mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device system for treating a cancerous tumor comprising: one or more implantable electric field generating electrodes; and an electric field shaping element configured to be implanted along with the one or more electric field generating electrodes, the electric field shaping element comprising a material that alters the spatial area of tissue exposed to the electric field, wherein the electric field shaping element is configured to be positioned between a cancerous tumor and an adjacent non-cancerous tissue or between an adjacent non-cancerous tissue and the one or more electric field generating electrodes. one or more implantable electric field generating electrodes; and an electric field shaping element configured to be implanted along with the one or more electric field generating electrodes, the electric field shaping element comprising a material that alters the spatial area of tissue exposed to the electric field,
A dengue virus neutralization method to determine neutralizing antibody titer in a sample, the method comprising: A) an incubation step: wherein a mixture comprising a virus and a sample containing antibody (sample antibody) is incubated, wherein an amount of the sample antibody binds an amount of the virus rendering the bound virus neutralized; B) a plating step: wherein predetermined amounts of the mixture are added to seeded cells in individual wells of multi-wells plates, wherein unbound virus is free to infect cells, wherein beforehand the cells were seeded and plates held at room temperature for at least 15 minutes, before placing in a 37°C incubator overnight, wherein the cells are adherent cell lines; C) an infection step, wherein the infection time lasts no longer than 24 hours; D) a fixing step to inactivate virus and permeabilize cells; E) a detection step to detect virus including utilizing a primary antibody towards the viral protein plus a secondary fluorescent antibody, a primary antibody preconjugated to fluorescent dye, or a green fluorescent protein (GFP) tagged virus; and F) an imaging step: wherein individual cells are counted, utilizing imaging cytometry and software, to determine the amount of neutralizing antibody in a sample. A) an incubation step: wherein a mixture comprising a virus and a sample containing antibody (sample antibody) is incubated, wherein an amount of the sample antibody binds an amount of the virus rendering the bound virus neutralized; B) a plating step: wherein predetermined amounts of the mixture are added to seeded cells in individual wells of multi-wells plates, wherein unbound virus is free to infect cells, wherein beforehand the cells were seeded and plates held at room temperature for at least 15 minutes, before placing in a 37°C incubator overnight, wherein the cells are adherent cell lines; C) an infection step, wherein the infection time lasts no longer than 24 hours; D) a fixing step to inactivate virus and permeabilize cells; E) a detection step to detect virus including utilizing a primary antibody towards the viral protein plus a secondary fluorescent antibody, a primary antibody preconjugated to fluorescent dye, or a green fluorescent protein (GFP) tagged virus; and F) an imaging step: wherein individual cells are counted, utilizing imaging cytometry and software, to determine the amount of neutralizing antibody in a sample.
A liner panel for use in a combustor of a gas turbine engine , the liner panel comprising: a radiused gate cast and blended into a hot side of the liner panel ; and a thermal barrier coating on the hot side over a remnant of the radiused gate , wherein the radiused gate defines a radius length to height ratio of about 3:1. a radiused gate cast and blended into a hot side of the liner panel ; and a thermal barrier coating on the hot side over a remnant of the radiused gate , wherein the radiused gate defines a radius length to height ratio of about 3:1.
A lighting unit comprising a light mixing chamber defined by faces and an edge face , wherein a height (H) of the light mixing chamber defined by a distance between the faces is smaller than a first length (L1) of the light mixing chamber , wherein the lighting unit comprises a plurality of at least ten light sources configured to provide light source light in the light mixing chamber , wherein at least one of the faces comprises a plurality of chamber openings for escape of at least part of the light source light from the light mixing chamber , wherein the chamber openings have a length equivalent to the thickness of the face comprising said chamber openings, and have a shape and/or diameter that varies with the length, wherein the lighting unit further comprises a plurality of beam shaping elements , with each beam shaping element configured downstream from a corresponding chamber opening , and wherein the beam shaping elements comprise reflectors , wherein the plurality of at least ten light sources are configured in an evenly distributed manner at the edge face and are configured to provide said light source light having an optical axis (O) perpendicular to the height (H), and wherein the beam shaping elements are configured in a pseudo random pattern.
A external racking device for remotely racking in and racking out an electrical circuit breaker from a cabinet, the racking device comprising a motor head equipped with an electric motor , said electric motor being provided with a rotating shaft ended with an adaptor, and arranged to be coupled with a racking mechanism of an electrical circuit breaker, so that when driven in rotation, the shaft , depending of rotation, triggers either the racking in or the racking out of the circuit breaker from the cabinet, the external racking device further comprising monitoring means characterized in that it the monitoring means are configured to enable or to disable the operation of the electric motor depending on the status of the circuit breaker and/or a switchgear to be racked in or racked out from the cabinet.
A task configuring method of an electronic device using fingerprint recognition, the task configuring method comprising: displaying a first area (301;401;501) and a second area (302;402;502), wherein the first area comprises a first end area including at least one application and a second end area including at least one object; sensing selecting at least one application for executing a task in the first end area; sensing selecting at least one object for executing a task in the second end area; displaying, in the second area, the selected at least one application and the selected at least one object; wherein the selecting at least one application and the selecting at least one object comprises, respectively, a moving touch event from the selected at least one application or the selected at least one object to the second area; identifying a fingerprint of a finger which generates the moving touch event; and configuring a task by combining the selected at least one application and the selected at least one object and the identified fingerprint. displaying a first area (301;401;501) and a second area (302;402;502), wherein the first area comprises a first end area including at least one application and a second end area including at least one object; sensing selecting at least one application for executing a task in the first end area; sensing selecting at least one object for executing a task in the second end area; displaying, in the second area, the selected at least one application and the selected at least one object; wherein the selecting at least one application and the selecting at least one object comprises, respectively, a moving touch event from the selected at least one application or the selected at least one object to the second area; identifying a fingerprint of a finger which generates the moving touch event; and configuring a task by combining the selected at least one application and the selected at least one object and the identified fingerprint.
Mobile radio device (A) for communication in a mobile radio network, wherein the mobile radio device (A) is configured in order to operate in a mobile radio network and to communicate by way of mobile radio signals which are allocated to the mobile radio device (A), characterized in that the mobile radio device (A) is further configured such as to amplify, as a function of a test result (PEA), mobile radio signals (DL, UL) between a base station (BS) and at least one further mobile radio device (B, C), in order to improve a reception quality and/or transmission quality of the mobile radio signals, wherein the test result (PE) is derived by a communication between the mobile radio device (A), the at least one further mobile radio device (B, C), the base station (BS), and/or a mobile radio provider.
A microwave reheating container, comprising: a base having a generally concave upward configuration with a bottom and at least one side wall defining a base rim ; and a cover having a cover rim , said cover rim having a size and shape mating to said base rim, wherein said base and said cover together define a heating chamber , wherein said base is formed of a base core having a crystalized thermoplastic raw material (TRM) interior food contact surface, and a thermoplastic copolyester (TPC) base coating overmolded to an exterior surface of said base core, wherein said cover is formed of a cover core having a crystalized TRM interior food contact surface, and a TPC cover coating overmolded to an exterior surface of said cover core, characterized in that said base core and said cover core each include two layers: an inner one of said layers being CPET and forming said crystalized TRM interior food contact surface; and an outer one of said layers being APET. a base having a generally concave upward configuration with a bottom and at least one side wall defining a base rim ; and a cover having a cover rim , said cover rim having a size and shape mating to said base rim, wherein said base and said cover together define a heating chamber , wherein said base is formed of a base core having a crystalized thermoplastic raw material (TRM) interior food contact surface, and a thermoplastic copolyester (TPC) base coating overmolded to an exterior surface of said base core, wherein said cover is formed of a cover core having a crystalized TRM interior food contact surface, and a TPC cover coating overmolded to an exterior surface of said cover core, characterized in that said base core and said cover core each include two layers: an inner one of said layers being CPET and forming said crystalized TRM interior food contact surface; and an outer one of said layers being APET.
Lock arrangement for securing a battery of a vehicle which is operable by muscle power and/or motor power, in particular an electric bicycle , comprising: - a locking catch which is pivotable about a catch axis , - a lock cylinder which is configured to actuate the locking catch , and - a lifting element which is coupled to the lock cylinder , - wherein the lock cylinder is movable into a retaining position and into a release position, wherein the lock cylinder , in the retaining position, prevents removal of the battery in a removal direction (A) and, in the release position, permits removal of the battery , and - wherein the lifting element is configured to move the battery in the removal direction (A) when the locking catch is moved from the retaining position into the release position, characterized in that the lifting element is directly or indirectly actuatable by means of the lock cylinder . - a locking catch which is pivotable about a catch axis , - a lock cylinder which is configured to actuate the locking catch , and - a lifting element which is coupled to the lock cylinder , - wherein the lock cylinder is movable into a retaining position and into a release position, wherein the lock cylinder , in the retaining position, prevents removal of the battery in a removal direction (A) and, in the release position, permits removal of the battery , and - wherein the lifting element is configured to move the battery in the removal direction (A) when the locking catch is moved from the retaining position into the release position, characterized in that the lifting element is directly or indirectly actuatable by means of the lock cylinder .
A heating control method, comprising: determining that an ice maker (A11) is in an ice-making operation state; acquiring a first heating strategy of a target part of the ice maker (A11) according to a preset first heating strategy acquisition rule, based on ambient parameter information of the target part of the ice maker (A11); and heating the target part based on the first heating strategy; determining that the ice maker (A11) is in a non-ice-making operation state; acquiring a second heating strategy of the target part of the ice maker (A11) according to a preset second heating strategy acquisition rule, based on the ambient parameter information of the target part of the ice maker (A11); and heating the target part based on the second heating strategy; wherein the target part of the ice maker (A11) is a water inlet pipe of the ice maker (A11), an ice outlet (A12) of the ice maker (A11), or a dispenser (A13) of the ice maker (A11) characterized in that more heat is generated in the same duration by adopting the first heating strategy corresponding to the ice maker being in an ice-making operation state, compared to the second heating strategy corresponding to the ice maker being in a non-ice-making operation state, when the ambient parameter information is the same. determining that an ice maker (A11) is in an ice-making operation state; acquiring a first heating strategy of a target part of the ice maker (A11) according to a preset first heating strategy acquisition rule, based on ambient parameter information of the target part of the ice maker (A11); and heating the target part based on the first heating strategy; determining that the ice maker (A11) is in a non-ice-making operation state; acquiring a second heating strategy of the target part of the ice maker (A11) according to a preset second heating strategy acquisition rule, based on the ambient parameter information of the target part of the ice maker (A11); and heating the target part based on the second heating strategy; wherein the target part of the ice maker (A11) is a water inlet pipe of the ice maker (A11), an ice outlet (A12) of the ice maker (A11), or a dispenser (A13) of the ice maker (A11) characterized in that more heat is generated in the same duration by adopting the first heating strategy corresponding to the ice maker being in an ice-making operation state, compared to the second heating strategy corresponding to the ice maker being in a non-ice-making operation state, when the ambient parameter information is the same.
Contact carrier for a plug connector, for receiving at least four 'electrical crimp contacts , of which at least two are designed as signal contacts and at least a further two are designed as power contacts , wherein, for this purpose, the contact carrier has at least two signal contact receptacles and at least two power contact receptacles and is furthermore designed in multiple parts, wherein a first contact carrier part comprises the at least two signal contact receptacles and a second contact carrier part comprises at least one of the power contact receptacles , wherein a further one of the power contact receptacles is arranged as a central contact receptacle in the contact carrier , between the first and the second contact carrier part, for receiving one of the power contacts, which is a central contact , so that the entire contact carrier has a total of at least four contact receptacles , characterized in that at least one of the two said contact carrier parts comprises a holder , by means of which a Y-shaped receiving slot is formed in the contact carrier so that a Y-shaped shield element can be held on the holder , by means of which shield element at least two signal contact receptacles can be separated both from each other and from the power contact receptacles .
A vehicle seating position with an airbag assembly comprising: an occupant accessory comprising: a first arm coupled to the vehicle seating position on at least one lateral side of the vehicle seating position ; a utility component coupled to the arm configured to extend laterally over the vehicle seating position ; and an airbag disposed within the utility component , characterized in that the airbag deploys in a downward trajectory and curves around the utility component in a rearward and upward trajectory between the utility component and a seatback of the vehicle seating position . a first arm coupled to the vehicle seating position on at least one lateral side of the vehicle seating position ; a utility component coupled to the arm configured to extend laterally over the vehicle seating position ; and an airbag disposed within the utility component , characterized in that the airbag deploys in a downward trajectory and curves around the utility component in a rearward and upward trajectory between the utility component and a seatback of the vehicle seating position .
A system for decoding an audio signal, the system comprising: a core decoder for decoding a low frequency component of the audio signal; an analysis filter bank for providing a plurality of analysis subband signals of the low frequency component of the audio signal; a subband selection reception unit for receiving information associated with a fundamental frequency Ω of the audio signal, and for selecting, in response to the information, a first and a second analysis subband signal from the plurality of analysis subband signals, from which a synthesis subband signal is generated; a non-linear processing unit to generate the synthesis subband signal with a synthesis frequency, a magnitude and a phase by: determining the magnitude of the synthesis subband signal from a generalized mean value of the magnitudes of the first and the second analysis subband signals, and determining the phase of the synthesis subband signal from a weighted sum of the phases of the first and the second analysis subband signals; and a synthesis filter bank for generating a high frequency component of the audio signal from the synthesis subband signal; wherein the information associated with a fundamental frequency Ω of the audio signal is received in an encoded bit stream. a core decoder for decoding a low frequency component of the audio signal; an analysis filter bank for providing a plurality of analysis subband signals of the low frequency component of the audio signal; a subband selection reception unit for receiving information associated with a fundamental frequency Ω of the audio signal, and for selecting, in response to the information, a first and a second analysis subband signal from the plurality of analysis subband signals, from which a synthesis subband signal is generated; a non-linear processing unit to generate the synthesis subband signal with a synthesis frequency, a magnitude and a phase by: determining the magnitude of the synthesis subband signal from a generalized mean value of the magnitudes of the first and the second analysis subband signals, and determining the phase of the synthesis subband signal from a weighted sum of the phases of the first and the second analysis subband signals; and determining the magnitude of the synthesis subband signal from a generalized mean value of the magnitudes of the first and the second analysis subband signals, and determining the phase of the synthesis subband signal from a weighted sum of the phases of the first and the second analysis subband signals; and a synthesis filter bank for generating a high frequency component of the audio signal from the synthesis subband signal; wherein the information associated with a fundamental frequency Ω of the audio signal is received in an encoded bit stream.
A face mask , comprising: an outer casing ; a filter member for mounting inside the outer casing , wherein a mask cavity is defined between the filter member and the face of a user, when the face mask is worn by the user and a chamber is defined between the outer casing and the filter member ; a fan module for generating a flow between the mask cavity and the ambient surroundings; and a battery module , characterized in that the battery module is located within the chamber . an outer casing ; a filter member for mounting inside the outer casing , wherein a mask cavity is defined between the filter member and the face of a user, when the face mask is worn by the user and a chamber is defined between the outer casing and the filter member ; a fan module for generating a flow between the mask cavity and the ambient surroundings; and a battery module , characterized in that the battery module is located within the chamber .
An oligonucleotide aptamer for targeting a peptide presented by a major histocompatibility complex (MHC) on the surface of a cell comprising the sequence of SEQ ID NO: 1, wherein the peptide is derived from melanoma-associated antigen A3 (MAGE-A3) and has the amino acid sequence of SEQ ID NO: 4.
A method performed by a session management function node of a network for establishing a packet forwarding control protocol session, the method comprising: selecting a plurality of service functions to connect in a service function chain for handling the packet forwarding control protocol session, wherein each of the plurality of service functions is capable of activating a feature of the packet forwarding control protocol session and is supported by a user plane function node, and wherein the selection is based on a load of each of the plurality of service functions; and for each user plane function node that supports one or more of the selected plurality of service functions, initiating transmission of a request to the user plane function node to establish the packet forwarding control protocol session with the user plane function node, wherein the request comprises an indication of the one or more of the selected plurality of service functions that the user plane function node supports. selecting a plurality of service functions to connect in a service function chain for handling the packet forwarding control protocol session, wherein each of the plurality of service functions is capable of activating a feature of the packet forwarding control protocol session and is supported by a user plane function node, and wherein the selection is based on a load of each of the plurality of service functions; and for each user plane function node that supports one or more of the selected plurality of service functions, initiating transmission of a request to the user plane function node to establish the packet forwarding control protocol session with the user plane function node, wherein the request comprises an indication of the one or more of the selected plurality of service functions that the user plane function node supports.
Fully oxidized beta-carotene for use in reducing the severity of intestinal lesions associated with Necrotic Enteritis (NE) in poultry, wherein the use comprises administering an effective amount of the fully oxidized beta-carotene to said poultry.