mhurhangee/patent-ind-claim-en huggingface dataset:
An alpha-amylase variant, wherein said variant is a mature form having amylase activity and comprising a) a deletion and/or substitution at two or more positions corresponding to positions R181, G182, D183, and G184 of the amino acid sequence set forth in SEQ ID NO: 3; and b) a substitution at position H1; wherein the position corresponds to the amino acid position in the amino acid sequence set forth in SEQ ID NO: 3; and wherein the substitution provides an alpha-amylase variant having an improvement factor of > 1.0 for a measure of stability and/or an improvement factor of >1.0 for a measure of specific activity in Model A detergent composition in comparison to the parent alpha-amylase set forth as SEQ ID NO: 3; and wherein said variant has at least 80%, such as at least 85%, such as at least 90%, such as at least 95%, such as at least 97%, such as at least 99%, but less than 100%, sequence identity to the amino acid sequence set forth in SEQ ID NOs: 3, and wherein said variant has alpha-amylase activity. a) a deletion and/or substitution at two or more positions corresponding to positions R181, G182, D183, and G184 of the amino acid sequence set forth in SEQ ID NO: 3; and b) a substitution at position H1; wherein the position corresponds to the amino acid position in the amino acid sequence set forth in SEQ ID NO: 3; and wherein the substitution provides an alpha-amylase variant having an improvement factor of > 1.0 for a measure of stability and/or an improvement factor of >1.0 for a measure of specific activity in Model A detergent composition in comparison to the parent alpha-amylase set forth as SEQ ID NO: 3; and wherein said variant has at least 80%, such as at least 85%, such as at least 90%, such as at least 95%, such as at least 97%, such as at least 99%, but less than 100%, sequence identity to the amino acid sequence set forth in SEQ ID NOs: 3, and wherein said variant has alpha-amylase activity.
A thermoplastic composite article comprising: a fiber reinforced thermoplastic polymer porous core layer comprising reinforcing fibers and a thermoplastic polymer; and a surface layer disposed on the fiber reinforced thermoplastic polymer porous core layer and comprising a plurality of continuous untwisted glass fibers, in which the continuous untwisted glass fibers do not intersect or overlap with one another with direct contact of the continuous untwisted glass fibers. a fiber reinforced thermoplastic polymer porous core layer comprising reinforcing fibers and a thermoplastic polymer; and a surface layer disposed on the fiber reinforced thermoplastic polymer porous core layer and comprising a plurality of continuous untwisted glass fibers, in which the continuous untwisted glass fibers do not intersect or overlap with one another with direct contact of the continuous untwisted glass fibers.
A videoconferencing configuration method, comprising: receiving far-end configuration information from a far-end videoconferencing system at a near-end videoconferencing system , the far-end configuration information being indicative of video handling with respect to capturing and displaying videos at the far-end videoconferencing system , the far-end configuration information being further indicative of a far-end number of video displays and cameras useable at the far-end videoconferencing system ; configuring, at the near-end videoconferencing system , one or more near-end video cameras based on the far-end configuration information to capture near-end video for sending to the far-end videoconferencing system ; and configuring, at the near-end videoconferencing system , one or more near-end video displays based on the far-end configuration information to display far-end video received from the far-end videoconferencing system , wherein the video handling with respect to capturing and displaying videos by the near-end videoconferencing system is different than the far-end videoconferencing system . receiving far-end configuration information from a far-end videoconferencing system at a near-end videoconferencing system , the far-end configuration information being indicative of video handling with respect to capturing and displaying videos at the far-end videoconferencing system , the far-end configuration information being further indicative of a far-end number of video displays and cameras useable at the far-end videoconferencing system ; configuring, at the near-end videoconferencing system , one or more near-end video cameras based on the far-end configuration information to capture near-end video for sending to the far-end videoconferencing system ; and configuring, at the near-end videoconferencing system , one or more near-end video displays based on the far-end configuration information to display far-end video received from the far-end videoconferencing system , wherein the video handling with respect to capturing and displaying videos by the near-end videoconferencing system is different than the far-end videoconferencing system .
Non-motorised physical-assistance device of the exoskeleton type, adapted to be worn by a user in order to relieve, in use, at least the upper limbs of said user manually lifting and transporting a load (C), said device including in particular a pelvic belt suitable for surrounding the waist/hips of the user and means for assisting the lifting and transporting of a load relieving the back , the upper limbs , the shoulders and the neck of the user , the means assisting the lifting and transporting of a load comprising a member for transferring, solely onto the pelvic belt , the vertical forces caused by the weight of the load (C) lifted/transported by the user , the force-transfer member consisting of a rigid dorsal support, characterised in that said rigid dorsal support includes a single central column dividing into two lateral branches passing above the shoulders of the user , without contact with the latter or the arms of the user, and in that said lateral branches rise perpendicularly to the central column and project forwards on either side of the neck of the user .
A wrist computer for divers, comprising a lower case , a power-supply battery and an electronic module equipped with at least one electronic board for data processing, a display for displaying data and a backlight element associated with said display , said electronic module being houseable in said case in a sealed manner, and said electronic board and said backlight element being powered by means of said battery , comprising an acoustic resonator positioned inside said electronic module , said resonator being electrically powered through said electronic board , characterized by the fact that said acoustic resonator is positioned in contact with and glued to the rear surface of the backlight element , and by the fact that it comprises a single spacer element made of an insulating material and of reduced thickness arranged between said backlight element and said electronic board , with seats for housing electrical connectors being provided on said spacer element .
Housing of a fluid-cooled electric machine , the housing having an outer and an inner shell surface , which form a closed cooling channel , and having at least one first and one second meander web , which are arranged at the cooling channel such that a cooling fluid is conducted in a meandering manner in the cooling channel , characterized in that , between the first and second meander webs , provision is made of at least one guide web , the longitudinal axis of which extends parallel to the longitudinal axis of the housing , and in that the at least one guide web is designed to split the cooling fluid into parallel flows which are conducted parallel to the longitudinal axis of the housing between the first and second meander webs and which flow in the same direction.
A system configured to prepare and band a crop package , the system comprising: an agricultural baler including a formation chamber configured to form the crop package into a substantially cylindrical shape, the agricultural baler also including a banding mechanism configured to band the crop package within the formation chamber in the cylindrical shape with a first banding element ; and a reconfiguration and bander assembly coupled to the agricultural baler , the reconfiguration and bander assembly configured to form the cylindrical shaped crop package into a substantially different shape and to band the crop package in the different shape with a second banding element , characterized in that the reconfiguration and bander assembly is configured to discharge the crop package in the different shape banded with both the first banding element and the second banding element , and wherein the first banding element is a different banding element than the second banding element . an agricultural baler including a formation chamber configured to form the crop package into a substantially cylindrical shape, the agricultural baler also including a banding mechanism configured to band the crop package within the formation chamber in the cylindrical shape with a first banding element ; and a reconfiguration and bander assembly coupled to the agricultural baler , the reconfiguration and bander assembly configured to form the cylindrical shaped crop package into a substantially different shape and to band the crop package in the different shape with a second banding element , characterized in that the reconfiguration and bander assembly is configured to discharge the crop package in the different shape banded with both the first banding element and the second banding element , and wherein the first banding element is a different banding element than the second banding element .
A floor care tool set , comprising: a first floor care tool comprising an elongated handle with a first floor care tool head positioned at a first end of the handle ; a second floor care tool comprising an elongated handle and a second floor care tool head positioned at a first end of the handle ; a mounting member positioned at a second end of the first floor care tool handle ; and a grip positioned at a second end of the second floor care tool , said grip comprising an extension that intersects the mounting member of the first floor care tool ; and characterised in that it further comprises a clip attached to the handle of the first or second floor care tool , said clip comprising a housing operatively connected to the handle with said housing including a concave portion for receiving a portion of the first or second handle , and at least one holding element associated with the concave portion to hold one of the first or second handles within the concave portion . a first floor care tool comprising an elongated handle with a first floor care tool head positioned at a first end of the handle ; a second floor care tool comprising an elongated handle and a second floor care tool head positioned at a first end of the handle ; a mounting member positioned at a second end of the first floor care tool handle ; and a grip positioned at a second end of the second floor care tool , said grip comprising an extension that intersects the mounting member of the first floor care tool ; and characterised in that it further comprises a clip attached to the handle of the first or second floor care tool , said clip comprising a housing operatively connected to the handle with said housing including a concave portion for receiving a portion of the first or second handle , and at least one holding element associated with the concave portion to hold one of the first or second handles within the concave portion .
A belt tensioning roller for a traction mechanism, comprising a ring element with an outer circumferential surface , which is designed to receive a belt, and an inner circumferential surface , which is designed to receive a mounting, wherein at least one part of the ring element is additively manufactured, wherein the additively manufactured part of the ring element comprises nanoparticles , characterised in that the nanoparticles are distributed inhomogeneously in the additively manufactured part of the ring element and in that the ring element has at least two circumferential chambers .
Method for feeding piglets and/or sows in a farrowing pen, in which during the suckling phase, a feeding trough is filled on the basis of a signal of at least one sensor arranged in a sow-feeding region of the feeding trough, in particular such that the sow can feed as desired, feed that is supplied into a piglet-feeding region via a supply line flushing any feed that is left in the piglet-feeding region out of said region and transferring it to the sow-feeding region , the feeding trough being filled on the basis of a signal of at least one sensor arranged in the piglet-feeding region after the sow has been removed from the farrowing pen.
Method for operating a distributed database system having distributed node devices (2-6) for providing data blocks (Bi) which are linked to one another in the form of a blockchain (BC) and document data entries allocated to subscribers , wherein a respective coupling between the subscriber and the allocated data entry is effected with the aid of a cryptographic blockchain security method (BCS) which has a cryptographic blockchain security level (BSL), having the steps of: providing (S6) a cryptographic challenge (CC) on the basis of the blockchain security method (BCS), wherein the cryptographic challenge (CC) has a cryptographic challenge security level (CSL) which is lower than the blockchain security level (BSL); and increasing the blockchain security level (BSL) to a new blockchain security level (nBSL) if a solution to the cryptographic challenge (CC) is detected. providing (S6) a cryptographic challenge (CC) on the basis of the blockchain security method (BCS), wherein the cryptographic challenge (CC) has a cryptographic challenge security level (CSL) which is lower than the blockchain security level (BSL); and increasing the blockchain security level (BSL) to a new blockchain security level (nBSL) if a solution to the cryptographic challenge (CC) is detected.
A computer implemented method for providing assistance to a vehicle , the vehicle comprising a releasable unmanned aerial vehicle (UAV) , and the vehicle being arranged in network communication with a first server arranged off-board the vehicle , wherein the method comprises the steps of: - determining (S1) a network failure in the communication between the first server and the vehicle , - deploying (S2) the UAV only if the network failure has been determined, - capturing (S3) at least one of an image or a video using the UAV , - determining (S4), based on the captured image or video, if the vehicle is in need of assistance, and - establishing (S5) an independent network communication between the UAV and a second server to request vehicle assistance. - determining (S1) a network failure in the communication between the first server and the vehicle , - deploying (S2) the UAV only if the network failure has been determined, - capturing (S3) at least one of an image or a video using the UAV , - determining (S4), based on the captured image or video, if the vehicle is in need of assistance, and - establishing (S5) an independent network communication between the UAV and a second server to request vehicle assistance.
A composition or kit for use in a method of providing neuroprotection, treating stroke, a neurological disorder, ischemia, or providing neuroconditioning to provide tolerance to the brain against an ischaemic, epileptic or other injurious event, wherein the composition or kit consists of as active ingredients the following four components: i. Polygalae (thinleaf milkwort, Polygala tenuifolia Willd., Polygala sibirica L. or Yuanzhi), preferably the root thereof (i.e. radix polygalae); ii. Astragali (Membranous Milkvetch or Huang Qi), preferably the root (i.e. radix astragali); iii. Chuanxiong, preferably the rhizome thereof (i.e. rhizoma chuanxiong); and iv. Angelicae sinensis (Chinese Angelica or DanGui), preferably the root (i.e. radix angelicae sinensis). i. Polygalae (thinleaf milkwort, Polygala tenuifolia Willd., Polygala sibirica L. or Yuanzhi), preferably the root thereof (i.e. radix polygalae); ii. Astragali (Membranous Milkvetch or Huang Qi), preferably the root (i.e. radix astragali); iii. Chuanxiong, preferably the rhizome thereof (i.e. rhizoma chuanxiong); and iv. Angelicae sinensis (Chinese Angelica or DanGui), preferably the root (i.e. radix angelicae sinensis).
A method comprising: recognizing at least one user gesture to define at least one computer-implemented virtual boundary in a monitoring space , the monitoring space comprising a virtual representation of a monitored scene space , wherein the user gesture comprises a motion along a path and at a location in the monitored scene space wherein there is a correspondence between the monitoring space and the monitored scene space ; causing implementation of the at least one virtual boundary in the monitoring space corresponding to the monitored scene space , wherein at least part of the virtual boundary is determined by the path in the monitored scene space and the at least part of the virtual boundary is located in the monitoring space at a corresponding location equivalent to the path location; processing received sensor data to generate a response event when there is, relative to the at least one virtual boundary , a change in a portion of the monitored scene space ; characterised by recognizing at least one further user gesture and in response to recognizing the at least one further user gesture allowing a number of boundary interactions with the at least one virtual boundary without generating a response event, wherein the number of boundary interactions is configured by an authorized user. recognizing at least one user gesture to define at least one computer-implemented virtual boundary in a monitoring space , the monitoring space comprising a virtual representation of a monitored scene space , wherein the user gesture comprises a motion along a path and at a location in the monitored scene space wherein there is a correspondence between the monitoring space and the monitored scene space ; causing implementation of the at least one virtual boundary in the monitoring space corresponding to the monitored scene space , wherein at least part of the virtual boundary is determined by the path in the monitored scene space and the at least part of the virtual boundary is located in the monitoring space at a corresponding location equivalent to the path location; processing received sensor data to generate a response event when there is, relative to the at least one virtual boundary , a change in a portion of the monitored scene space ; characterised by recognizing at least one further user gesture and in response to recognizing the at least one further user gesture allowing a number of boundary interactions with the at least one virtual boundary without generating a response event, wherein the number of boundary interactions is configured by an authorized user.
A membrane for an electrochemical device, said membrane consisting of: - at least one fluoropolymer [polymer (F)], and - a liquid medium [medium (L)], said membrane being free from one or more metal salts and, optionally, one or more additives, wherein the medium (L) comprises, preferably consists of, at least one organic carbonate and, optionally, at least one ionic liquid. - at least one fluoropolymer [polymer (F)], and - a liquid medium [medium (L)], said membrane being free from one or more metal salts and, optionally, one or more additives, wherein the medium (L) comprises, preferably consists of, at least one organic carbonate and, optionally, at least one ionic liquid. said membrane being free from one or more metal salts and, optionally, one or more additives, wherein the medium (L) comprises, preferably consists of, at least one organic carbonate and, optionally, at least one ionic liquid.
Method of joining two components to one another by laser welding, wherein - a first component and a second component are arranged adjacent to one another in a component arrangement in such a way that - the component arrangement has an irradiation surface comprising a first irradiation partial surface (7.1) on the first component and a second irradiation partial surface (7.2) on the second component , wherein - the irradiation surface is irradiated with a laser beam along an irradiation direction in a joining region , wherein - the irradiation surface has a gap in the joining region which, starting from the irradiation surface , tapers in the irradiation direction, wherein - the gap comprises at least one rounded wall , characterised in that - the first component and the second component are joined to one another by heat conduction welding without an additional active substance, wherein - a minimum distance between the first component and the second component is selected to be at least 0.01 mm to at most 0.3 mm, wherein - a quotient of a beam width dimension (D) of the laser beam to a width (B) of the gap measured in the irradiation surface is at least 0.2 to at most 2.0, and wherein - a laser weld seam is produced by the heat conduction welding, wherein a depth of the laser weld seam , measured in the irradiation direction, is greater than its width, measured in the irradiation surface perpendicular to the longitudinal extension of the laser weld seam . - a first component and a second component are arranged adjacent to one another in a component arrangement in such a way that - the component arrangement has an irradiation surface comprising a first irradiation partial surface (7.1) on the first component and a second irradiation partial surface (7.2) on the second component , wherein - the irradiation surface is irradiated with a laser beam along an irradiation direction in a joining region , wherein - the irradiation surface has a gap in the joining region which, starting from the irradiation surface , tapers in the irradiation direction, wherein - the gap comprises at least one rounded wall , - the first component and the second component are joined to one another by heat conduction welding without an additional active substance, wherein - a minimum distance between the first component and the second component is selected to be at least 0.01 mm to at most 0.3 mm, wherein - a quotient of a beam width dimension (D) of the laser beam to a width (B) of the gap measured in the irradiation surface is at least 0.2 to at most 2.0, and wherein - a laser weld seam is produced by the heat conduction welding, wherein a depth of the laser weld seam , measured in the irradiation direction, is greater than its width, measured in the irradiation surface perpendicular to the longitudinal extension of the laser weld seam .
Copper alloy consisting of Cu, Ni, Al, Zn, Si, Fe, P, and Mn, especially usable for the manufacture of molds for the production of glass containers, characterized in that it has the following chemical composition by weight percentage : Cu = 68.0-73%, Fe = 0.500-1.00%, Ni = 14.00 to 16.00%, Al= 4.00 to 5.50%, Mn = 0-0.400%, Si = 1.00 to 1.50%, Zn = 6.00 to 7.50% , P <0.05% , the copper alloy optionally comprising Sn, Pb and/or Cr with Sn<0.10%, Pb<0.10%, Cr<0.10%.
Textile fabric to be placed onto the skin and/or a wound of a patient, comprising a top side facing away from the skin and/or wound and an underside which faces the skin and/or wound and on which the textile fabric has a moisture-impermeable barrier , the textile fabric being formed from non-conductive warp threads and non-conductive weft threads and from conductive warp threads and/or conductive weft threads which are arranged such that an electrically conductive structure consisting of conductive warp and/or weft threads (K, S) is formed in the textile fabric, characterised in that the moisture-impermeable barrier on the underside of the textile fabric comprises at least one opening , conductive warp and/or weft threads (K, S) being arranged in the region of the opening in the moisture-impermeable barrier such that the conductive warp and/or weft threads can come into contact with moisture from the patient's skin in the region of the opening.