mhurhangee/patent-ind-claim-en huggingface dataset:
A peptide product or a pharmaceutically acceptable salt thereof for use in the treatment of a liver disorder, wherein the peptide product is:His 1 -Aib 2 -Gln 3 -Gly 4 -Thr 5 -Phe 6 -Thr 7 -Ser 8 -Asp 9 -Tyr 10 -Ser 11 -Lys 12 -Tyr 13 -Leu 14 -Asp 15 -Glu* 16 -Lys(N-omega[1-(17-carboxyl-heptadecyloxy) beta-D-glucuronyl]) 17 -Ala 18 -Ala 19 -Lys* 20 -Glu 21 -Phe 22 -Ile 23 -Gln 24 -Trp 25 -Leu 26 -Leu 27 -Gln 28 -Thr 29 -NH 2 (SEQ. ID. NO. 1119), wherein Glu 16 * and Lys 20 * denote residues that are cyclized through their side chains to form a lactam.
A surgical instrument system for treatment of an anatomical structure comprising first and second patient specific instruments for performing the treatment on the anatomical structure , wherein the first and the second patient specific instruments are configured as patient matched devices to directly register the patient's anatomy, wherein the first patient specific instrument is configured to be attached to a first anatomical structure and the second patient specific instrument is configured to be attached to a second anatomical structure , wherein the first patient specific instrument comprises an integrated measurement system to track the position of the second anatomical structure relative to the first anatomical structure and the second patient specific instrument comprises a light source , wherein the integrated measurement system comprises a patient specific instrument sensor , such that a first patient specific instrument position information is obtainable, wherein the patient specific instrument sensor comprises an imaging device and wherein a shadow-generating device is arranged between the light source and the imaging device, wherein the integrated measurement system is configured to compute the elevation of the light source from a pattern cast by a shadow generated by the shadow-generating device on the surface of the imaging device if the light from the light source is projected onto the shadow-generating device.
A phenylpropionic acid derivative compound for use in inhibiting or treating an infection of a subject with a pathogen that interacts with a complement receptor 3 (CR3) polypeptide-expressing cell, wherein the pathogen is selected from a Neisseria species and a retrovirus, and wherein the phenylpropionic acid derivative compound is represented by Formula (III): wherein: R 6 is hydrogen, CH 3 or CHF 2 ; R 7 is hydrogen or NH 2 ; R 8 is hydrogen or OH; R 9 is hydrogen or C 1-4 alkyl; or a pharmaceutically acceptable salt or solvate thereof. R 6 is hydrogen, CH 3 or CHF 2 ; R 7 is hydrogen or NH 2 ; R 8 is hydrogen or OH; R 9 is hydrogen or C 1-4 alkyl; or a pharmaceutically acceptable salt or solvate thereof.
A water-borne coating composition, which is a three-component system comprising: - a substantially water-free base component comprising: - at least a hydrophilic polyol resin - an activator component comprising at least a hydrophobic polyisocyanate; and - water, wherein the water-borne coating composition comprises less than about 100 g/L of volatile organic components. - a substantially water-free base component comprising: - at least a hydrophilic polyol resin - at least a hydrophilic polyol resin - an activator component comprising at least a hydrophobic polyisocyanate; and - water, wherein the water-borne coating composition comprises less than about 100 g/L of volatile organic components.
A method comprising: receiving, at a host bus adapter, HBA, driver executing on a processor, a request to perform an input/output, I/O, command; identifying a logical block address, LBA, location indicated by the request; determining that the LBA location is assigned to a predefined namespace associated with an input/output, I/O, priority level; comparing the namespace to a table to identify an input/output, I/O, submission queue associated with the namespace, wherein the priority level associated with the namespace applies to the I/O submission queue ; and adding the I/O command to the I/O submission queue ; the method further characterized in that prior to receiving the request, receiving, via a user interface of the HBA driver , user input that specifies: an identifier for the namespace; a range of LBA locations that are assigned to the namespace, wherein the range includes the LBA location ; and the priority level associated with the namespace. receiving, at a host bus adapter, HBA, driver executing on a processor, a request to perform an input/output, I/O, command; identifying a logical block address, LBA, location indicated by the request; determining that the LBA location is assigned to a predefined namespace associated with an input/output, I/O, priority level; comparing the namespace to a table to identify an input/output, I/O, submission queue associated with the namespace, wherein the priority level associated with the namespace applies to the I/O submission queue ; and adding the I/O command to the I/O submission queue ; the method further characterized in that prior to receiving the request, receiving, via a user interface of the HBA driver , user input that specifies: an identifier for the namespace; a range of LBA locations that are assigned to the namespace, wherein the range includes the LBA location ; and the priority level associated with the namespace. an identifier for the namespace; a range of LBA locations that are assigned to the namespace, wherein the range includes the LBA location ; and the priority level associated with the namespace.
A lens driving device, comprising: a housing ; a bobbin disposed in the housing ; a base disposed below the housing ; a first coil disposed on the bobbin ; a magnet disposed on the housing and facing the first coil ; a FPCB disposed on the base ; a second coil disposed on the FPCB and facing the magnet ; and a solder (S) electrically connecting the FPCB and the second coil , the FPCB comprises a body portion disposed on an upper surface of the base , a lateral portion extending from the body portion and disposed on a lateral surface of the base and a conductive portion formed of a conductive material and coupled with said solder (S), characterized in that the FPCB comprises a hole disposed at a position corresponding to that of an outer edge of the upper surface of the base , and the conductive portion comprises a first conductive portion disposed on an outer edge of the body portion of the FPCB and coupled with said solder (S), and a second conductive portion disposed on an inner edge of the hole of the FPCB and coupled with said solder (S). a housing ; a bobbin disposed in the housing ; a base disposed below the housing ; a first coil disposed on the bobbin ; a magnet disposed on the housing and facing the first coil ; a FPCB disposed on the base ; a second coil disposed on the FPCB and facing the magnet ; and a solder (S) electrically connecting the FPCB and the second coil , the FPCB comprises a body portion disposed on an upper surface of the base , a lateral portion extending from the body portion and disposed on a lateral surface of the base and a conductive portion formed of a conductive material and coupled with said solder (S), characterized in that the FPCB comprises a hole disposed at a position corresponding to that of an outer edge of the upper surface of the base , and the conductive portion comprises a first conductive portion disposed on an outer edge of the body portion of the FPCB and coupled with said solder (S), and a second conductive portion disposed on an inner edge of the hole of the FPCB and coupled with said solder (S).
A method for a hybrid power train system, comprising: determining a battery protection charge rate limit ; determining a power train protection torque change limit ; determining a torque request ; and providing a torque balance parameter in response to the battery protection charge rate limit , the power train protection torque change limit and the torque request , the torque balance parameter comprising an electrical torque contribution target and a combustion engine torque contribution target ; and providing an electrical torque and a combustion engine torque to a power train in response to the torque balance parameter . determining a battery protection charge rate limit ; determining a power train protection torque change limit ; determining a torque request ; and providing a torque balance parameter in response to the battery protection charge rate limit , the power train protection torque change limit and the torque request , the torque balance parameter comprising an electrical torque contribution target and a combustion engine torque contribution target ; and
A method of power conservation in a wireless accessory, comprising: operating in a normal mode, including receiving, at the wireless accessory , media packets from a host device ; determining, by the wireless accessory, that the media packets are no longer being transmitted by the host device ; switching, by the wireless accessory, to a power save mode in response to determining that the media packets are no longer being transmitted; listening, by the wireless accessory in the power save mode, over a backchannel communication link with another wireless accessory for a pre-warming event, wherein the pre-warming event includes receiving a notification from the other wireless accessory over the backchannel communication link ; and in response to the pre-warming event, returning to the normal mode. operating in a normal mode, including receiving, at the wireless accessory , media packets from a host device ; determining, by the wireless accessory, that the media packets are no longer being transmitted by the host device ; switching, by the wireless accessory, to a power save mode in response to determining that the media packets are no longer being transmitted; listening, by the wireless accessory in the power save mode, over a backchannel communication link with another wireless accessory for a pre-warming event, wherein the pre-warming event includes receiving a notification from the other wireless accessory over the backchannel communication link ; and in response to the pre-warming event, returning to the normal mode.
Sanitizing mat for cleaning soles and/or wheels suitable for being embedded in or placed on a walking surface (P), said sanitizing mat comprising: - a tank ; - at least one sanitizing module housed in the tank and comprising a support base delimited above by a support surface lying on an imaginary support plane (A), and a plurality of bristle bundles , characterized in that a plurality of slits is made in the support base , wherein each slit of said plurality of slits is configured as a depression with respect to the imaginary support plane (A) and comprises a first groove and a second groove arranged parallel to each other along a first direction of use (D1) and connected by a connecting groove incident to the first direction of use, at the bottom of each slit bundles of bristles being fixed, wherein each bundle of bristles of said plurality of bundles of bristles projects beyond the lying surface of the imaginary support plane (A) to interfere with the soles or wheels and to exert a cleaning action of brushing or scrubbing, and wherein the width of the slit is greater than that of each bundle of bristles so as to allow the possible suction of dirt and debris accumulated at the bottom of the slit. - a tank ; - at least one sanitizing module housed in the tank and comprising a support base delimited above by a support surface lying on an imaginary support plane (A), and a plurality of bristle bundles , characterized in that a plurality of slits is made in the support base , wherein each slit of said plurality of slits is configured as a depression with respect to the imaginary support plane (A) and comprises a first groove and a second groove arranged parallel to each other along a first direction of use (D1) and connected by a connecting groove incident to the first direction of use, at the bottom of each slit bundles of bristles being fixed, wherein each bundle of bristles of said plurality of bundles of bristles projects beyond the lying surface of the imaginary support plane (A) to interfere with the soles or wheels and to exert a cleaning action of brushing or scrubbing, and wherein the width of the slit is greater than that of each bundle of bristles so as to allow the possible suction of dirt and debris accumulated at the bottom of the slit.
Sampling system for taking fuel samples from an external fuel tank with a sample tank for receiving the fuel, with at least one supply line , by means of which the fuel can be piped from the external fuel tank into the sample tank , with at least one discharge line , by means of which the fuel can be discharged from the sample tank back into the external fuel tank , and with at least one sampling device , with the assistance of which at least a partial quantity of the fuel can be taken from the sample tank , wherein the sampling system is formed as an autarkic mobile installation, characterized in that the sample tank comprises a mixing device , by means of which the fuel present in the sample tank can be mixed. with at least one supply line , by means of which the fuel can be piped from the external fuel tank into the sample tank , with at least one discharge line , by means of which the fuel can be discharged from the sample tank back into the external fuel tank , and with at least one sampling device , with the assistance of which at least a partial quantity of the fuel can be taken from the sample tank , wherein the sampling system is formed as an autarkic mobile installation, characterized in that the sample tank comprises a mixing device , by means of which the fuel present in the sample tank can be mixed.
A method for monitoring the operation of a crane , in which an overall centre of gravity (y) of the crane , possibly with a load attached thereto, is determined and monitored in terms of its position in relation to a tipping edge of the crane , characterized in that the possible displacements of the overall centre of gravity caused by possible changes in different operating and/or influencing variables, which comprise at least different crane movements, and resultant future overall centres of gravity (x) are determined, wherein the most critical overall centre of gravity (x k ) in relation to the tipping edge is determined from the determined plurality of future overall centres of gravity (x) and a possible restriction of crane movements is determined on the basis of the position of this most critical future overall centre of gravity (x k ) in relation to the tipping edge .
A method for radio aggregation comprising: receiving a request from a first network node operating according to a first radio access technology at a second network node operating according to a second radio access technology, the request comprising a quality of service parameter; the second network node rejecting or accepting the request from the first network node , wherein the rejection or the acceptance is based on a comparison of estimated available resources of the second network node to the quality of service parameter received from the first network node; wherein the request comprises a guaranteed bit rate; and the second network node sending an indication of the rejection or the acceptance to the first network node. receiving a request from a first network node operating according to a first radio access technology at a second network node operating according to a second radio access technology, the request comprising a quality of service parameter; the second network node rejecting or accepting the request from the first network node , wherein the rejection or the acceptance is based on a comparison of estimated available resources of the second network node to the quality of service parameter received from the first network node; wherein the request comprises a guaranteed bit rate; and the second network node sending an indication of the rejection or the acceptance to the first network node.
A communication module for data transmission between at least one hardware component which is integrated into an internal network of a technical system , and a back-end computer system , which is connected to a packet-switched data network , wherein the communication module has a device-proximal gateway and a network-proximal gateway , which are connected to one another via a point-to-point connection without intermediate stations, wherein the network-proximal gateway provides a data transmission interface between the packet-switched data network and the point-to-point connection , wherein the device-proximal gateway provides a data transmission interface between the point-to-point connection and the internal network , characterized in that a communication via the point-to-point connection is carried out according to a non-routable protocol.
A headset unit for a mobile telephone , the headset unit comprising: an ear-hook unit including a cartilage conduction vibration unit capable of making contact with an ear cartilage in a state where the ear-hook unit is hooked to an ear , and a microphone , wherein in the state where the ear-hook unit is hooked to the ear , the cartilage conduction vibration unit is arranged at a position in contact with a rear part of the outer side of the cartilage of a base of the ear , and the microphone is arranged in front of the ear , characterized in that the ear-hook unit includes a unit for performing short-range wireless communication with the mobile telephone, the ear-hook unit includes an incoming/outgoing-talk operation unit and a controller which is configured to control the microphone and the cartilage conduction vibration unit , the ear-hook unit has a front part, a rear part, an upper part, and a lower part, in the state where the ear-hook unit is hooked to the ear , the front part is located on a front side of the ear, the rear part is located on a rear side of the ear, the upper part is located on a top side of the ear, and the lower part is located on a bottom side of the ear, the front part is connected to the upper part, the upper part is connected to the rear part, the rear part is connected to the lower part, and the front part is separated from the lower part, and the front part, the rear part, the upper part, and the lower part are formed integrally, and the microphone is arranged in the front part and the cartilage conduction vibration unit is arranged in the rear part. an ear-hook unit including a cartilage conduction vibration unit capable of making contact with an ear cartilage in a state where the ear-hook unit is hooked to an ear , and a microphone , wherein in the state where the ear-hook unit is hooked to the ear , the cartilage conduction vibration unit is arranged at a position in contact with a rear part of the outer side of the cartilage of a base of the ear , and the microphone is arranged in front of the ear , characterized in that the ear-hook unit includes a unit for performing short-range wireless communication with the mobile telephone, the ear-hook unit includes an incoming/outgoing-talk operation unit and a controller which is configured to control the microphone and the cartilage conduction vibration unit , the ear-hook unit has a front part, a rear part, an upper part, and a lower part, in the state where the ear-hook unit is hooked to the ear , the front part is located on a front side of the ear, the rear part is located on a rear side of the ear, the upper part is located on a top side of the ear, and the lower part is located on a bottom side of the ear, the front part is connected to the upper part, the upper part is connected to the rear part, the rear part is connected to the lower part, and the front part is separated from the lower part, and the front part, the rear part, the upper part, and the lower part are formed integrally, and the microphone is arranged in the front part and the cartilage conduction vibration unit is arranged in the rear part.
A variable flow resistance system for use in a subterranean well, the system comprising: a flow chamber through which a fluid composition flows, the chamber having at least one inlet through which the fluid composition enters the chamber , an outlet through which the same fluid composition exits the chamber , and at least one first structure spirally oriented relative to the outlet , whereby the structure induces spiral flow of the fluid composition about the outlet , and wherein at least one second structure circumferentially oriented relative to the outlet impedes a change in direction of flow of the fluid composition radially toward the outlet .
Arrangement for optical defect inspection of at least one component with: - a defect detection unit for detecting a structural defect (F1, F2, F3) of the component and for determining at least one piece of defect information, and - a means coupled to the defect detection unit for context-dependent insertion of the defect information on a component image (B) in real time, wherein the means for context-dependent insertion of the error information comprises a position determination unit for determining exact information about the position of the component and about the position of the user, a processor unit coupled to the error detection unit and to the position determination unit for processing the information determined by the error detection unit and position determination unit and for integrating the processed information in the component image (B), and a visualization unit coupled to the processor unit for displaying the component image (B) with the integrated information. - a defect detection unit for detecting a structural defect (F1, F2, F3) of the component and for determining at least one piece of defect information, and - a means coupled to the defect detection unit for context-dependent insertion of the defect information on a component image (B) in real time, wherein the means for context-dependent insertion of the error information comprises a position determination unit for determining exact information about the position of the component and about the position of the user, a processor unit coupled to the error detection unit and to the position determination unit for processing the information determined by the error detection unit and position determination unit and for integrating the processed information in the component image (B), and a visualization unit coupled to the processor unit for displaying the component image (B) with the integrated information.