mhurhangee/patent-ind-claim-en huggingface dataset:
A method for hydrolytic cleavage of zearalenone and/or at least one zearalenone derivative by means of a hydrolytically cleaving polypeptide, characterized in that the zearalenone and/or at least one zearalenone derivative is hydrolysed by the polypeptide, which is a hydrolase having an amino acid sequence of sequence ID No. 13 or a functional variant thereof, wherein a sequence identity of at least 70 % exists between the functional variant and the amino acid sequence.
An apparatus of a mobile station, MS , configured for cellular Internet of Things, CloT, the apparatus comprising one or more processors and memory configured to: receive , at the MS, a ready state discontinuous reception, RS-DRX, configuration message from a base station, wherein the RS-DRX configuration message includes one or more RS-DRX parameters; and initiate , at the MS, RS-DRX based on the one or more RS-DRX parameters included in the RS-DRX configuration message, wherein RS-DRX enables the MS to be in a packet idle state of an MS ready state in between data communications by the MS with the base station, wherein the packet idle state includes a selected number of short RS-DRX cycles and one or more long RS-DRX cycles, wherein the MS is configured to periodically switch from a defined sleep duration to a defined ON duration during the packet idle state of the MS ready state and check for downlink or uplink packet arrivals, wherein the MS is configured to receive an acknowledgement, ACK, from the base station or transmit an ACK or response to the base station during a defined ON duration in one of the selected number of short RS-DRX cycles in the packet idle state of the MS ready state, wherein reception of the ACK or transmission of the ACK or response during the defined ON duration in one of the selected number of short RS-DRX cycles does not terminate a remaining number of short RS-DRX cycles, and wherein the MS is configured to initiate the one or more long RS-DRX cycles after the selected number of short RS-DRX cycles. receive , at the MS, a ready state discontinuous reception, RS-DRX, configuration message from a base station, wherein the RS-DRX configuration message includes one or more RS-DRX parameters; and initiate , at the MS, RS-DRX based on the one or more RS-DRX parameters included in the RS-DRX configuration message, wherein RS-DRX enables the MS to be in a packet idle state of an MS ready state in between data communications by the MS with the base station, wherein the packet idle state includes a selected number of short RS-DRX cycles and one or more long RS-DRX cycles, wherein the MS is configured to periodically switch from a defined sleep duration to a defined ON duration during the packet idle state of the MS ready state and check for downlink or uplink packet arrivals, wherein the MS is configured to receive an acknowledgement, ACK, from the base station or transmit an ACK or response to the base station during a defined ON duration in one of the selected number of short RS-DRX cycles in the packet idle state of the MS ready state, wherein reception of the ACK or transmission of the ACK or response during the defined ON duration in one of the selected number of short RS-DRX cycles does not terminate a remaining number of short RS-DRX cycles, and wherein the MS is configured to initiate the one or more long RS-DRX cycles after the selected number of short RS-DRX cycles.
A display device comprising: a substrate (SUB) including a first pixel region (PXA1), a second pixel region (PXA2) having an area that is smaller than an area of the first pixel region and connected to the first pixel region, and a peripheral region (PPA1, PPA2) at least partially surrounding the first pixel region and the second pixel region; a first pixel (PXL1) in the first pixel region; a second pixel (PXL2) in the second pixel region; a first line connected to the first pixel; a second line connected to the second pixel; an extension line (ELP1) connected to any one of the first line and the second line and extending to the peripheral region; a dummy part (DMP) in the peripheral region, overlapping with the extension line, and for compensating for a difference between a load value of the first line and a load value of the second line; and a power supply line (ELVDD) connected to the first pixel region and the second pixel region wherein the second pixel region includes a first sub-pixel region (s1_PXA2) and a second sub-pixel region (s2_PXA2) separate from the first sub-pixel region; a connection line (CNL) in the peripheral region, connected to the dummy part, and electrically connected to the first sub-pixel region of the second pixel region, and characterised in that the second sub-pixel region (s2_PXA2) is directly connected to the dummy part (DMP) through one or more power lines (PL) such that pixels of the second sub-pixel region (S2_PXA2) are electrically connected to the power supply line (ELVDD) through the one or more power lines (PL) and dummy part (DMP). a substrate (SUB) including a first pixel region (PXA1), a second pixel region (PXA2) having an area that is smaller than an area of the first pixel region and connected to the first pixel region, and a peripheral region (PPA1, PPA2) at least partially surrounding the first pixel region and the second pixel region; a first pixel (PXL1) in the first pixel region; a second pixel (PXL2) in the second pixel region; a first line connected to the first pixel; a second line connected to the second pixel; an extension line (ELP1) connected to any one of the first line and the second line and extending to the peripheral region; a dummy part (DMP) in the peripheral region, overlapping with the extension line, and for compensating for a difference between a load value of the first line and a load value of the second line; and a power supply line (ELVDD) connected to the first pixel region and the second pixel region wherein the second pixel region includes a first sub-pixel region (s1_PXA2) and a second sub-pixel region (s2_PXA2) separate from the first sub-pixel region; a connection line (CNL) in the peripheral region, connected to the dummy part, and electrically connected to the first sub-pixel region of the second pixel region, and characterised in that the second sub-pixel region (s2_PXA2) is directly connected to the dummy part (DMP) through one or more power lines (PL) such that pixels of the second sub-pixel region (S2_PXA2) are electrically connected to the power supply line (ELVDD) through the one or more power lines (PL) and dummy part (DMP).
A Hybrid Automatic Repeat reQuest, HARQ, feedback method for multicast communication, being performed by a User Equipment, UE, which receives a Sidelink Control Information, SCI, and comprising: in response to a failure to decode the SCI, monitoring (S101) HARQ feedback informations of other UEs in a group; determining (S102), according to the HARQ feedback informations of the other UEs in the group, whether or not a HARQ-Negative ACKnowledgment, HARQ-NACK, feedback information or a data request information needs to be sent; and if the HARQ-NACK feedback information or the data request information needs to be sent, sending (S103) the HARQ-NACK feedback information or the data request information on a preset resource. in response to a failure to decode the SCI, monitoring (S101) HARQ feedback informations of other UEs in a group; determining (S102), according to the HARQ feedback informations of the other UEs in the group, whether or not a HARQ-Negative ACKnowledgment, HARQ-NACK, feedback information or a data request information needs to be sent; and if the HARQ-NACK feedback information or the data request information needs to be sent, sending (S103) the HARQ-NACK feedback information or the data request information on a preset resource.
A method of protecting a micro-electro-mechanical system having an ultrasonic transducer comprising the step of disposing adjacent to said ultrasonic transducer an expanded PTFE membrane , characterized in that said expanded PTFE membrane has a mass/area ratio of less than 1 g/m 2 , and provides transmission loss of less than 3dB at a frequency of 50 to 92.5 kHz.
A method implemented at a computing device , comprising: receiving one or more images from an image capture device , the one or more images including an environment and at least a portion of one or more potential objects of interest within the environment; storing the one or more images with the computing device characterized in that : building at least a partial three dimensional geometric model of the environment included in the one or more images , the at least partial 3D geometric model including at least the portion of the one or more potential objects of interest within the environment, wherein the at least partial 3D geometric model is built using at least one image of the one or more images ; and automatically creating , using the at least partial 3D geometric model, at least one rectified image having at least one potential object of interest for a visual search, the at least one rectified image including a modified perspective view of the at least one potential object of interest relative to a view of the at least one potential object of interest in the one or more images . receiving one or more images from an image capture device , the one or more images including an environment and at least a portion of one or more potential objects of interest within the environment; storing the one or more images with the computing device characterized in that : building at least a partial three dimensional geometric model of the environment included in the one or more images , the at least partial 3D geometric model including at least the portion of the one or more potential objects of interest within the environment, wherein the at least partial 3D geometric model is built using at least one image of the one or more images ; and automatically creating , using the at least partial 3D geometric model, at least one rectified image having at least one potential object of interest for a visual search, the at least one rectified image including a modified perspective view of the at least one potential object of interest relative to a view of the at least one potential object of interest in the one or more images . building at least a partial three dimensional geometric model of the environment included in the one or more images , the at least partial 3D geometric model including at least the portion of the one or more potential objects of interest within the environment, wherein the at least partial 3D geometric model is built using at least one image of the one or more images ; and automatically creating , using the at least partial 3D geometric model, at least one rectified image having at least one potential object of interest for a visual search, the at least one rectified image including a modified perspective view of the at least one potential object of interest relative to a view of the at least one potential object of interest in the one or more images .
A method comprising: using a processor to execute the following computer executable instructions stored in a memory to perform the following acts: generating a graphical user interface that comprises a thumbnail representing a set of videos, the set of videos comprising at least a first and a second subset of videos the thumbnail comprising: a static portion comprising a first image representative of a first video; and a dynamic portion comprising a fixed display area comprising a first set of images respectively representative of the first subset of videos of the set of videos; and in response to a shift in the graphical user interface that results in a change in position of the thumbnail about the graphical user interface, scrolling the first set of images across the fixed display area whilst keeping the first image in the static portion of the thumbnail fixed; in response to the first set of images scrolling out of the fixed display area, introducing into the fixed display area a second set of images respectively representative of the second subset of videos. generating a graphical user interface that comprises a thumbnail representing a set of videos, the set of videos comprising at least a first and a second subset of videos the thumbnail comprising: a static portion comprising a first image representative of a first video; and a dynamic portion comprising a fixed display area comprising a first set of images respectively representative of the first subset of videos of the set of videos; and a static portion comprising a first image representative of a first video; and a dynamic portion comprising a fixed display area comprising a first set of images respectively representative of the first subset of videos of the set of videos; and in response to a shift in the graphical user interface that results in a change in position of the thumbnail about the graphical user interface, scrolling the first set of images across the fixed display area whilst keeping the first image in the static portion of the thumbnail fixed; in response to the first set of images scrolling out of the fixed display area, introducing into the fixed display area a second set of images respectively representative of the second subset of videos.
A balloon catheter including a catheter having proximal and distal ends ; and a balloon fixed at the distal end of the catheter, the balloon including a plurality of layers superimposed on one another, a first of said layers being a strengthening layer including a strengthening element in the form of a strengthening sleeve and a second of said layers being a radiopaque layer , the radiopaque layer being positioned inside the strengthening layer and being the innermost balloon layer.
A method of allocating wireless resources to a multiple basic service set identifier, BSSID, set including a number of BSSIDs each associated with a corresponding one of a number of access points, APs, the method performed by a first AP and comprising: allocating random access resources for use by stations belonging to the multiple BSSID set using a number of association identifier, AID, values based on a group AID mapping contained in a partial virtual bitmap of a traffic indication map, TIM, element; and transmitting a trigger frame containing the number of AID values to the stations belonging to the multiple BSSID set. allocating random access resources for use by stations belonging to the multiple BSSID set using a number of association identifier, AID, values based on a group AID mapping contained in a partial virtual bitmap of a traffic indication map, TIM, element; and transmitting a trigger frame containing the number of AID values to the stations belonging to the multiple BSSID set.
Alkali-sulfur battery containing an electrolyte that is suitable for an alkali-sulfur battery, wherein the electrolyte comprises a) a nonpolar, acyclic ether with the chemical formula: X-O-Y wherein O is an oxygen atom; and X and Y are each a saturated or unsaturated linear or cyclic hydrocarbon residue; b) a polar aprotic organic solvent; and c) a conductive salt for an alkali-sulfur battery, wherein the nonpolar acyclic ether is a non-fluorinated ether, characterized in that the volume ratio of the nonpolar, acyclic, non-fluorinated ether to the polar aprotic, organic solvent is 3:1 to 9:1 (v/v). a) a nonpolar, acyclic ether with the chemical formula: X-O-Y wherein O is an oxygen atom; and X and Y are each a saturated or unsaturated linear or cyclic hydrocarbon residue; O is an oxygen atom; and X and Y are each a saturated or unsaturated linear or cyclic hydrocarbon residue; b) a polar aprotic organic solvent; and c) a conductive salt for an alkali-sulfur battery,
A sampling component for a battery module, comprising: a busbar having a first surface and a second surface which are opposite to each other, the busbar comprising mounting slots formed by extending in a direction from the first surface to the second surface ; a circuit board disposed on a side of the busbar ; and a connecting sheet , comprising a first flat portion and a bent portion which are connected to each other, one end of the first flat portion being connected to the busbar while the other end thereof being connected to the circuit board , the bent portion being located in the mounting slots wherein a notch running through the first surface and the second surface is formed on a side edge of the busbar , and the bent portion is capable of being inserted into the mounting slots through the notch . a busbar having a first surface and a second surface which are opposite to each other, the busbar comprising mounting slots formed by extending in a direction from the first surface to the second surface ; a circuit board disposed on a side of the busbar ; and a connecting sheet , comprising a first flat portion and a bent portion which are connected to each other, one end of the first flat portion being connected to the busbar while the other end thereof being connected to the circuit board , the bent portion being located in the mounting slots wherein a notch running through the first surface and the second surface is formed on a side edge of the busbar , and the bent portion is capable of being inserted into the mounting slots through the notch .
An ink tank unit comprising: a tank main body that is able to contain ink ; an ink filling unit that is provided in the tank main body and has an opening which enables the tank main body to be filled with the ink ; and a case member that covers at least a part of a peripheral section of the ink filling unit , of a wall of the tank main body on which the ink filling unit is provided, wherein an ink receiving section and an ink guide path (CL) which enables the ink to be guided to the ink receiving section are provided on at least one section of the peripheral section of the ink filling unit in the wall of the tank main body and a section of the case member, which faces the peripheral section, and wherein the ink receiving section is formed outside the tank main body . a tank main body that is able to contain ink ; an ink filling unit that is provided in the tank main body and has an opening which enables the tank main body to be filled with the ink ; and a case member that covers at least a part of a peripheral section of the ink filling unit , of a wall of the tank main body on which the ink filling unit is provided, wherein an ink receiving section and an ink guide path (CL) which enables the ink to be guided to the ink receiving section are provided on at least one section of the peripheral section of the ink filling unit in the wall of the tank main body and a section of the case member, which faces the peripheral section, and wherein the ink receiving section is formed outside the tank main body .
Belt buffer comprising a plurality of belts arranged one above the other, comprising an elevator for filling and emptying the belt buffer and comprising a cleaning device , wherein the cleaning device has a cleaning head for applying and sucking off a cleaning medium and a device for adjusting the height of the cleaning head to the level of the belt to be cleaned and for moving the cleaning head over the belt to be cleaned, and wherein the device for adjusting the height of the cleaning head to the level of the belt to be cleaned and for moving the cleaning head over the belt is attached to the slide of the elevator for filling and emptying the belt buffer and, by means of the slide , is brought to the level of the belt to be cleaned.
A method for finishing the support surface of a chuck, comprising: (a) providing a plurality of treatment tools each comprising a surface configured to contact and pass over said support surface, said configured surface comprising a slightly toroidal shape and being configured such that when the configured surface is brought into contact with a flat surface, the area of contact is in the form of a circle; (b) contacting said slightly toroidal shaped surface of each of said treatment tools to said support surface; and (c) flattening said support surface with a first one of said plurality of treatment tools and roughening said support surface with a second one of said plurality of treatment tools by moving the first and second ones of said plurality of treatment tools at independent applied pressures over at least a portion of said chuck support surface to be finished; (d) wherein said applied pressure of each of said plurality of treatment tools against said support surface is independent of that of the others of said plurality of treatment tools, and controllable; (e) and further wherein a diameter of said support surface is larger than an effective diameter of said plurality of treatment tools. (a) providing a plurality of treatment tools each comprising a surface configured to contact and pass over said support surface, said configured surface comprising a slightly toroidal shape and being configured such that when the configured surface is brought into contact with a flat surface, the area of contact is in the form of a circle; (b) contacting said slightly toroidal shaped surface of each of said treatment tools to said support surface; and (c) flattening said support surface with a first one of said plurality of treatment tools and roughening said support surface with a second one of said plurality of treatment tools by moving the first and second ones of said plurality of treatment tools at independent applied pressures over at least a portion of said chuck support surface to be finished; (d) wherein said applied pressure of each of said plurality of treatment tools against said support surface is independent of that of the others of said plurality of treatment tools, and controllable; (e) and further wherein a diameter of said support surface is larger than an effective diameter of said plurality of treatment tools.
An isolated lipoteichoic acid (LTA) comprising a structure of Formula I wherein the core unit comprises three glucose (Glcp) residues and a glycerol (Gro) residue; R 1 is selected from NH 2 and NHAc; each R 2 is independently selected from NH 2 and NHAc; and n is an integer between about 1 and 20.
A cell culture device comprising a microfluidic network, the microfluidic network comprising: a microfluidic layer comprising a base, a microfluidic channel and a cover; an organoid compartment extending into the microfluidic layer through an aperture in the cover and in fluid communication with the microfluidic channel ; and a capillary pressure barrier aligned with the aperture and dividing the microfluidic network into a first sub-volume comprising the organoid compartment and a second sub-volume comprising at least a part of the microfluidic channel . a microfluidic layer comprising a base, a microfluidic channel and a cover; an organoid compartment extending into the microfluidic layer through an aperture in the cover and in fluid communication with the microfluidic channel ; and a capillary pressure barrier aligned with the aperture and dividing the microfluidic network into a first sub-volume comprising the organoid compartment and a second sub-volume comprising at least a part of the microfluidic channel .