end thereof to the chassis beam with a first connecting member closer to the first outer end than the first wheel support arm , and is connected at a second outer end thereof to the chassis beam with a second connecting member closer to the second outer end than the second wheel support arm . - a chassis having on an upper side a carrying surface for the object, - a first wheel support arm connected to the chassis for pivoting about a first pivot axis and having respectively a left and right first wheel at the opposite outer ends thereof, - a second wheel support arm connected to the chassis for pivoting about a second pivot axis located at a distance from the first pivot axis and having respectively a left and right second wheel at the opposite outer ends thereof, - per wheel (7; 10) an electric drive motor (14; 16) connected thereto for driving the relevant wheel, - a control unit for separate control of each of the drive motors, - a source of electrical energy such as a battery which is connected to each of the drive motors and to the control unit,