mhurhangee/patent-ind-claim-en huggingface dataset:
A viral vector expressing an exon skipping antisense oligonucleotide that binds to and/or is complementary to a polynucleotide with the nucleotide sequence as shown in SEQ ID NO: 17, wherein said oligonucleotide consists of a sequence selected from the group consisting of: SEQ ID NO: 20, SEQ ID NO: 21, SEQ ID NO: 22 and SEQ ID NO: 23, when placed under conditions conducive to expression of the exon skipping antisense oligonucleotide.
Sealing film for gas or vapor decontaminable packaging applications including a rigid container having an opening to be sealed with a film before decontamination, the sealing film consisting of or comprising at least in sequence from outside towards inside of the packaging a) a layer of a selectively permeable non-woven which is permeable for gases or vapors but essentially impermeable for microorganisms, thus forming a microbial barrier measured according to ASTM F1608-16 of 2-6 Log Reduction Value (LRV), and b1) a first layer of film having one or more predefined cut-out regions within an area of the sealing film which is to cover the opening of the container, or b2) a first layer of film being essentially impermeable for the decontaminating gas or vapor, having a first needling, perforation and/or cut pattern within the area of the sealing film which is to cover the opening of the container, wherein the layer of a selectively permeable non-woven a) and the first layer of film b1) or b2) are bonded by a sealing seam which is configured and arranged at least partially subject to and non-overlapping with a sealing seam area for sealing the opening of the container, and wherein the first layer of film b1) or b2) has monoaxial or biaxial heat shrink properties, wherein the shrink in one or both directions is 20 %-55 % when determined according to DIN 55543-4:2017-03. a) a layer of a selectively permeable non-woven which is permeable for gases or vapors but essentially impermeable for microorganisms, thus forming a microbial barrier measured according to ASTM F1608-16 of 2-6 Log Reduction Value (LRV), and b1) a first layer of film having one or more predefined cut-out regions within an area of the sealing film which is to cover the opening of the container, or b2) a first layer of film being essentially impermeable for the decontaminating gas or vapor, having a first needling, perforation and/or cut pattern within the area of the sealing film which is to cover the opening of the container, wherein the layer of a selectively permeable non-woven a) and the first layer of film b1) or b2) are bonded by a sealing seam which is configured and arranged at least partially subject to and non-overlapping with a sealing seam area for sealing the opening of the container, and wherein the first layer of film b1) or b2) has monoaxial or biaxial heat shrink properties, wherein the shrink in one or both directions is 20 %-55 % when determined according to DIN 55543-4:2017-03.
A removable lock core comprising: a primary energy storage element ; a harvester configured to harvest energy from a source located external from the removable lock core; an actuator configured to control a state of a lock associated with the removable lock core; an energy store configured to selectively receive energy from the primary energy storage element or from the harvester and provide energy to the actuator ; and a processing device configured to select whether the energy store receives energy from the primary energy storage element or the harvester to provide the energy to the actuator ; wherein the primary energy storage element comprises a battery; wherein the processing device is configured to select the harvester as the power source to be used by the energy store to provide the energy to the actuator when the battery provides energy in an amount less than a threshold, and wherein the energy provided to the actuator by the energy store using the harvester is used to remove the core so that the battery can be replaced; wherein the source located external from the removable lock core comprises a mobile phone; and wherein the removable lock core comprises a transceiver configured to receive a command from the mobile phone to change a state of the lock, wherein the command comprises at least one credential, and wherein the removable lock core is configured to change a state of the lock based on an authentication of the at least one credential. a primary energy storage element ; a harvester configured to harvest energy from a source located external from the removable lock core; an actuator configured to control a state of a lock associated with the removable lock core; an energy store configured to selectively receive energy from the primary energy storage element or from the harvester and provide energy to the actuator ; and a processing device configured to select whether the energy store receives energy from the primary energy storage element or the harvester to provide the energy to the actuator ; wherein the primary energy storage element comprises a battery; wherein the processing device is configured to select the harvester as the power source to be used by the energy store to provide the energy to the actuator when the battery provides energy in an amount less than a threshold, and wherein the energy provided to the actuator by the energy store using the harvester is used to remove the core so that the battery can be replaced; wherein the source located external from the removable lock core comprises a mobile phone; and wherein the removable lock core comprises a transceiver configured to receive a command from the mobile phone to change a state of the lock, wherein the command comprises at least one credential, and wherein the removable lock core is configured to change a state of the lock based on an authentication of the at least one credential.
A container with a side wall of plastic which encloses a container volume, wherein horizontally oriented grooves spaced vertically apart from one another are formed in the side wall , wherein the grooves comprise first grooves for stiffening the side wall , which first grooves have a first groove depth (t1) and are configured such that a projection protruding into the enclosed container volume is formed in the inner surface of the side wall , wherein the grooves moreover comprise second grooves which have a second groove depth (t2), wherein the first groove depth (t1) is greater than the second groove depth (t2), and wherein the first and second grooves are arranged such that at least one second groove is in each case arranged in the vertical direction between two first grooves , characterized in that the side wall and the horizontally oriented grooves of the side wall are designed, in terms of material and thickness, such that the side wall and the horizontally oriented grooves are not deformed at a negative pressure in the enclosed container volume, even when the negative pressure causes a pressure of 1013.25 hPa (1 atm) to act on the side wall and the horizontally oriented grooves , and the subvolumes enclosed by two horizontal planes , which are defined by two adjacent grooves , and the side wall are in each case identical.
A method for identifying a critical link in a path between a source node and a destination node in a wireless mesh network, wherein said method comprises the steps of: - receiving , by an intermediate node in said wireless mesh network, a forwarding path request, PREQ, message relating to a discovery of a path between said source node and said destination node, - determining , by said intermediate node, that further PREQ message relating to the discovery of said path are not received during a predetermined duration, and, triggered by said determination, setting a first critical flag in a discovery table entry associated with said path between said source node and said destination node, and - forwarding , by said intermediate node, said received PREQ message to one or more other nodes in said wireless mesh network. - receiving , by an intermediate node in said wireless mesh network, a forwarding path request, PREQ, message relating to a discovery of a path between said source node and said destination node, - determining , by said intermediate node, that further PREQ message relating to the discovery of said path are not received during a predetermined duration, and, triggered by said determination, setting a first critical flag in a discovery table entry associated with said path between said source node and said destination node, and - forwarding , by said intermediate node, said received PREQ message to one or more other nodes in said wireless mesh network.
Coating method for coating parts in an immersion centrifugal process, wherein the parts to be coated are immersed in a coating liquid, wherein the parts to be coated are subsequently centrifuged in at least two planetary basket arrangements , namely at least into a first and in a second planetary basket arrangement , which each provide a maximum receiving volume, in a planetary centrifuge , wherein the planetary centrifuge comprises a main rotor rotating about a main rotor axis of rotation (D), wherein the at least two planetary basket arrangements rotate about their planetary axes of rotation (P1, P2), and further wherein the planetary axes of rotation (P1, P2) are arranged on the main rotor spaced from the main rotor axis of rotation (D), wherein the first planetary basket arrangement is rotated about its respective planetary axis of rotation in the opposite direction to the second planetary basket arrangement during the centrifuging process, wherein the filling of the receiving volume is carried out only up to at most 50% of the maximum receiving volume of the planetary basket arrangement.
A watercraft with a rechargeable battery unit having a plurality of rechargeable batteries , which are connected to one another by means of a holder arrangement to form a rechargeable battery cell (Z), wherein at least part of the rechargeable batteries are electrically coupled to each other in the region of their poles by means of a pole connector and wherein two or more rechargeable battery cells (Z) are arranged in series and electrically coupled to each other, characterised in that the holder arrangements of the rechargeable battery cells (Z) arranged in series each have at least two holders forming receptacles (21.1, 22.1) in which the rechargeable batteries are each held in the region of their pole ends, in that the receptacles (21.1, 22.1) are designed as plug-in receptacles in which the ends of the cylindrical housings of the rechargeable batteries are inserted, in that two or more accumulator cells (Z) arranged in series are inserted in a pipe section , in that the pipe section is closed at its front ends by means of a closure piece and a cover and in that the closure piece and the cover are connected to each other by means of a tensioning element running in the interior of the pipe section .
An article of footwear having an upper and a sole structure secured to the upper , the sole structure comprising: a chamber for receiving a pressurized fluid, the chamber having a first chamber barrier layer and a second chamber barrier layer bonded to the first chamber barrier layer about peripheral portions of the first chamber barrier layer and the second chamber barrier layer to define an interior void between the first chamber barrier layer and the second chamber barrier layer ; and a tensile member extending between the first chamber barrier layer and the second chamber barrier layer , the tensile member including a first tensile member layer bonded to the first chamber barrier layer , a second tensile member layer bonded to the second chamber barrier layer , and a plurality of tethers connecting the first tensile member layer to the second tensile member layer ; characterized in that the second tensile member layer includes a first section and a second section separate from the first section; and wherein a portion of the second chamber barrier layer extends toward the first tensile member layer between the first section and the second section of the second tensile member layer , the portion of the second chamber barrier layer that extends toward the first tensile member layer being joined to the first tensile member layer . a chamber for receiving a pressurized fluid, the chamber having a first chamber barrier layer and a second chamber barrier layer bonded to the first chamber barrier layer about peripheral portions of the first chamber barrier layer and the second chamber barrier layer to define an interior void between the first chamber barrier layer and the second chamber barrier layer ; and a tensile member extending between the first chamber barrier layer and the second chamber barrier layer , the tensile member including a first tensile member layer bonded to the first chamber barrier layer , a second tensile member layer bonded to the second chamber barrier layer , and a plurality of tethers connecting the first tensile member layer to the second tensile member layer ; characterized in that the second tensile member layer includes a first section and a second section separate from the first section; and wherein a portion of the second chamber barrier layer extends toward the first tensile member layer between the first section and the second section of the second tensile member layer , the portion of the second chamber barrier layer that extends toward the first tensile member layer being joined to the first tensile member layer .
Cosmetic use, especially for hair, of spiculisporic acid and/or a salt thereof as antidandruff agent.
Assembly for grinding biological samples, comprising at least two tubes , capable of being mounted on a support of the grinding device , each tube comprising an inner space having a height (h) about the axis of the corresponding tube and being intended to contain samples to be grinded, characterised in that said at least two tubes are of different volumes and in that it comprises a grinding device comprising a support capable of supporting said at least two different tubes , means for driving the support in a precession movement, the support having an axis (4, X) of which the position varies by describing a cone, each tube being subjected to an articulation (d) defined by the projection, on the axis (Y) of said cone, of the distance between the extreme positions of one same point (P) of the tube during the precession movement, the grinding device and the tubes being designed such that, for each tube, the d/h ratio is between 0.55 and 1, preferably between 0.6 and 0.8, even more preferably between 0.6 and 0.7.
1. A light detection and ranging (LIDAR) apparatus comprising: a light source generating source light; a rotation mirror reflecting the source light as scan light while changing a direction depending on time; a reception mirror installed in front of the rotation mirror, reflecting received light, which is scan light reflected by an external reflector to thereby be returned, and having a light transmitting part formed at a position facing the rotation mirror so that light paths of the source light incident to the rotation mirror and the scan light emitted from the rotation mirror are not blocked; a light detecting unit detecting the received light reflected by the reception mirror ; and a calculating unit calculating a distance up to the external reflector on the basis of a time of flight from a point in time in which the source light is generated to a point in time in which the received light is detected, characterized in that the rotation mirror is a micro mirror, which is installed on an optical path of the source light to be able to rotate in two axial directions, such that a direction of a reflection surface thereof varies temporarily, and that only the micro mirror in the LIDAR apparatus rotates, so that the reception mirror is installed not to be rotated a light source generating source light; a rotation mirror reflecting the source light as scan light while changing a direction depending on time; a reception mirror installed in front of the rotation mirror, reflecting received light, which is scan light reflected by an external reflector to thereby be returned, and having a light transmitting part formed at a position facing the rotation mirror so that light paths of the source light incident to the rotation mirror and the scan light emitted from the rotation mirror are not blocked; a light detecting unit detecting the received light reflected by the reception mirror ; and a calculating unit calculating a distance up to the external reflector on the basis of a time of flight from a point in time in which the source light is generated to a point in time in which the received light is detected, characterized in that the rotation mirror is a micro mirror, which is installed on an optical path of the source light to be able to rotate in two axial directions, such that a direction of a reflection surface thereof varies temporarily, and that only the micro mirror in the LIDAR apparatus rotates, so that the reception mirror is installed not to be rotated
Process for manufacturing a prepreg fibrous material comprising a fibrous material of continuous fibers and a thermoplastic polymer matrix, characterized in that said prepreg fibrous material is made of a plurality of unidirectional parallel tapes and in that said process comprises the following steps: i) a step of impregnating said fibrous material in the form of several parallel rovings, said impregnation step comprising: ia) immersing said fibrous material in a bath containing an aqueous dispersion of said thermoplastic polymer, said immersion being followed by ib) drying said fibrous material, then ii) a step of shaping said parallel rovings of said fibrous material impregnated according to step i), by calendering by means of at least one heating calender in the form of a plurality of unidirectional parallel tapes with said heating calender comprising a plurality of calendering grooves , preferably up to 200 calendering grooves, in accordance with the number of said tapes and with a pressure and/or a spacing between the rolls of said calender regulated by a servo system. i) a step of impregnating said fibrous material in the form of several parallel rovings, said impregnation step comprising: ia) immersing said fibrous material in a bath containing an aqueous dispersion of said thermoplastic polymer, said immersion being followed by ib) drying said fibrous material, then ia) immersing said fibrous material in a bath containing an aqueous dispersion of said thermoplastic polymer, said immersion being followed by ib) drying said fibrous material, then ii) a step of shaping said parallel rovings of said fibrous material impregnated according to step i), by calendering by means of at least one heating calender in the form of a plurality of unidirectional parallel tapes with said heating calender comprising a plurality of calendering grooves , preferably up to 200 calendering grooves, in accordance with the number of said tapes and with a pressure and/or a spacing between the rolls of said calender regulated by a servo system.
A hybrid cable comprising at least one conductive element in the form of a cable or a conductor, wherein the conductive element is a metallic power cable for transferring electric power for a rated voltage of up to 3.6 / 6 kV, wherein it further comprises at least one tube for the subsequent installation of an optical fiber or optical cable, wherein the tube or the assembly of two or more tubes is housed in the center of the hybrid cable inside the cable core , the cable core is coated with a covering element in the form of a tape or a continuous extruded mixture and covered by the outer sheath , characterized in that at least one tube made of a polymeric material that has internal and external circular cross-section, the inner cross-section of the polymer tube comprising longitudinal grooves for reducing the friction surface and easier positioning or removal of the optical fiber or cable, each tube being surrounded by the conductive element placed within the hybrid cable, such that the walls of the conductive element formed by insulation and surrounding its wire abut the outer surface of the tube or tube or tube assembly, so that at least the half-part of the outer surface of the tube or tube assembly is in contact with the conductive element , the outer wall of the tube is provided with at least one longitudinally extending projection for filling the gap between the individual conductive elements at the point of contact of the conductive elements with the outer surface of the tube , wherein the conductive elements surrounding single tube have all together as a one unit the shape of an annulus in order to ensure the position of the tube having circular cross-section within this ring, wherein the entire surface of the outer wall of the tube abuts in the entire length of the hybrid cable to the outer walls of all conductive elements , the walls being provided with an insulation .
A method for supporting location services, the method comprising, at a base station operating in a radio access network, RAN : receiving (502; 2002), by processing hardware , an uplink, UL, message from a user equipment, UE ; determining (506; 2004), by the processing hardware , whether the UL message includes a positioning protocol message associated with a positioning protocol for exchanging information related to a location service; in a first instance, in response to determining that the UL message includes the positioning protocol message, sending (512; 2010) the positioning protocol message to a local entity that implements a location service in the RAN ; and in a second instance, in response to determining that the message does not include any positioning protocol messages, sending (508; 2012) at least some of the data included in the UL message to a remote node . receiving (502; 2002), by processing hardware , an uplink, UL, message from a user equipment, UE ; determining (506; 2004), by the processing hardware , whether the UL message includes a positioning protocol message associated with a positioning protocol for exchanging information related to a location service; in a first instance, in response to determining that the UL message includes the positioning protocol message, sending (512; 2010) the positioning protocol message to a local entity that implements a location service in the RAN ; and in a second instance, in response to determining that the message does not include any positioning protocol messages, sending (508; 2012) at least some of the data included in the UL message to a remote node .