mhurhangee/ep-ind-claims huggingface dataset:
A cooking oven comprising: a housing having an oven cavity and an oven door (15a, 15b) for access to the oven cavity; an upper air channel; a lower air channel; a removable plenum pair defining the bottom of an upper cooking chamber and the top of a lower cooking chamber in the oven cavity, the plenum pair comprising: an upper air plenum removably connected to the upper air channel, the upper air plenum comprising an air intake edge configured to receive air flow from the upper air channel and a plurality of air vents configured to direct the air flow upwards into the upper cooking chamber; and a lower air plenum removably connected to the lower air channel, the lower air plenum comprising an air intake edge configured to receive air flow from the lower air channel and a plurality of air vents configured to direct the air flow downwards into the lower cooking chamber; and an air blower configured to send heated air to the upper air channel and the lower air channel characterised in that the air blower comprises: an upper air blower configured to send heated air toward the upper cooking chamber; and a lower air blower configured to send heated air toward the lower cooking chamber. a housing having an oven cavity and an oven door (15a, 15b) for access to the oven cavity; an upper air channel; a lower air channel; a removable plenum pair defining the bottom of an upper cooking chamber and the top of a lower cooking chamber in the oven cavity, the plenum pair comprising: an upper air plenum removably connected to the upper air channel, the upper air plenum comprising an air intake edge configured to receive air flow from the upper air channel and a plurality of air vents configured to direct the air flow upwards into the upper cooking chamber; and a lower air plenum removably connected to the lower air channel, the lower air plenum comprising an air intake edge configured to receive air flow from the lower air channel and a plurality of air vents configured to direct the air flow downwards into the lower cooking chamber; and an upper air plenum removably connected to the upper air channel, the upper air plenum comprising an air intake edge configured to receive air flow from the upper air channel and a plurality of air vents configured to direct the air flow upwards into the upper cooking chamber; and a lower air plenum removably connected to the lower air channel, the lower air plenum comprising an air intake edge configured to receive air flow from the lower air channel and a plurality of air vents configured to direct the air flow downwards into the lower cooking chamber; and an air blower configured to send heated air to the upper air channel and the lower air channel characterised in that the air blower comprises: an upper air blower configured to send heated air toward the upper cooking chamber; and a lower air blower configured to send heated air toward the lower cooking chamber. an upper air blower configured to send heated air toward the upper cooking chamber; and a lower air blower configured to send heated air toward the lower cooking chamber.
Method to authenticate two devices (D1,D2) to establish a secure channel (SC Ks), one belonging to a first group of devices, the second belonging to a second group of devices, in a non-traceable manner without necessitating to share a secret between the two devices, each group (Gx) being authenticated by an authority (AUx) that stores a group secret key (Kx) into the devices (Dx) under its authority, said method being characterized in that it comprises the preliminary step of providing each device (Dx) from each group (Gx) with a set of authentication tokens (ATx'), one for each of other groups (Gx') with which the device (Dx) is intended to communicate, said authentication token (ATx') comprising at least a random number (Rx') and a cipher (Cx') of at least this random number (R') by the secret key (AKx') of each of these other groups (Gx'); said method further comprising the steps of, when two devices from different groups initiate a communication, for each of the both devices, - sending a group identifier to the other device, - receiving a group identifier from the other device, - selecting the authentication token stored for the other group, preparing and sending to the other device the corresponding cipher to the other device, - receiving a cipher from the other device, - decrypting the received cipher using the stored group secret key to get the random number, - deducing a session key (Ks) from the random number, - establishing a secure channel (SC Ks) using said session key (Ks), - generating a new authentication token for its own group from a new random number using group secret key, - sending the new authentication token to the other device over the established secure channel (SC Ks), - receiving, from the other device over the established secure channel (SC Ks), a new authentication token for the group of this other device. - sending a group identifier to the other device, - receiving a group identifier from the other device, - selecting the authentication token stored for the other group, preparing and sending to the other device the corresponding cipher to the other device, - receiving a cipher from the other device, - decrypting the received cipher using the stored group secret key to get the random number, - deducing a session key (Ks) from the random number, - establishing a secure channel (SC Ks) using said session key (Ks), - generating a new authentication token for its own group from a new random number using group secret key, - sending the new authentication token to the other device over the established secure channel (SC Ks), - receiving, from the other device over the established secure channel (SC Ks), a new authentication token for the group of this other device.
Cleaning apparatus for cleaning items to be cleaned, wherein the cleaning apparatus comprises a cleaning chamber for receiving the items to be cleaned, wherein the cleaning apparatus comprises, in the cleaning chamber, at least one fluid source for subjecting the items to be cleaned to the action of at least one cleaning fluid, wherein the cleaning apparatus further comprises at least one plasma source (162, 164, 214, 218, 246, 248, 278), wherein the plasma source (162, 164, 214, 218, 246, 248, 278) is designed to ignite at least one plasma in at least one gas and to generate at least one reactive gas, wherein the cleaning apparatus is designed to bring the reactive gas into contact with at least part of the items to be cleaned, wherein the cleaning apparatus comprises a one-chamber cleaning apparatus (120, 122, 240) having exactly one cleaning chamber, wherein the cleaning chamber can be opened and closed in order to input and remove the items to be cleaned, wherein the one-chamber cleaning apparatus (120, 122, 240) comprises a cleaning and disinfection unit for cleaning care utensils, wherein the care utensils are suitable for receiving liquid and/or solid human excretions of at least 100 ml, wherein the cleaning and disinfection unit comprises at least one drain for the disposal of excretions contained in the care utensils, wherein the drain is formed with an odour trap, wherein the cleaning apparatus is designed to discharge the reactive gas from the cleaning chamber into the drain after the odour trap, wherein the cleaning apparatus is designed to convey the reactive gas, after contact with at least part of the items to be cleaned, through at least one preparation apparatus, in particular at least one filter and/or at least one catalyst.
A cable armour stripping unit comprising - a frame realized to accommodate a transmission cable having a number of armoured outer layers (20A, 20B) arranged about an inner jacket enclosing a number of conductors and to hold - a cutter arrangement (12A, 12B, 120A, 120B) comprising at least one cutting tool (12A, 12B) arranged to cut into an armoured outer layer (20A, 20B) of the transmission cable - a rotation arrangement realized to effect a rotation of a cutting tool (12A, 12B) relative to the transmission cable, and characterized by - a vertical feed arrangement realized to effect a translation of the frame relative to the transmission cable. - a frame realized to accommodate a transmission cable having a number of armoured outer layers (20A, 20B) arranged about an inner jacket enclosing a number of conductors and to hold - a cutter arrangement (12A, 12B, 120A, 120B) comprising at least one cutting tool (12A, 12B) arranged to cut into an armoured outer layer (20A, 20B) of the transmission cable - a rotation arrangement realized to effect a rotation of a cutting tool (12A, 12B) relative to the transmission cable, and characterized by - a vertical feed arrangement realized to effect a translation of the frame relative to the transmission cable.
Rail vehicle comprising: - a body shell and - a cladding fastened to the body shell, which comprises vehicle-related functional elements of the rail vehicle in a covered and/or integrated fashion, wherein the cladding is an external cladding of the body shell, characterised in that the rail vehicle comprises seats and/or handrails in the interior of the body shell, which are fastened directly to the body shell. - a body shell and - a cladding fastened to the body shell, which comprises vehicle-related functional elements of the rail vehicle in a covered and/or integrated fashion, wherein the cladding is an external cladding of the body shell,
An x-ray window (10, 20, 60, 70, 80) comprising: a thin film configured for transmission of x-rays; a housing; and an adhesive layer sandwiched between and providing a hermetic seal between the thin film and the housing, characterised in that the adhesive layer is ≥ 99% thermotropic liquid crystal polymer. a thin film configured for transmission of x-rays; a housing; and an adhesive layer sandwiched between and providing a hermetic seal between the thin film and the housing, characterised in that the adhesive layer is ≥ 99% thermotropic liquid crystal polymer.
A composition comprising at least one protein comprising an amino acid sequence having sequence identity greater than 95% to the amino acid sequence of any one of SEQ ID NOS: 212, 214 and 216, wherein the composition additionally comprises at least one PorA protein.
A computer-implemented method for delegating security authorisation to an agent application executable on a computing device, the method comprising: sending, by the agent application, a request to a remote server requesting authorization to delegate authority to access at least one resource to a plurality of managed applications; in response to the remote server permitting the agent application to delegate authority, receiving at the agent application, access credentials and authorization to delegate authority by communicating delegation tokens to the plurality of managed applications; determining, by the agent application being in communication with the plurality of managed applications, that a first one of the plurality of the managed applications requires a first delegation token; sending, upon receipt of the access credentials, by the agent application, the first delegation token to the first one of the plurality of the managed applications; after the first delegation token has been sent to the first one of the plurality of the managed applications, determining, by the agent application being in communication with the plurality of managed applications, that a second one of the plurality of the managed applications requires a second delegation token; and in response to the determination that the second one of the plurality of managed applications requires the second delegation token, sending to the second one of the plurality of managed applications, from the agent application, the second delegation token. sending, by the agent application, a request to a remote server requesting authorization to delegate authority to access at least one resource to a plurality of managed applications; in response to the remote server permitting the agent application to delegate authority, receiving at the agent application, access credentials and authorization to delegate authority by communicating delegation tokens to the plurality of managed applications; determining, by the agent application being in communication with the plurality of managed applications, that a first one of the plurality of the managed applications requires a first delegation token; sending, upon receipt of the access credentials, by the agent application, the first delegation token to the first one of the plurality of the managed applications; after the first delegation token has been sent to the first one of the plurality of the managed applications, determining, by the agent application being in communication with the plurality of managed applications, that a second one of the plurality of the managed applications requires a second delegation token; and in response to the determination that the second one of the plurality of managed applications requires the second delegation token, sending to the second one of the plurality of managed applications, from the agent application, the second delegation token.
A hybrid work vehicle comprising: an internal combustion engine for supplying driving force to a running device and a work implement via a transmission shaft; a motor generator for assisting the internal combustion engine by outputting power to the transmission shaft; a battery for receiving charging electricity from the motor generator and giving driving electricity to the motor generator; a load information generation unit for generating load information indicating a rotational load received by the internal combustion engine when in a constant-speed control mode for maintaining a constant number of revolutions of the internal combustion engine, based on an input parameter; and an assistance calculation unit for calculating an amount of assistance for the internal combustion engine by the motor generator when in the constant-speed control mode, based on the load information, wherein the assistance calculation unit is configured to calculate the amount of assistance so as to supplement a flywheel characteristic that is appropriate for the internal combustion engine. an internal combustion engine for supplying driving force to a running device and a work implement via a transmission shaft; a motor generator for assisting the internal combustion engine by outputting power to the transmission shaft; a battery for receiving charging electricity from the motor generator and giving driving electricity to the motor generator; a load information generation unit for generating load information indicating a rotational load received by the internal combustion engine when in a constant-speed control mode for maintaining a constant number of revolutions of the internal combustion engine, based on an input parameter; and an assistance calculation unit for calculating an amount of assistance for the internal combustion engine by the motor generator when in the constant-speed control mode, based on the load information, wherein the assistance calculation unit is configured to calculate the amount of assistance so as to supplement a flywheel characteristic that is appropriate for the internal combustion engine.
A method of removably retaining a magazine on a fastening tool, characterized by: rotating a movable member into releasable engagement with one of a magazine housing member of a magazine housing and a fastening tool housing member of a fastening tool housing, thereby wedging the magazine housing member and the fastening tool housing member together.
A topical sunscreen emulsion comprising an oil phase and a water phase, wherein said emulsion comprises a cetyl phosphate emulsifier, phytantriol and an amount of at least 1 wt.-% based on the total weight of the topical sunscreen emulsion of at least one UV-filter substance.
A wireless communication method, comprising the following steps: receiving (404, 304, 204), by an access network device, a downlink data flow from a core network device; determining, by the access network device, to use a reflective quality of service, QoS, manner to transmit data; mapping, by the access network device, the downlink data flow to a downlink bearer, and sending by the access network device, a data packet in the downlink data flow to a user equipment by using the downlink bearer; wherein the data packet in the downlink data flow comprises a flow identifier and a reflective QoS indication that indicates whether data transmission is performed in a reflective QoS manner; receiving, by the access network device (408, 312, 211), an uplink data flow in an uplink bearer from the user equipment, wherein the uplink bearer is determined based on the downlink bearer, and the uplink bearer and the downlink bearer are a same bearer, wherein the uplink data flow is corresponding to the downlink data flow and this is based on one or more of: an identifier of the uplink data flow is the same as the identifier of the downlink data flow, or the uplink data flow and the downlink data flow belong to a same session flow. receiving (404, 304, 204), by an access network device, a downlink data flow from a core network device; determining, by the access network device, to use a reflective quality of service, QoS, manner to transmit data; mapping, by the access network device, the downlink data flow to a downlink bearer, and sending by the access network device, a data packet in the downlink data flow to a user equipment by using the downlink bearer; wherein the data packet in the downlink data flow comprises a flow identifier and a reflective QoS indication that indicates whether data transmission is performed in a reflective QoS manner; receiving, by the access network device (408, 312, 211), an uplink data flow in an uplink bearer from the user equipment, wherein the uplink bearer is determined based on the downlink bearer, and the uplink bearer and the downlink bearer are a same bearer, wherein the uplink data flow is corresponding to the downlink data flow and this is based on one or more of: an identifier of the uplink data flow is the same as the identifier of the downlink data flow, or the uplink data flow and the downlink data flow belong to a same session flow. an identifier of the uplink data flow is the same as the identifier of the downlink data flow, or the uplink data flow and the downlink data flow belong to a same session flow.
A method of transmitting a reference signal in a multi-antenna system, the method comprising: generating a plurality of reference signal sequences to which different cyclic shift values applied to a base sequence are respectively allocated; generating an orthogonal frequency division multiplexing, OFDM, symbol to which the plurality of reference signal sequences is mapped, wherein each reference signal sequence is applied to a different transmission layer; and transmitting the OFDM symbol to a base station through a plurality of antennas, wherein each of the different cyclic shift values allocated to each of the plurality of reference signal sequences is determined based on a parameter indicated by a cyclic shift field transmitted through a physical downlink control channel, PDCCH, so that an interval between the cyclic shift values becomes a maximum, wherein a number of the different transmission layer is 2, and characterized in that each of the different cyclic shift values allocated to each of the plurality of reference signal sequences is determined by table below: Cyclic shift field First cyclic shift field value allocated to first transmission layer among the different transmission layer Second cyclic shift field value allocated to second transmission layer among the different transmission layer 000 0 6 001 6 0 010 3 9 011 4 10 100 2 8 101 8 2 110 10 4 111 9 3 generating a plurality of reference signal sequences to which different cyclic shift values applied to a base sequence are respectively allocated; generating an orthogonal frequency division multiplexing, OFDM, symbol to which the plurality of reference signal sequences is mapped, wherein each reference signal sequence is applied to a different transmission layer; and transmitting the OFDM symbol to a base station through a plurality of antennas, wherein each of the different cyclic shift values allocated to each of the plurality of reference signal sequences is determined based on a parameter indicated by a cyclic shift field transmitted through a physical downlink control channel, PDCCH, so that an interval between the cyclic shift values becomes a maximum, wherein a number of the different transmission layer is 2, and characterized in that each of the different cyclic shift values allocated to each of the plurality of reference signal sequences is determined by table below: Cyclic shift field First cyclic shift field value allocated to first transmission layer among the different transmission layer Second cyclic shift field value allocated to second transmission layer among the different transmission layer 000 0 6 001 6 0 010 3 9 011 4 10 100 2 8 101 8 2 110 10 4 111 9 3
A self-contained vacuum apparatus comprising: a housing having an air inlet aperture for receiving debris; a storage means in the housing communicable with the air inlet aperture for storing received debris; a suction means (17,18) communicable with the air inlet aperture for generating suction at the aperture to draw the debris into the storage means, an air outlet aperture (23,24) communicable with the suction means (17,18) to exhaust air from the vacuum apparatus, and an on/off switch for activating the vacuum apparatus, the housing being mountable in a cavity to locate the air inlet aperture adjacent a floor surface characterised in that the air the inlet aperture is formed as part of a front head section removeably mounted on the housing, the air inlet aperture being fluidly communicable with the storage means through the front head section. a housing having an air inlet aperture for receiving debris; a storage means in the housing communicable with the air inlet aperture for storing received debris; a suction means (17,18) communicable with the air inlet aperture for generating suction at the aperture to draw the debris into the storage means, an air outlet aperture (23,24) communicable with the suction means (17,18) to exhaust air from the vacuum apparatus, and an on/off switch for activating the vacuum apparatus, the housing being mountable in a cavity to locate the air inlet aperture adjacent a floor surface characterised in that the air the inlet aperture is formed as part of a front head section removeably mounted on the housing, the air inlet aperture being fluidly communicable with the storage means through the front head section.