mhurhangee/patent-ind-claim-en huggingface dataset:
A metal plate , which is a conductor, comprising a projection , formed on said metal plate , suitable for projection welding, said projection comprising: a base vertically provided in a direction perpendicular to said metal plate ; a projecting surface formed on a top surface of said base ; characterized by an insulator (I) coated on an outer peripheral surface of said base , in that a recessed surface corresponding to said projection is formed on a back surface of said projection , in that, in said recessed surface, an inner peripheral surface of said base has a perpendicular surface to said metal plate to be welded, forming said projection , and in that said projecting surface is configured to be entirely melted in welding. a base vertically provided in a direction perpendicular to said metal plate ; a projecting surface formed on a top surface of said base ; characterized by an insulator (I) coated on an outer peripheral surface of said base , in that a recessed surface corresponding to said projection is formed on a back surface of said projection , in that, in said recessed surface, an inner peripheral surface of said base has a perpendicular surface to said metal plate to be welded, forming said projection , and in that said projecting surface is configured to be entirely melted in welding.
A confectioneries-production system comprising a confectioneries-production apparatus with multiple conveying plates (41a - 41e) being provided on a conveyer and spaced from each other in the conveying-plate conveying direction, and a conveyor cups-washing device for washing cups that are fixed to the conveying plates , said device comprising: a high-pressure pump for converting water of 40 degrees C to 90 degrees C into high-pressure water of 1 MPa to 10 MPa; a high-pressure water hose fed with high-pressure water provided by the high-pressure pump ; a nozzle unit having multiple nozzles that are configured to spray the high-pressure water fed into the high-pressure water hose toward cups facing downward on the conveying plate ; characterized in that the conveyor cups-washing device further comprises a motor to slide the nozzle unit in the longitudinal direction of the conveying plate ; and a cover plate that is configured to be raised when the conveyor is moving in the conveying-plate conveying direction, and that is configured to be lowered when the conveying plates stop moving so as to block the space between a conveying plate and the subsequent conveying plate , wherein the insides of the cups placed on two adjacent rows of conveying plates are washed by the nozzle unit slides in the longitudinal direction of the conveying plate . a high-pressure pump for converting water of 40 degrees C to 90 degrees C into high-pressure water of 1 MPa to 10 MPa; a high-pressure water hose fed with high-pressure water provided by the high-pressure pump ; a nozzle unit having multiple nozzles that are configured to spray the high-pressure water fed into the high-pressure water hose toward cups facing downward on the conveying plate ; characterized in that the conveyor cups-washing device further comprises a motor to slide the nozzle unit in the longitudinal direction of the conveying plate ; and a cover plate that is configured to be raised when the conveyor is moving in the conveying-plate conveying direction, and that is configured to be lowered when the conveying plates stop moving so as to block the space between a conveying plate and the subsequent conveying plate , wherein the insides of the cups placed on two adjacent rows of conveying plates are washed by the nozzle unit slides in the longitudinal direction of the conveying plate .
A light emitting diode (LED) panel comprising: a panel body having a substrate , a plurality of LED elements provided at a front side of the substrate , and a mold provided at the front side of the substrate to cover the plurality of LED elements ; and a light absorbing layer formed at a lateral side of the panel body to absorb at least one of ambient light or light emitted from the plurality of LED elements , wherein each of the plurality of LED elements includes a pair of element electrodes which are arranged in a direction opposite to a light emitting direction, and the panel body includes a conductive adhesive layer formed on the substrate to electrically connect the pair of element electrodes to the substrate and a front light absorbing layer formed between the plurality of LED elements at the front side of the conductive adhesive layer . a panel body having a substrate , a plurality of LED elements provided at a front side of the substrate , and a mold provided at the front side of the substrate to cover the plurality of LED elements ; and a light absorbing layer formed at a lateral side of the panel body to absorb at least one of ambient light or light emitted from the plurality of LED elements , wherein each of the plurality of LED elements includes a pair of element electrodes which are arranged in a direction opposite to a light emitting direction, and the panel body includes a conductive adhesive layer formed on the substrate to electrically connect the pair of element electrodes to the substrate and a front light absorbing layer formed between the plurality of LED elements at the front side of the conductive adhesive layer .
An antenna structure , comprising: a first antenna , operating at a first frequency; a second antenna , operating at the first frequency, wherein the first antenna is disposed side by side with the second antenna and the first antenna and the second antenna are orthogonally polarized; a third antenna , operating at a second frequency, wherein the second frequency is lower than the first frequency; and a first grounding portion , comprising a first side edge and a second side edge opposite to each other, wherein the first antenna and the second antenna are connected to the first side edge and the third antenna is connected to the second side edge , characterised in that : the first antenna and the second antenna are disposed on a first plane (S1), the third antenna is disposed on a second plane (S2), the first grounding portion is disposed on a third plane (S3), an angle (A2) between the first plane (S1) and the third plane (S3) is an obtuse angle, and an angle (A3) between the second plane (S2) and the third plane (S3) is an obtuse angle. a first antenna , operating at a first frequency; a second antenna , operating at the first frequency, wherein the first antenna is disposed side by side with the second antenna and the first antenna and the second antenna are orthogonally polarized; a third antenna , operating at a second frequency, wherein the second frequency is lower than the first frequency; and a first grounding portion , comprising a first side edge and a second side edge opposite to each other, wherein the first antenna and the second antenna are connected to the first side edge and the third antenna is connected to the second side edge , characterised in that : the first antenna and the second antenna are disposed on a first plane (S1), the third antenna is disposed on a second plane (S2), the first grounding portion is disposed on a third plane (S3), an angle (A2) between the first plane (S1) and the third plane (S3) is an obtuse angle, and an angle (A3) between the second plane (S2) and the third plane (S3) is an obtuse angle.
A method of controlling a multi-layer communication network comprising a client network and a server network, the method comprising: obtaining (12;164) from the server network at least one path characteristic for a path in the server network between server network nodes; and providing to the client network an indication of the at least one path characteristic of the server network; wherein the method is performed at a control entity of the multi-layer communication network , wherein the control entity is a multi-domain service coordinator, MDSC, and wherein the at least one path characteristic for each path in the server network is obtained from a physical network controller of the server network and the at least one path characteristic are provided to a physical network controller of the client network . obtaining (12;164) from the server network at least one path characteristic for a path in the server network between server network nodes; and providing to the client network an indication of the at least one path characteristic of the server network; wherein the method is performed at a control entity of the multi-layer communication network , wherein the control entity is a multi-domain service coordinator, MDSC, and wherein the at least one path characteristic for each path in the server network is obtained from a physical network controller of the server network and the at least one path characteristic are provided to a physical network controller of the client network .
A method, comprising: applying one or more multi-partite probes to a fixed sample selected from the group consisting of a cell, an organ, a tissue, and any combination thereof, wherein each of the one or more multi-partite probes includes at least two sub-probes wherein the at least two sub-probes anneal to a contiguous target sequence in a target nucleic acid within the fixed sample; annealing at least one of the applied one or more multi-partite probes to at least one target RNA within the fixed sample without RNA extraction; enzymatically ligating at least one 3'-end to at least one 5-phosphorylated end of the at least two sub-probes associated with the at least one annealed multi-partite probe within the fixed sample to create a target nucleic acid proxy that can be detected; releasing the target nucleic acid proxy from the target nucleic acid; and amplifying the target nucleic acid proxy. applying one or more multi-partite probes to a fixed sample selected from the group consisting of a cell, an organ, a tissue, and any combination thereof, wherein each of the one or more multi-partite probes includes at least two sub-probes wherein the at least two sub-probes anneal to a contiguous target sequence in a target nucleic acid within the fixed sample; annealing at least one of the applied one or more multi-partite probes to at least one target RNA within the fixed sample without RNA extraction; enzymatically ligating at least one 3'-end to at least one 5-phosphorylated end of the at least two sub-probes associated with the at least one annealed multi-partite probe within the fixed sample to create a target nucleic acid proxy that can be detected; releasing the target nucleic acid proxy from the target nucleic acid; and amplifying the target nucleic acid proxy.
Yeast strain of the species Yarrowia lipolytica having a reduction in the activity of Faolp encoded by the gene FA01: YALIOB14014g, wherein the yeast strain has furthermore a reduction in the activities of the acyl-CoA oxidases of the genes POX1, POX2, POX3, POX4, POX5 and POX6, wherein the activities of the Fao1p, POX1, POX2, POX3, POX4, POX5 and POX6 proteins are reduced by (i) partial or complete deletion of the coding genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 or (ii) expression of non-functional genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 or (iii) inhibition or reduction of the activity of the expressed genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 by insertion, substitution or point mutation in the gene encoding the protein. (i) partial or complete deletion of the coding genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 or (ii) expression of non-functional genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 or (iii) inhibition or reduction of the activity of the expressed genes for Faolp, POX1, POX2, POX3, POX4, POX5 and POX6 by insertion, substitution or point mutation in the gene encoding the protein.
A method for monitoring and controlling remote devices and/or systems comprising: receiving , via a capture service executable by a first processor of an edge device , input data from one or more data sources, the input data comprising information associated with a monitored environment , one or more monitored devices (152; 402; 502), or both, wherein the first processor comprises a central processing unit, wherein the input data includes video stream data associated with one or more video streams captured by cameras disposed within the monitored environment, wherein each camera has a field of view that includes a remote device ; applying , by a modelling engine executable by a second processor of the edge device , two or more machine learning models to at least a portion of the input data to produce model output data , wherein the second processor comprises a graphics processing unit; executing, by control logic executable by the first processor, control logic against the model output data to produce control data ; generating, via a message broker service executable by the first processor, at least one control message (252; 424; 524) based on the control data , the control message (252; 424; 524) comprising one or more commands corresponding to the remote device (152; 404; 504); and transmitting, by the message broker service , the at least one control message (252; 424; 524) to the remote device (152; 402; 502). receiving , via a capture service executable by a first processor of an edge device , input data from one or more data sources, the input data comprising information associated with a monitored environment , one or more monitored devices (152; 402; 502), or both, wherein the first processor comprises a central processing unit, wherein the input data includes video stream data associated with one or more video streams captured by cameras disposed within the monitored environment, wherein each camera has a field of view that includes a remote device ; applying , by a modelling engine executable by a second processor of the edge device , two or more machine learning models to at least a portion of the input data to produce model output data , wherein the second processor comprises a graphics processing unit; executing, by control logic executable by the first processor, control logic against the model output data to produce control data ; generating, via a message broker service executable by the first processor, at least one control message (252; 424; 524) based on the control data , the control message (252; 424; 524) comprising one or more commands corresponding to the remote device (152; 404; 504); and transmitting, by the message broker service , the at least one control message (252; 424; 524) to the remote device (152; 402; 502).
A plunger assembly for a syringe assembly comprising: a stopper adapter comprising a proximal end and a distal end , the stopper adapter defining an aperture on the proximal end of the stopper adapter , the stopper adapter including a protruding member adjacent the aperture ; and a plunger rod having a first end , a second end , and a plunger rod head disposed adjacent the first end of the plunger rod , wherein the plunger rod head comprises at least one deformable restraining member transitionable between a deformed position and an un-deformed position, wherein as the plunger rod head is moved axially within the aperture of the stopper adapter , the protruding member of the stopper adapter deforms the at least one deformable restraining member of the plunger rod head , and once the plunger rod head is advanced beyond the protruding member of the stopper adapter , the at least one deformable restraining member returns to its un-deformed position to secure the plunger rod head within the aperture , characterized in that the stopper adapter is engaged to the plunger rod head by an axial interference engagement to restrict removal of the stopper adapter from the plunger rod head , the stopper adapter further comprising a threaded connection member extending from the distal end thereof, which is sized and adapted for insertion into a threaded cavity of a stopper for rotationally engaging the stopper adapter to the stopper in order to advance the stopper through a syringe barrel . a stopper adapter comprising a proximal end and a distal end , the stopper adapter defining an aperture on the proximal end of the stopper adapter , the stopper adapter including a protruding member adjacent the aperture ; and a plunger rod having a first end , a second end , and a plunger rod head disposed adjacent the first end of the plunger rod , wherein the plunger rod head comprises at least one deformable restraining member transitionable between a deformed position and an un-deformed position, wherein as the plunger rod head is moved axially within the aperture of the stopper adapter , the protruding member of the stopper adapter deforms the at least one deformable restraining member of the plunger rod head , and once the plunger rod head is advanced beyond the protruding member of the stopper adapter , the at least one deformable restraining member returns to its un-deformed position to secure the plunger rod head within the aperture , characterized in that the stopper adapter is engaged to the plunger rod head by an axial interference engagement to restrict removal of the stopper adapter from the plunger rod head , the stopper adapter further comprising a threaded connection member extending from the distal end thereof, which is sized and adapted for insertion into a threaded cavity of a stopper for rotationally engaging the stopper adapter to the stopper in order to advance the stopper through a syringe barrel .
An adhesive composition comprising (a) binder resin comprising (meth)acrylate resin having silicon-based functional groups and photoreactive functional groups; (b) a photoinitiator; and (c) a multifunctional crosslinking agent, wherein the (meth)acrylate resin having silicon-based functional groups and photoreactive functional groups comprises first repeat units derived from (meth)acrylate monomers having silicon-based functional groups, and second repeat units derived from crosslinkable monomers having one or more reactive functional groups selected from the group consisting of a hydroxyl group, a carboxy group and a nitrogen-containing functional group, and based on the total weight of the second repeat units, 20 to 95 wt% of the second repeat units comprises photoreactive functional groups at side chains. (a) binder resin comprising (meth)acrylate resin having silicon-based functional groups and photoreactive functional groups; (b) a photoinitiator; and (c) a multifunctional crosslinking agent, wherein the (meth)acrylate resin having silicon-based functional groups and photoreactive functional groups comprises first repeat units derived from (meth)acrylate monomers having silicon-based functional groups, and second repeat units derived from crosslinkable monomers having one or more reactive functional groups selected from the group consisting of a hydroxyl group, a carboxy group and a nitrogen-containing functional group, and based on the total weight of the second repeat units, 20 to 95 wt% of the second repeat units comprises photoreactive functional groups at side chains.
Method for the ecotoxicological evaluation of at least one active substance with regard to the effects on a biofilm of aquatic fungi comprising the following steps: i) Providing a carrier comprising an artificial substrate, wherein the substrate comprises alder leaf agar comprising 4% (w/v) dried crushed alder leaves and 4% agarose. ii) Bringing the carrier into contact with the artificial substrate with water containing a spore inoculum of aquatic fungi, so that a biofilm of aquatic fungi can form on the carrier with the artificial substrate. iii) Addition of the at least one active substance to be tested to the water according to step ii). iv) Determination of biomass from aquatic fungi in the biofilm from step ii). v) Determination of the metabolic rate of the aquatic fungi in the biofilm from step ii) wherein the influence of at least one active substance on the values from step iv) and/or from step v) of the biofilm is recorded in comparison with a reference sample, wherein the reference sample comprises the same amount of e.g. filtered and autoclaved water or known reference substances instead of the active substance. i) Providing a carrier comprising an artificial substrate, wherein the substrate comprises alder leaf agar comprising 4% (w/v) dried crushed alder leaves and 4% agarose. ii) Bringing the carrier into contact with the artificial substrate with water containing a spore inoculum of aquatic fungi, so that a biofilm of aquatic fungi can form on the carrier with the artificial substrate. iii) Addition of the at least one active substance to be tested to the water according to step ii). iv) Determination of biomass from aquatic fungi in the biofilm from step ii). v) Determination of the metabolic rate of the aquatic fungi in the biofilm from step ii) wherein the influence of at least one active substance on the values from step iv) and/or from step v) of the biofilm is recorded in comparison with a reference sample, wherein the reference sample comprises the same amount of e.g. filtered and autoclaved water or known reference substances instead of the active substance.
Transport vehicle for an elongated object with excess length, in particular for a rotor blade of a wind turbine or a tower segment, with a transport device arranged on a loading platform of the transport vehicle for holding the object during transport, with a first rotary device for changing the angle of installation of the object held on the transport device and with a second rotary device for pivoting the transport device about a vertical axis, wherein at least one adjustable ballast weight and an adjusting device for adjusting the position of the ballast weight are provided and wherein the adjusting device is arranged on the transport device and can be rotated together with the transport device , characterised in that the geometry of the ballast weight is adapted to the geometry of a fixed structure of the transport device in such a way that the ballast weight comes to bear against the structure when a minimum distance from the vertical axis of rotation of the transport device is reached.
An osmotic material-free sanitary tissue product exhibiting a basis weight of from 40 g/m 2 to 500 g/m 2 as measured according to the Basis Weight Test Method, and comprising a plurality of fibers, wherein the sanitary tissue product comprises a mono-fibrous wet-laid fibrous structure comprising at least a portion of the plurality of fibers, said wet-laid fibrous structure comprising hardwood and softwood pulp fibers and comprising a surface having a surface pattern, and wherein the sanitary tissue product comprises a multi-fibrous element web associated by compression bonding or by thermal bonding with the wet-laid fibrous structure along an interface comprising the wet-laid fibrous structure and the multi-fibrous element web, said multi-fibrous element web comprising a co-formed fibrous structure, said co-formed fibrous structure exhibiting a basis weight of from 15 g/m 2 to 400 g/m 2 , measured according to the Basis Weight Test Method and comprising a core component being a co-formed fibrous structure comprising a plurality of filaments and a plurality of pulp fibers with a weight ratio of filaments to fibers of at least 1:10, said filaments comprising a thermoplastic polymer and said pulp fibers comprised in the co-formed fibrous structure being selected from the group consisting of softwood kraft pulp fibers, hardwood fibers, and mixtures thereof, wherein the sanitary tissue product exhibits an HFS of greater than 17 g/g as measured according to the Horizontal Full Sheet (HFS) Test Method and a Wet MD Tensile of greater than 420 g/in as measured according to the Wet Tensile Strength Test Method.