mhurhangee/patent-ind-claim-en huggingface dataset:
A safety bolt which can be inserted into an opening formed by the two chain lock brackets for securing against disengagement of the chain lock brackets of the chain lock , the safety bolt having a base body with a through-opening , at least one spring ring , at least two balls and a securing element which is inserted into the through-opening , wherein an annular groove is provided in a circumferential surface of the base body , into which annular groove the spring ring is inserted, wherein the annular groove is provided with two bores which are aligned with the through-opening and into which the balls are inserted characterized in that the spring ring has at least one leg extending in the longitudinal direction of the base body , which leg bends in the event of incorrect insertion of the safety bolt into the opening .
A method for predicting a human leukocyte antigen (HLA) allele status of a subject, comprising: (a) determining an immune receptor profile of unique T-cell receptor (TCR) rearranged DNA sequences for each of a plurality of subjects, each subject having a known HLA allele status; (b) categorizing the plurality of subjects based on (i) said known HLA allele status of the subject and (ii) a presence or absence in the subject's immune receptor profile of a feature comprising a unique TCR rearranged DNA sequence; (c) determining a statistical score for the association between a set of features and a positive HLA allele status based on (b); (d) training a machine learning model using said set of features to define a set of classifiers for each HLA allele status; (e) inputting one or more unique TCR rearranged DNA sequences of a subject with an unknown HLA allele status into said machine learning model to identify one or more features that match the set of classifiers; and (f) predicting an HLA allele status of said subject based on said one or more matched features. (a) determining an immune receptor profile of unique T-cell receptor (TCR) rearranged DNA sequences for each of a plurality of subjects, each subject having a known HLA allele status; (b) categorizing the plurality of subjects based on (i) said known HLA allele status of the subject and (ii) a presence or absence in the subject's immune receptor profile of a feature comprising a unique TCR rearranged DNA sequence; (c) determining a statistical score for the association between a set of features and a positive HLA allele status based on (b); (d) training a machine learning model using said set of features to define a set of classifiers for each HLA allele status; (e) inputting one or more unique TCR rearranged DNA sequences of a subject with an unknown HLA allele status into said machine learning model to identify one or more features that match the set of classifiers; and (f) predicting an HLA allele status of said subject based on said one or more matched features.
A communication terminal comprising: monitoring means for monitoring control information containing allocation information of at least one subframe where downlink data is transmitted, the control information being used in multi-subframe scheduling; and control means for determining monitoring time to monitor the control information in accordance with a decoding result comprising any one of the number of times or percentage that the downlink data has been decoded correctly and the number of times or percentage that the downlink data has not been decoded correctly, wherein all subframes have a region for control information and the monitoring means is configured to monitor the control information at the determined monitoring time. monitoring means for monitoring control information containing allocation information of at least one subframe where downlink data is transmitted, the control information being used in multi-subframe scheduling; and control means for determining monitoring time to monitor the control information in accordance with a decoding result comprising any one of the number of times or percentage that the downlink data has been decoded correctly and the number of times or percentage that the downlink data has not been decoded correctly, wherein all subframes have a region for control information and the monitoring means is configured to monitor the control information at the determined monitoring time.
A formulation for use in preparing a foamed thermoplastic polymer, said formulation comprising a thermoplastic polymer and an oxalate compound, wherein said formulation is in the form of melt-processed pellets comprising a mixture of said thermoplastic polymer and said oxalate compound, wherein said formulation includes less than 1wt% of water, wherein said oxalate compound is selected from zinc oxalate and zirconium oxalate and wherein said thermoplastic polymer has a melt-processing temperature of at least 250°C.
An electrical harness assembly comprising: an electrical harness comprising a flexible printed circuit having a plurality of conductive tracks , and a terminating region at which each conductive track terminates at a receiving hole , each receiving hole being electrically connected to its respective electrical track; an electrical connector comprising elongate terminals each having a first end received in one of the receiving holes, thereby forming a connection formation at which the elongate terminals are electrically connected with the conductive tracks, and a second end presented for connection to a complimentary connector; and characterised by further comprising an encapsulating body that continuously surrounds the connection formation in a single, continuous, body and is in direct contact with the connection formation to form a non-releasable body around the connection formation and thereby permanently seal the connection formation therein. an electrical harness comprising a flexible printed circuit having a plurality of conductive tracks , and a terminating region at which each conductive track terminates at a receiving hole , each receiving hole being electrically connected to its respective electrical track; an electrical connector comprising elongate terminals each having a first end received in one of the receiving holes, thereby forming a connection formation at which the elongate terminals are electrically connected with the conductive tracks, and a second end presented for connection to a complimentary connector; and characterised by further comprising an encapsulating body that continuously surrounds the connection formation in a single, continuous, body and is in direct contact with the connection formation to form a non-releasable body around the connection formation and thereby permanently seal the connection formation therein.
Process for producing a kitchen object, such as a frying pan, a bowl, a saucepan, a pan, a wok, a grill, a lid, a pot, a container, comprising the following steps: mixing powders of graphite with an organic binder with high carbon content and additives, until a uniform mixture is attained, said powders being present in a percentage that can vary between about 80% and about 86% by weight over the total weight of the mixture, while said organic binder comprises a resin phenol being present in a percentage that can vary between about 10% and about 17% by weight over the total weight of the mixture, said additives being present in a percentage that can vary between about 1% and about 5% by weight over the total weight of the mixture; loading the mixture in a heated mold and hot molding said mixture so as to obtain an object; extracting said object from said mold and placing it in a protective container; and thermally treating said object within said protective container in the absence of oxygen or with oxygen in a quantity less than that of the atmosphere, as long as said organic binder is transformed into carbon, wherein said thermal treatment occurs for a total time of about 15-28 hours of heating up to a temperature of about 700-900°C, in order to convert the organic binder into carbon. mixing powders of graphite with an organic binder with high carbon content and additives, until a uniform mixture is attained, said powders being present in a percentage that can vary between about 80% and about 86% by weight over the total weight of the mixture, while said organic binder comprises a resin phenol being present in a percentage that can vary between about 10% and about 17% by weight over the total weight of the mixture, said additives being present in a percentage that can vary between about 1% and about 5% by weight over the total weight of the mixture; loading the mixture in a heated mold and hot molding said mixture so as to obtain an object; extracting said object from said mold and placing it in a protective container; and thermally treating said object within said protective container in the absence of oxygen or with oxygen in a quantity less than that of the atmosphere, as long as said organic binder is transformed into carbon, wherein said thermal treatment occurs for a total time of about 15-28 hours of heating up to a temperature of about 700-900°C, in order to convert the organic binder into carbon.
A process for producing a supported nonmetallocene catalyst, comprising the steps of: dissolving a magnesium compound and a nonmetallocene complex in a solvent, to obtain a magnesium compound solution; mixing a porous carrier or a thermally activated porous carrier with the magnesium compound solution to obtain a slurry; and drying the slurry, or introducing into the slurry a precipitating agent, to obtain the supported nonmetallocene catalyst. dissolving a magnesium compound and a nonmetallocene complex in a solvent, to obtain a magnesium compound solution; mixing a porous carrier or a thermally activated porous carrier with the magnesium compound solution to obtain a slurry; and drying the slurry, or introducing into the slurry a precipitating agent, to obtain the supported nonmetallocene catalyst.
An acoustical tile member having a front surface intended to face a room , an opposing rear surface and four side surfaces (110, 11 0a) connecting the front surface and the rear surface , the acoustical tile member comprising a first layer and a second layer , the first layer being associated with the front surface and comprises woodwool, wherein each of at least two opposing side surfaces of the four side surfaces is provided with a groove configuration for mounting of the acoustical tile member and extending along the associated side surface , wherein each groove configuration is formed by a first groove in the first layer and a second groove in the second layer .
A processor-based system for providing fine-grained Quality of Service, QoS, control of partitioned resources , comprising: a partitioned resource subdivided into a plurality of partitions and configured to service a plurality of resource clients ; a plurality of allocation indicators , each corresponding to a partition of the plurality of partitions and a resource client of a plurality of resource clients, wherein each of the plurality of allocation indicators corresponds to a unique combination of a resource client and a partition and represents an allocation of the partition for the resource client ; and a resource allocation agent configured to allocate the partitioned resource among the plurality of resource clients, the resource allocation agent configured to receive an access request for the partitioned resource from a resource client of the plurality of resource clients; assign the access request to a partition of the partitioned resource; and allocate a portion of the partition of the partitioned resource to the resource client based on an allocation indicator of the plurality of allocation indicators corresponding to the partition and the resource client . a partitioned resource subdivided into a plurality of partitions and configured to service a plurality of resource clients ; a plurality of allocation indicators , each corresponding to a partition of the plurality of partitions and a resource client of a plurality of resource clients, wherein each of the plurality of allocation indicators corresponds to a unique combination of a resource client and a partition and represents an allocation of the partition for the resource client ; and a resource allocation agent configured to allocate the partitioned resource among the plurality of resource clients, the resource allocation agent configured to receive an access request for the partitioned resource from a resource client of the plurality of resource clients; assign the access request to a partition of the partitioned resource; and allocate a portion of the partition of the partitioned resource to the resource client based on an allocation indicator of the plurality of allocation indicators corresponding to the partition and the resource client .
PTC heater (HZ) with reduced inrush current, comprising - a base body (GK) having a length L, a width B and a height H made of a PTC material, - a first electrode (EL1) and a second electrode (EL2) made of an electrically conductive material, a dielectric layer (IS) on a side surface of the base body (GK), where - L ≥ B ≥ H holds true for L, B and H, respectively, - the electrodes (EL1, EL2) are attached to the base body (GK) in such a way that for their distance d from each other holds true: d > H; - the base body (GK) comprises doped BaTiO 3 , - the base body (GK) comprises Sr, Pb and/or Ca, - the base body (GK) comprises a rare earth element, Mn, Fe and/or Al, - the electrodes (EL1, EL2) comprise Cr, Ni, Ti, Al, Ag, Cu and/or Au. - a base body (GK) having a length L, a width B and a height H made of a PTC material, - a first electrode (EL1) and a second electrode (EL2) made of an electrically conductive material, - L ≥ B ≥ H holds true for L, B and H, respectively, - the electrodes (EL1, EL2) are attached to the base body (GK) in such a way that for their distance d from each other holds true: d > H; - the base body (GK) comprises doped BaTiO 3 , - the base body (GK) comprises Sr, Pb and/or Ca, - the base body (GK) comprises a rare earth element, Mn, Fe and/or Al, - the electrodes (EL1, EL2) comprise Cr, Ni, Ti, Al, Ag, Cu and/or Au.
A method for routing of data packets in a network topology, the method comprising: at a first device of said network - sending a request to a server for requesting an Autonomous System, AS, number, of an AS to which a destination host belongs, said request including a name of the destination host or an IP destination address of the destination host; - receiving a response including the AS number; - inserting the AS number between Layer 2 and Layer 3 i.e. at Layer 2.5 of a data packet; - sending the data packet including the AS number, a source IP address and the IP destination address towards the AS hosting the IP destination address; at a router device of said network - receiving a data packet, the data packet including a destination AS number at Layer 2.5 of the packet and an IP address of a destination host; - when said destination AS number corresponds to the AS number associated to the router device, removing the AS number from the data packet and forwarding the data packet to the IP destination address of the destination host within the AS. at a first device of said network - sending a request to a server for requesting an Autonomous System, AS, number, of an AS to which a destination host belongs, said request including a name of the destination host or an IP destination address of the destination host; - receiving a response including the AS number; - inserting the AS number between Layer 2 and Layer 3 i.e. at Layer 2.5 of a data packet; - sending the data packet including the AS number, a source IP address and the IP destination address towards the AS hosting the IP destination address; - sending a request to a server for requesting an Autonomous System, AS, number, of an AS to which a destination host belongs, said request including a name of the destination host or an IP destination address of the destination host; - receiving a response including the AS number; - inserting the AS number between Layer 2 and Layer 3 i.e. at Layer 2.5 of a data packet; - sending the data packet including the AS number, a source IP address and the IP destination address towards the AS hosting the IP destination address; at a router device of said network - receiving a data packet, the data packet including a destination AS number at Layer 2.5 of the packet and an IP address of a destination host; - when said destination AS number corresponds to the AS number associated to the router device, removing the AS number from the data packet and forwarding the data packet to the IP destination address of the destination host within the AS. - receiving a data packet, the data packet including a destination AS number at Layer 2.5 of the packet and an IP address of a destination host; - when said destination AS number corresponds to the AS number associated to the router device, removing the AS number from the data packet and forwarding the data packet to the IP destination address of the destination host within the AS.
An immunogenic polypeptide comprising a stabilized C-terminal OspA domain, characterized in that said C-terminal OspA domain comprises at least three specific OspA epitopes each from distinct Borrelia strains causing Lyme Borreliosis, wherein said C-terminal OspA domain is able to induce a protective immune response to all of said distinct Borrelia strains, and wherein the C-terminal OspA domain is selected from the group consisting of SEQ ID NO: 9; SEQ ID NO: 10, SEQ ID NO: 12, SEQ ID NO: 13 and immunogenic variants thereof that have at least 80% sequence identity to at least one of SEQ ID NO: 9; SEQ ID NO: 10, SEQ ID NO: 12 or SEQ ID NO: 13.
A machine for making cigarette filters, comprising: - a garniture tongue for forming one or more continuous filter rods advancing along feed paths, - a cutting station for cutting one or more continuous filter rods into respective filter sticks , - pickup and accelerator units for each filter stick designed to accelerate the cut filter sticks in such a way as to detach them from the respective continuous rod , - first suction rollers for transferring and slowing down the sticks inside respective first perimeter suction flutes , each first suction flute having respective first suction openings connected to a suction device in such a way as to guarantee a suction force capable of slowing down the forward movement of the sticks inside the first suction flutes themselves, - a second plurality of suction rollers for picking up the sticks from the first transfer and slowing-down suction rollers designed to feed the sticks to further processing stations, the second pickup suction rollers being provided with second perimeter suction flutes configured to receive the sticks and provided with respective second suction openings connected to the suction device in such a way as to guarantee a suction force capable of retaining the sticks during the rotation of the second pickup suction rollers ; characterized in that the suction device comprises two independent suction sources , a first suction source being connected to the first, transfer and slowing-down suction rollers , and a second suction source being connected to the second suction rollers for picking up the sticks from the first, transfer and slowing-down suction rollers , and in that the machine comprises a control and drive unit programmed to independently control at least the adjustment of operating parameters of the suction sources as a function of identification parameters of the filter sticks . - a garniture tongue for forming one or more continuous filter rods advancing along feed paths, - a cutting station for cutting one or more continuous filter rods into respective filter sticks , - pickup and accelerator units for each filter stick designed to accelerate the cut filter sticks in such a way as to detach them from the respective continuous rod , - first suction rollers for transferring and slowing down the sticks inside respective first perimeter suction flutes , each first suction flute having respective first suction openings connected to a suction device in such a way as to guarantee a suction force capable of slowing down the forward movement of the sticks inside the first suction flutes themselves, - a second plurality of suction rollers for picking up the sticks from the first transfer and slowing-down suction rollers designed to feed the sticks to further processing stations, the second pickup suction rollers being provided with second perimeter suction flutes configured to receive the sticks and provided with respective second suction openings connected to the suction device in such a way as to guarantee a suction force capable of retaining the sticks during the rotation of the second pickup suction rollers ;
A computer-implemented method for determining the uniformity of powder layer distribution, the method comprising: pre-heating , using a heat source, a powder layer; scanning , using a camera system, the powder layer; receiving , using the camera system, a signal from the powder layer; filtering , using one or more filters, the received signal; measuring , using a processor, a radiation intensity of the signal over a range of wavelengths; and comparing , using the processor, the measured radiation intensity to a reference spectrum for the powder layer, and characterized by further comprising generating a library of powder coupons, using the processor, by pre-scanning images of powder layers, wherein generating the library of powder coupons comprises sequentially scanning a sequence of monochromatic images for each of the powder coupons to generate the reference spectrum, and further comprising responsive to the scanning, matching, using the processor, the powder layer to a stored powder layer coupon from the library of powder layer coupons. pre-heating , using a heat source, a powder layer; scanning , using a camera system, the powder layer; receiving , using the camera system, a signal from the powder layer; filtering , using one or more filters, the received signal; measuring , using a processor, a radiation intensity of the signal over a range of wavelengths; and comparing , using the processor, the measured radiation intensity to a reference spectrum for the powder layer, and characterized by further comprising generating a library of powder coupons, using the processor, by pre-scanning images of powder layers, wherein generating the library of powder coupons comprises sequentially scanning a sequence of monochromatic images for each of the powder coupons to generate the reference spectrum, and further comprising responsive to the scanning, matching, using the processor, the powder layer to a stored powder layer coupon from the library of powder layer coupons.
A drilling tool , comprising a large drill , in particular a core drill, in which a center drill is guided in an axially movable manner, the axial movement of the center drill relative to the drill being limited by at least one stop, wherein at least one pin , which is mounted on the large drill , its shank or a transition therebetween extends towards the center drill , in the axial direction of the the pin , the pin being formed on a fastening body in an inward projecting manner in the radial direction of the drilling tool , characterized in that the fastening body has a bearing surface which bears against a counter-bearing surface of the drilling tool and which in particular at least partially comprises a greater transversal extent than the pin , and the bearing surface is formed as a cone surface which self-lockingly extends towards the pin in a cone angle which is less than 15 degrees and greater than 0.5 degrees and in particular is 2 to 8 degrees.