mhurhangee/patent-ind-claim-en huggingface dataset:
A drive rod lock for a drive rod fitting of a window, a window door or the like, having a positive-locking element provided for the connection with a drive rod of the drive rod fitting and having a locking element , having a housing for guiding the locking element between a locked position engaged with the positive-locking element and a released position separated from the positive-locking element and having an actuating element for the movement of the locking element , wherein the locking element is connected with a latching device , and the latching device has two latching positions for holding the locking elements in the locked position and in the released position, characterized in that the locking element protrudes into the movement region of a locking pin fastened on the drive rod .
A wireless network system, the system comprising: a first mobile device comprising an application and wireless access user credentials ; and a configurable access point of a network providing a wireless network, wherein the application is arranged to receive a selection of the wireless access user credentials to obtain selected wireless access user credentials, wherein the mobile device is arranged to establish a connection to the configurable access point, wherein the application is arranged to push the selected wireless access user credentials from the first mobile device to the configurable access point, and wherein the configurable access point is arranged to: use the received selected wireless access user credentials to reconfigure the wireless network, such that is accessible using the received selected wireless access user credentials; and broadcast an identifier of the reconfigured wireless network to enable connection from at least one mobile device using the selected wireless access user credentials; wherein the application is configured to push the selected wireless access user credentials to the configurable access point using a proximity-based protocol or based on a location of the first mobile device relative to the configurable access point. a first mobile device comprising an application and wireless access user credentials ; and a configurable access point of a network providing a wireless network, wherein the application is arranged to receive a selection of the wireless access user credentials to obtain selected wireless access user credentials, wherein the mobile device is arranged to establish a connection to the configurable access point, wherein the application is arranged to push the selected wireless access user credentials from the first mobile device to the configurable access point, and wherein the configurable access point is arranged to: use the received selected wireless access user credentials to reconfigure the wireless network, such that is accessible using the received selected wireless access user credentials; and broadcast an identifier of the reconfigured wireless network to enable connection from at least one mobile device using the selected wireless access user credentials; wherein the application is configured to push the selected wireless access user credentials to the configurable access point using a proximity-based protocol or based on a location of the first mobile device relative to the configurable access point. use the received selected wireless access user credentials to reconfigure the wireless network, such that is accessible using the received selected wireless access user credentials; and broadcast an identifier of the reconfigured wireless network to enable connection from at least one mobile device using the selected wireless access user credentials; wherein the application is configured to push the selected wireless access user credentials to the configurable access point using a proximity-based protocol or based on a location of the first mobile device relative to the configurable access point.
Method for imaging a sample by means of a microscope which comprises at least an illumination unit, an imaging optical unit and an image sensor, wherein the following steps are carried out for imaging purposes: a) a region of the sample is illuminated by illumination radiation by means of the illumination unit and b) the illuminated sample region is imaged in a magnified fashion on the image sensor by means of the imaging optical unit and an image of the illuminated sample region is recorded using a predetermined number of image pixels, characterized in that c) a plurality of different regions of one or more comparison samples are provided, d) a reference measurement is performed on each comparison sample region provided in step c), wherein the comparison sample region is in each case illuminated by illumination radiation by means of the illumination unit and imaged in a magnified fashion on the image sensor by means of the imaging optical unit and recorded as a reference image with the predetermined number of image pixels, e) a brightness correction image with the predetermined number of image pixels is ascertained, in which brightness correction image the value for each image pixel of the brightness correction image is ascertained from the values of the assigned image pixels of the reference images, wherein the values of the assigned image pixels of the reference images are averaged, and f) the image of the region of the sample recorded by means of steps a) and b) is corrected on the basis of the brightness correction image and output as a corrected image. a) a region of the sample is illuminated by illumination radiation by means of the illumination unit and b) the illuminated sample region is imaged in a magnified fashion on the image sensor by means of the imaging optical unit and an image of the illuminated sample region is recorded using a predetermined number of image pixels, characterized in that c) a plurality of different regions of one or more comparison samples are provided, d) a reference measurement is performed on each comparison sample region provided in step c), wherein the comparison sample region is in each case illuminated by illumination radiation by means of the illumination unit and imaged in a magnified fashion on the image sensor by means of the imaging optical unit and recorded as a reference image with the predetermined number of image pixels, e) a brightness correction image with the predetermined number of image pixels is ascertained, in which brightness correction image the value for each image pixel of the brightness correction image is ascertained from the values of the assigned image pixels of the reference images, wherein the values of the assigned image pixels of the reference images are averaged, and f) the image of the region of the sample recorded by means of steps a) and b) is corrected on the basis of the brightness correction image and output as a corrected image.
A mixing device comprising a mixing container rotatable about a first axis of rotation for receiving mixing material, which has a mixer opening and a mixer cover which can be reciprocated between an opened position and a closed position, wherein the mixer cover in the closed position closes the mixer opening and in the opened position exposes the mixer opening , wherein there is provided a machine stand in which the mixing container is rotatably mounted and to which the mixer cover is so fixed that the mixing container in the closed position of the mixer cover is rotatable relative to the mixer cover about the first axis of rotation , wherein preferably arranged on the machine stand is a drive intended to drive a rotary movement of the mixing container about the first axis of rotation , wherein the machine stand has a stationary element and a pivotal element, wherein the pivotal element is mounted pivotably about a pivot axis relative to the stationary element, wherein the mixing container is mounted rotatably to the pivotal element and the mixer cover is fixed to the pivotal element, characterised in that the mixer cover has a mixing element , preferably a mixer shaft , which is mounted rotatably with respect to the mixer cover in relation to a second axis of rotation and which is of such a configuration and arrangement that in the closed position of the mixer cover it is within the mixing container , wherein the second axis of rotation is preferably parallel and particularly preferably parallel but not identical to the first axis of rotation .
A pharmaceutically acceptable acid addition salt of compound (I), wherein the acid addition salt comprises an organic acid salt; the organic acid salt is benzene sulfonate.
A method of forming groups of smoking articles so that each group forms an individual bundle of smoking articles for receipt in a respective smoking article pack, wherein the method comprises supplying a receptacle of an apparatus for forming groups of smoking articles with different types of smoking articles such that they mix in the receptacle and each group is formed from the mixture of different types of smoking articles by said apparatus, wherein the receptacle comprises a divider to separate the receptacle into a first section and a second section , and the method comprises supplying smoking articles to the first section and supplying smoking articles to the second section , the smoking articles being supplied to the second section being of a different type to the types of smoking articles being supplied to the first section , the apparatus being configured so that each group formed by said apparatus includes smoking articles from both the first section and the second section , characterised in that the supply of smoking articles to the first section comprises the supply of different types of smoking articles to the first section .
Method for operating a base station of a cellular network for serving at least one user equipment camping on said base station, said base station having agreed with the user equipment on a periodic dedicated prescheduled uplink transmission schedule, in case one or more uplink occasion of the dedicated prescheduled uplink transmission schedule is missed by the user equipment , the method comprising for the base station the step of determining if the user equipment is considered as unavailable for communicating at said uplink occasion in relation with the base station , - if so, maintaining presently active dedicated prescheduled uplink transmission schedule, - otherwise cancelling the presently active dedicated prescheduled uplink transmission schedule, said method further comprising the step of cancelling the presently active dedicated prescheduled uplink transmission schedule in case a predetermined consecutive number of missed uplink occasions is detected where the user equipment is determined to be unavailable. in case one or more uplink occasion of the dedicated prescheduled uplink transmission schedule is missed by the user equipment , the method comprising for the base station the step of determining if the user equipment is considered as unavailable for communicating at said uplink occasion in relation with the base station , - if so, maintaining presently active dedicated prescheduled uplink transmission schedule, - otherwise cancelling the presently active dedicated prescheduled uplink transmission schedule, - if so, maintaining presently active dedicated prescheduled uplink transmission schedule, - otherwise cancelling the presently active dedicated prescheduled uplink transmission schedule, said method further comprising the step of cancelling the presently active dedicated prescheduled uplink transmission schedule in case a predetermined consecutive number of missed uplink occasions is detected where the user equipment is determined to be unavailable.
A liquid-repellent resin sheet comprising a bumpy layer having bumps of at least one type on one surface thereof, and a liquid-repellent layer provided on the surface having the bumps on the bumpy layer; wherein the bumpy layer contains a thermoplastic resin composition; the liquid-repellent layer contains a fluorine-based copolymer resin composition containing hydrophilic microparticles; and the bumps have an aspect ratio, bump height/bump bottom diameter, of 0.6 to 2.5.
A mobile storage device comprising: a. an exterior frame, wherein the exterior frame comprises a left support , a right support , and a base , wherein each of the left support , the right support , and the base are foldable into an open storage area and against a back wall of the storage device for storing the mobile storage device; b. the storage area within an interior of the frame, wherein the storage area is accessible from one of a left side, a right side, and front of the exterior frame; c. a seat on the top of the exterior frame, wherein the seat is rotatable between a closed position and an open position, wherein the storage area is accessible when the seat is in the open position; d. a plurality of wheels ; and e. a handle for rolling the storage device. a. an exterior frame, wherein the exterior frame comprises a left support , a right support , and a base , wherein each of the left support , the right support , and the base are foldable into an open storage area and against a back wall of the storage device for storing the mobile storage device; b. the storage area within an interior of the frame, wherein the storage area is accessible from one of a left side, a right side, and front of the exterior frame; c. a seat on the top of the exterior frame, wherein the seat is rotatable between a closed position and an open position, wherein the storage area is accessible when the seat is in the open position; d. a plurality of wheels ; and e. a handle for rolling the storage device.
A method of probing a network between a probe node and a destination node , wherein the network comprises - a further node , wherein the further node is an end point; - a connection between the probe node and the destination node ; - a connection between the probe node and the further node ; - and a connection between the further node and the destination node ; the method comprising: - selecting the probe node or the destination node to be a redirecting node, which redirecting node comprises routing rules to be applied to non-probing data traffic, and bypassing the routing rules by accessing further routing rules that are applied to a probe packet ; - selecting the further node to be a forwarding node and ensuring packet forwarding at the forwarding node; and - transmitting the probe packet between the probe node and the destination node , wherein the further routing rules cause the probe packet to travel between the probe node and the destination node via the forwarding node. - a further node , wherein the further node is an end point; - a connection between the probe node and the destination node ; - a connection between the probe node and the further node ; - and a connection between the further node and the destination node ; - selecting the probe node or the destination node to be a redirecting node, which redirecting node comprises routing rules to be applied to non-probing data traffic, and bypassing the routing rules by accessing further routing rules that are applied to a probe packet ; - selecting the further node to be a forwarding node and ensuring packet forwarding at the forwarding node; and - transmitting the probe packet between the probe node and the destination node , wherein the further routing rules cause the probe packet to travel between the probe node and the destination node via the forwarding node.
An isolated variant lantibiotic comprising MU1140 of Formula I: (SEQ ID NO:17), wherein the following amino acid substitutions are present: (i) Phe1Gly; (ii) Trp4Ala; (iii) Arg13Asp; or combinations of (i), (ii) and (iii); (iv) Phe1Gly and Dha5Ala; (v) Phe1Ile and Dha5Ala; (vi) Trp4Ala and Dha5Ala; (vii) Arg13Asp and Dha5Ala; (viii) Phe1Gly, Trp4Ala and Dha5Ala; (ix) Phe1Gly, Dha5Ala and Arg13Asp; (x) Phe1Ile, Trp4Ala and Dha5Ala; (xi) Phe1Ile, Dha5Ala and Arg13Asp; (xii) Phe1Gly, Trp4Ala, Dha5Ala and Arg13Asp; or (xiii) Phe1Ile, Trp4Ala, Dha5Ala and Arg13Asp; or a pharmaceutically acceptable salt thereof. (i) Phe1Gly; (ii) Trp4Ala; (iii) Arg13Asp; or combinations of (i), (ii) and (iii); (iv) Phe1Gly and Dha5Ala; (v) Phe1Ile and Dha5Ala; (vi) Trp4Ala and Dha5Ala; (vii) Arg13Asp and Dha5Ala; (viii) Phe1Gly, Trp4Ala and Dha5Ala; (ix) Phe1Gly, Dha5Ala and Arg13Asp; (x) Phe1Ile, Trp4Ala and Dha5Ala; (xi) Phe1Ile, Dha5Ala and Arg13Asp; (xii) Phe1Gly, Trp4Ala, Dha5Ala and Arg13Asp; or (xiii) Phe1Ile, Trp4Ala, Dha5Ala and Arg13Asp;
A composition comprising Von Willebrand Factor (VWF) for use in a method of treating atherosclerosis in a subject comprising administering to a subject a therapeutically effective amount of said composition such that VWF binds complement C1q to form C1q-VWF complexes and the C1q-VWF complex binds cholesterol crystals (CC), thereby forming a CC-C1q-VWF complex and inhibiting atherosclerotic plaque progression, wherein the VWF is recombinant VWF (rVWF).
A crockery basket with at least one basket base and with supports formed on the basket base for a plate underside of a plate stored upright on a plate edge in the crockery basket to lean against the supports , wherein at least two supports arranged spaced apart from each other in the crockery basket form a pair of supports for the plate underside to lean against, and the supports of the pair of supports on their side facing away from the basket base have in each case a slanted supporting edge for the plate underside to lean against, wherein the slanted supporting edges of these two supports are slanted downwards in each case in the direction towards each other, in the direction towards the basket base , wherein the crockery basket is delimited by at least one side wall and, viewed in a top view of the basket base , the supporting edges of the two supports of the pair of supports lie on a common straight line which is arranged obliquely to the side wall , characterised in that at least one additional support , preferably formed on the basket base , is associated with the supports of the pair of supports, the plate which leans against the supports with the plate underside being able to be supported, with its region of the plate edge facing the basket base , on an additional supporting edge of the additional support .
A control unit comprising a control part for controlling a heater which heats an aerosol source, wherein the control part is constructed to control temperature of the heater to bring the temperature to a first target temperature (TA1) during a first period (P1), control the temperature of the heater to bring the temperature to a second target temperature (TA2) that is lower than the first target temperature (TA1) during a second period (P2) after the first period (P1), and control the temperature of the heater to bring the temperature to a third target temperature (TA3) during a third period (P3) after the second period (P2), characterized in that , the third target temperature (TA3) is lower than the second target temperature (TA2) and thereby providing a delivery profile of aerosol comprising an ascending curve in an initial period (Q1), an upwardly convex curve having a maximum point in an intermediate period (Q2), and a descending curve in a final period (Q3), the delivery profile of aerosol represents a time variation of aerosol components delivered to an inside of a mouth of a user, the delivery profile of aerosol has a shape that is time-delayed relative to a heating profile of the heater , and the heating profile of the heater represents a time variation of the target temperatures (TA1, TA2, TA3). a control part for controlling a heater which heats an aerosol source, wherein the control part is constructed to control temperature of the heater to bring the temperature to a first target temperature (TA1) during a first period (P1), control the temperature of the heater to bring the temperature to a second target temperature (TA2) that is lower than the first target temperature (TA1) during a second period (P2) after the first period (P1), and control the temperature of the heater to bring the temperature to a third target temperature (TA3) during a third period (P3) after the second period (P2), characterized in that , the third target temperature (TA3) is lower than the second target temperature (TA2) and thereby providing a delivery profile of aerosol comprising an ascending curve in an initial period (Q1), an upwardly convex curve having a maximum point in an intermediate period (Q2), and a descending curve in a final period (Q3), the delivery profile of aerosol represents a time variation of aerosol components delivered to an inside of a mouth of a user, the delivery profile of aerosol has a shape that is time-delayed relative to a heating profile of the heater , and the heating profile of the heater represents a time variation of the target temperatures (TA1, TA2, TA3).
A method of exchanging cipher information between a terminal and a network system , the method comprising: receiving , by the network system , the cipher information relating to a plurality of cipher algorithms operable by the terminal , from the terminal ; determining, by the network system , out of the plurality of cipher algorithms, one cipher algorithm that is supported by the terminal ; and instructing , by the network system , the terminal to perform a communication channel operation based on the determination; wherein the network system determines the cipher algorithm that is supported by the terminal , by comparing the cipher information to a history table containing a list of terminals having a history of operating one of the plurality of cipher algorithms abnormally. receiving , by the network system , the cipher information relating to a plurality of cipher algorithms operable by the terminal , from the terminal ; determining, by the network system , out of the plurality of cipher algorithms, one cipher algorithm that is supported by the terminal ; and instructing , by the network system , the terminal to perform a communication channel operation based on the determination; wherein the network system determines the cipher algorithm that is supported by the terminal , by comparing the cipher information to a history table containing a list of terminals having a history of operating one of the plurality of cipher algorithms abnormally.