mhurhangee/patent-ind-claim-en huggingface dataset:
A system (400; 500) comprising: an alternating current, AC, test signal source (404; 504) configured to be coupled to a circuit under test (420; 520), wherein the circuit under test comprises a lightning protection circuit having a threshold voltage, a first filter , and a second filter ; a direct current, DC, voltage supply (406; 506) in series with a filtering device (410; 510), the filtering device coupled to the AC test signal source; a first capacitor coupled to the AC test signal source and configured to be coupled between the AC test signal source and the circuit under test; a controller configured to: operate the DC voltage supply and the AC test signal source to provide a first test signal to the circuit under test, wherein the first test signal comprises a first voltage that exceeds the threshold voltage; measure a first impedance of the circuit under test responsive to providing the first test signal to the circuit under test, wherein the first impedance corresponds to the first filter. an alternating current, AC, test signal source (404; 504) configured to be coupled to a circuit under test (420; 520), wherein the circuit under test comprises a lightning protection circuit having a threshold voltage, a first filter , and a second filter ; a direct current, DC, voltage supply (406; 506) in series with a filtering device (410; 510), the filtering device coupled to the AC test signal source; a first capacitor coupled to the AC test signal source and configured to be coupled between the AC test signal source and the circuit under test; a controller configured to: operate the DC voltage supply and the AC test signal source to provide a first test signal to the circuit under test, wherein the first test signal comprises a first voltage that exceeds the threshold voltage; measure a first impedance of the circuit under test responsive to providing the first test signal to the circuit under test, wherein the first impedance corresponds to the first filter. operate the DC voltage supply and the AC test signal source to provide a first test signal to the circuit under test, wherein the first test signal comprises a first voltage that exceeds the threshold voltage; measure a first impedance of the circuit under test responsive to providing the first test signal to the circuit under test, wherein the first impedance corresponds to the first filter.
An immunological method of detecting Mycoplasma pneumoniae in a test sample, comprising a sandwich immunoassay using first and second antibodies against P30 protein of Mycoplasma pneumoniae, wherein the first and second antibodies are each a monoclonal antibody recognizing an epitope of P30 protein present in a region of the amino acid sequence of SEQ ID NO: 2, and said test sample is a biological sample.
Grate for solid fuel burners or gasifiers comprising a solid fuel inlet portion , a deposit portion for the deposit of ashes and char produced by the pyrolysis or gasification of the solid fuel and an outlet portion for said ashes, the deposit portion being composed of at least two annular elements surrounding said inlet portion , of which a movable annular element and a fixed annular element , in such a way that the movable annular element presents a relative displacement with respect to the fixed annular element and with respect to the inlet portion , the movable annular element overlapping at least in part the fixed annular element , in such a way to push said ashes and char towards the outlet portion , the at least two annular elements surrounding said inlet portion being supported by a movable tubular element and by a fixed tubular element respectively, arranged one inside the other and with their longitudinal axes parallel, such that said movable tubular element rotates around its longitudinal axis, the longitudinal axes of the movable tubular element and of the fixed tubular element being coincident, characterized in that said movable annular element rotating in an eccentric way with respect to the fixed annular element , the movable annular element being fastened in an eccentric manner to the movable tubular element.
A method performed by a resolver in a core network of a wireless communication system, the method comprising: receiving , from a requester in the core network, a request to resolve a provided identifier that is one of a subscription identifier and a pseudonym identifier serving in the core network as a pseudonym for the subscription identifier, wherein the identifier is used only inside the core network; and transmitting , to the requester as a response to the request, a resolved identifier that is the other of the subscription identifier and the pseudonym identifier. receiving , from a requester in the core network, a request to resolve a provided identifier that is one of a subscription identifier and a pseudonym identifier serving in the core network as a pseudonym for the subscription identifier, wherein the identifier is used only inside the core network; and transmitting , to the requester as a response to the request, a resolved identifier that is the other of the subscription identifier and the pseudonym identifier.
A method for making a mouse XY embryonic stem (ES) cell line capable of producing a fertile XY female mouse in an F0 generation, comprising: (a) modifying a mouse XY ES cell to comprise a genetic modification comprising a deletion that inactivates an endogenous Sry gene, wherein the mouse XY ES cell comprises a Y chromosome from a 129S6 strain; and (b) culturing the modified mouse XY ES cell under conditions to produce the mouse XY ES cell line capable of producing the fertile XY female non-human mammal in the F0 generation. (a) modifying a mouse XY ES cell to comprise a genetic modification comprising a deletion that inactivates an endogenous Sry gene, wherein the mouse XY ES cell comprises a Y chromosome from a 129S6 strain; and (b) culturing the modified mouse XY ES cell under conditions to produce the mouse XY ES cell line capable of producing the fertile XY female non-human mammal in the F0 generation.
A retaining band to be fitted around the rotor assembly of an electrical machine, the retaining band having a plurality of voids formed therein and a radial spring stiffness that increases when the retaining band is deflected outwardly in the radial direction to close up the voids .
A body shell of a motor vehicle , including: - a side rail having a substantially U-shaped transverse profile, defined by a longitudinal core and two longitudinal walls , disposed substantially at a right angle to the longitudinal core , the side rail being provided with main longitudinal lip , projecting from each longitudinal wall , the main longitudinal lips being disposed at a longitudinal end of the longitudinal walls , opposite the longitudinal core , and forming a main longitudinal plane , substantially parallel to the longitudinal core ; - a wheel arch , provided with a lateral panel disposed along the side rail ; - a floor , provided with bores , the floor resting on the main longitudinal lips of the side rail , in a manner substantially parallel to the main longitudinal plane ; the body shell of the vehicle being characterized in that it includes a profile provided: - with a main wing , disposed between the side rail and the floor , and by which the profile is integral with the main longitudinal lips of the side rail ; - with a secondary wing , disposed substantially at a right angle to the main wing , the secondary wing being parallel to the lateral panel of the wheel arch , and by which the profile is integral therewith; - with attachment members , integral with the main wing and disposed perpendicular to the bores of the floor . - a side rail having a substantially U-shaped transverse profile, defined by a longitudinal core and two longitudinal walls , disposed substantially at a right angle to the longitudinal core , the side rail being provided with main longitudinal lip , projecting from each longitudinal wall , the main longitudinal lips being disposed at a longitudinal end of the longitudinal walls , opposite the longitudinal core , and forming a main longitudinal plane , substantially parallel to the longitudinal core ; - a wheel arch , provided with a lateral panel disposed along the side rail ; - a floor , provided with bores , the floor resting on the main longitudinal lips of the side rail , in a manner substantially parallel to the main longitudinal plane ; - with a main wing , disposed between the side rail and the floor , and by which the profile is integral with the main longitudinal lips of the side rail ; - with a secondary wing , disposed substantially at a right angle to the main wing , the secondary wing being parallel to the lateral panel of the wheel arch , and by which the profile is integral therewith; - with attachment members , integral with the main wing and disposed perpendicular to the bores of the floor .
Method for controlling a floor cleaning appliance , wherein the floor cleaning appliance comprises the following: - a drive motor , which is coupled to a drive wheel ; - a fan for drawing in an air current at floor level; - a dirt container , into the region of which, in particular the upper region, the air current is conducted; - a filter , which is arranged on the dirt container , in particular on an upper side of the dirt container , - wherein the filter is configured to retain dirt from the air current and to allow a cleaned air current to pass, wherein the method comprises the following steps: - actuating the fan , in order to reduce the air current; and - causing a movement of the floor cleaning appliance , characterised in that - the drive motor is actuated to accelerate the floor cleaning appliance such that a section of the floor cleaning appliance lying in the direction of travel of the drive wheel is raised from the floor , and - the floor cleaning appliance is braked when the section has reached a maximum vertical distance from the floor . - a drive motor , which is coupled to a drive wheel ; - a fan for drawing in an air current at floor level; - a dirt container , into the region of which, in particular the upper region, the air current is conducted; - a filter , which is arranged on the dirt container , in particular on an upper side of the dirt container , - wherein the filter is configured to retain dirt from the air current and to allow a cleaned air current to pass, - actuating the fan , in order to reduce the air current; and - causing a movement of the floor cleaning appliance , - the drive motor is actuated to accelerate the floor cleaning appliance such that a section of the floor cleaning appliance lying in the direction of travel of the drive wheel is raised from the floor , and - the floor cleaning appliance is braked when the section has reached a maximum vertical distance from the floor .
A method for fastening two parts together, the method comprising: creating an initial interference fit between a fastener and at least a portion of a hole extending through the two parts while maintaining a force equilibrium ; and creating a final interference fit between the fastener and the hole , while maintaining a new force equilibrium , characterized in that : creating the initial interference fit comprises applying a first force to a head of the fastener using a first robotic device , while also applying a second force to an end of the fastener using a second robotic device , wherein the second force is less than the first force , wherein creating the final interference fit comprises: commanding the first robotic device to apply a new first force to the head of the fastener ; and commanding the second robotic device to apply a new second force that is greater than the new first force to an end of the fastener , wherein at least one of the new first force or the new second force is different from the first force or the second force , respectively. creating an initial interference fit between a fastener and at least a portion of a hole extending through the two parts while maintaining a force equilibrium ; and creating a final interference fit between the fastener and the hole , while maintaining a new force equilibrium , characterized in that : creating the initial interference fit comprises applying a first force to a head of the fastener using a first robotic device , while also applying a second force to an end of the fastener using a second robotic device , wherein the second force is less than the first force , wherein creating the final interference fit comprises: commanding the first robotic device to apply a new first force to the head of the fastener ; and commanding the second robotic device to apply a new second force that is greater than the new first force to an end of the fastener , wherein at least one of the new first force or the new second force is different from the first force or the second force , respectively. commanding the first robotic device to apply a new first force to the head of the fastener ; and commanding the second robotic device to apply a new second force that is greater than the new first force to an end of the fastener , wherein at least one of the new first force or the new second force is different from the first force or the second force , respectively.
A computer implemented method for displaying virtual slide images on a display device of a virtual slide viewing device , comprising: identifying a plurality of slides to be displayed in a single region of a display device ; automatically determining a layout pattern for the plurality of slides based on attributes associated with each of the plurality of slides, wherein automatically determining the layout pattern includes applying a plurality of layout rules using the attributes for each of the plurality of slides, wherein the layout rules include when to group a plurality of slides and what attributes to use to define a group of slides, and automatically displaying images of the plurality of slides in a single region of the display device in the layout pattern , wherein the layout pattern encodes information about the tissue sample of each of the plurality of slides in a visually discernible form, the method further comprising determining a hierarchically ordered list of all of the plurality of slides before automatically determining the layout pattern, wherein the plurality of slides are ordered hierarchically according to the attributes of each slide. identifying a plurality of slides to be displayed in a single region of a display device ; automatically determining a layout pattern for the plurality of slides based on attributes associated with each of the plurality of slides, wherein automatically determining the layout pattern includes applying a plurality of layout rules using the attributes for each of the plurality of slides, wherein the layout rules include when to group a plurality of slides and what attributes to use to define a group of slides, and automatically displaying images of the plurality of slides in a single region of the display device in the layout pattern , wherein the layout pattern encodes information about the tissue sample of each of the plurality of slides in a visually discernible form, the method further comprising determining a hierarchically ordered list of all of the plurality of slides before automatically determining the layout pattern, wherein the plurality of slides are ordered hierarchically according to the attributes of each slide.
A mammalian expression vector for Chinese Hamster Ovary host cells comprising at least a first transcription unit containing a first nucleotide sequence encoding the light chain of an antibody and a second transcription unit containing a second nucleotide sequence encoding the heavy chain of an antibody, characterized in that the codon composition of both the first and second nucleotide sequence is adapted to the codon bias of Chinese Hamster Ovary host cells.
A pharmaceutical composition for use in attenuating neuronal activity or inhibiting neurotransmitter release, wherein the pharmaceutical composition comprises or delivers a molecule that comprises a modified receptor binding domain of Clostridial botulinum serotype B (B-H c ), wherein the modified B-H c comprises one or more substitution mutations corresponding to substitution mutations in serotype B, strain 1, selected from the group consisting of E1191M; E1191I; E1191Q; E1191T; S1199F; S1199L; S1201V; V1118M; Y1183M; and combinations thereof, wherein the one or more substitution mutations produce enhanced binding of the modified B-H c to human Syt II as compared to an identical molecule lacking the one or more substitution mutations.
An emergency luminaire comprising - a housing having a base body , - a power management unit arranged in the base body , - at least one first light source , and wherein - the emergency luminaire further comprises at least one second light source with different lighting characteristics compared to the first light source ; - the at least one first light source and the at least one second light source each comprise at least one light-emitting diode chip ; - the at least one first light source as well as the at least one second light source are energized by the power management unit ; and - the power management unit comprises at least one controller programmable between several configuration each configuration corresponding to a specific distribution of the energy provided by an emergency power source between the at least one first light source and the at least one second light source; characterized in that , said at least one first light source and said at least one second light source are housed in a module body , wherein the module body is movable relative to the base body and adapted to be mechanically and electrically detachably connected to the base body. - a housing having a base body , - a power management unit arranged in the base body , - at least one first light source , and wherein - the emergency luminaire further comprises at least one second light source with different lighting characteristics compared to the first light source ; - the at least one first light source and the at least one second light source each comprise at least one light-emitting diode chip ; - the at least one first light source as well as the at least one second light source are energized by the power management unit ; and - the power management unit comprises at least one controller programmable between several configuration each configuration corresponding to a specific distribution of the energy provided by an emergency power source between the at least one first light source and the at least one second light source;
Method for producing a stiffening profile from at least one layer cut from a pre-impregnated fiber web, which is placed on a mould core determining the profile shape, is held in the support region on the mould core and, starting from this support region , is pressed progressively against the mould core transversely to the longitudinal direction of the profile up to the longitudinal edges of the profile, wherein the layer is pressed against the mould core in its longitudinal direction in a stepwise, progressively shaping manner with the aid of moulding punches , which are arranged offset relative to one another both in the circumferential direction and in the longitudinal direction of the mould core and can be acted upon in the direction of the mould surfaces of the mould core .
A computer-implemented method for detecting illegitimate applications, at least a portion of the method being performed by a computing device comprising at least one processor, the method comprising: identifying an installation of an application on a computing system; determining , in response to identifying the installation of the application, that at least one previously existing system file with privileged access on the computing system was unexpectedly changed prior to the installation of the application, wherein the privileged access comprises an access level that may enable installation of illegitimate applications; determining that the application is illegitimate based at least in part on the application being installed after the system file with privileged access was changed; and performing a remediation action on the application in response to determining that the application is illegitimate. identifying an installation of an application on a computing system; determining , in response to identifying the installation of the application, that at least one previously existing system file with privileged access on the computing system was unexpectedly changed prior to the installation of the application, wherein the privileged access comprises an access level that may enable installation of illegitimate applications; determining that the application is illegitimate based at least in part on the application being installed after the system file with privileged access was changed; and performing a remediation action on the application in response to determining that the application is illegitimate.
An article comprising a composite of a resin matrix and a thermoset filler, the thermoset filler having a particle size between 0.5 and 1000 microns, wherein the resin matrix, thermoset filler, or both of the resin matrix and thermoset filler comprise PGS, the thermoset filler being present as 10% by weight to 90% by weight of the composite.
Cooling fan module comprising: a fan shroud ; a fan propeller cutout , which is formed in the fan shroud ; a motor mount which is mechanically connected to the fan shroud by means of struts which are located at the rear viewed in the flow direction; a motor, in particular electric motor , which is mounted at least partially in the motor mount ; a fan propeller which is arranged in the fan propeller cutout and which is driven rotationally about a rotational axis (R) by the motor , wherein the fan propeller has a plurality of blade elements , wherein at least all the elements of a group which has at least one of the struts and at least one of the blade elements are forward-sickled or rearward-sickled, wherein a blade element mean line of at least one of the blade elements of the group and a strut mean line of the struts of the group in a profile section are related to one another such that the geometry of the at least one strut of the group follows at least essentially the geometry of the at least one blade element of the group with respect to the extent in a plane perpendicular to the rotational axis (R), characterized in that the cooling fan module has exactly two struts more than blade elements . a fan shroud ; a fan propeller cutout , which is formed in the fan shroud ; a motor mount which is mechanically connected to the fan shroud by means of struts which are located at the rear viewed in the flow direction; a motor, in particular electric motor , which is mounted at least partially in the motor mount ; a fan propeller which is arranged in the fan propeller cutout and which is driven rotationally about a rotational axis (R) by the motor , wherein the fan propeller has a plurality of blade elements , wherein at least all the elements of a group which has at least one of the struts and at least one of the blade elements are forward-sickled or rearward-sickled, wherein a blade element mean line of at least one of the blade elements of the group and a strut mean line of the struts of the group in a profile section are related to one another such that the geometry of the at least one strut of the group follows at least essentially the geometry of the at least one blade element of the group with respect to the extent in a plane perpendicular to the rotational axis (R), characterized in that the cooling fan module has exactly two struts more than blade elements .