mhurhangee/ep-ind-claims huggingface dataset:
An antenna subsystem, comprising: a sparse receive antenna (12, 70, 224) including an array of receive elements each configured to receive a respective signal having a wavelength and each spaced apart from each adjacent one of the receive elements by a respective first distance that is more than one half of the wavelength; and an electronically steerable transmit antenna (10, 100, 180, 222) including: an array of transmit elements each configured to radiate a respective signal having the wavelength and each spaced apart from each adjacent one of the transmit elements by a respective second distance that is less than one half of the wavelength, a first transmit-antenna section (106,182) having a first subarray of the transmit elements, and a second transmit-antenna section (108,184) having a second subarray of the transmit elements, stacked with the first transmit-antenna section (106,182) in a first dimension, and offset from the first transmit-antenna section in a second dimension orthogonal to the first dimension. a sparse receive antenna (12, 70, 224) including an array of receive elements each configured to receive a respective signal having a wavelength and each spaced apart from each adjacent one of the receive elements by a respective first distance that is more than one half of the wavelength; and an electronically steerable transmit antenna (10, 100, 180, 222) including: an array of transmit elements each configured to radiate a respective signal having the wavelength and each spaced apart from each adjacent one of the transmit elements by a respective second distance that is less than one half of the wavelength, a first transmit-antenna section (106,182) having a first subarray of the transmit elements, and a second transmit-antenna section (108,184) having a second subarray of the transmit elements, stacked with the first transmit-antenna section (106,182) in a first dimension, and offset from the first transmit-antenna section in a second dimension orthogonal to the first dimension. an array of transmit elements each configured to radiate a respective signal having the wavelength and each spaced apart from each adjacent one of the transmit elements by a respective second distance that is less than one half of the wavelength, a first transmit-antenna section (106,182) having a first subarray of the transmit elements, and a second transmit-antenna section (108,184) having a second subarray of the transmit elements, stacked with the first transmit-antenna section (106,182) in a first dimension, and offset from the first transmit-antenna section in a second dimension orthogonal to the first dimension.
A building automation system for controlling conditions of a room comprising: an room device associated with the room; a first interface operatively coupled to a voice enabled system (302, 304) associated with the room, the first interface being configured to receive a voice command based on a voice utterance detected in the room by the voice enabled system (302, 304); a second interface operatively coupled to a hospitality information system associated with the room, the second interface being configured to receive a hospitality user profile from the hospitality information system, the hospitality user profile identifying at least one user parameter associated with the room; and a managing device operatively coupled to the room device associated with the room, the managing device including a guest room profile that identifies at least a room status associated with the room, the room status is selected from the group including an occupancy parameter or a scheduling parameter, and the managing device being configured to control the room device based on the voice command, the hospitality user profile, and the guest room profile. an room device associated with the room; a first interface operatively coupled to a voice enabled system (302, 304) associated with the room, the first interface being configured to receive a voice command based on a voice utterance detected in the room by the voice enabled system (302, 304); a second interface operatively coupled to a hospitality information system associated with the room, the second interface being configured to receive a hospitality user profile from the hospitality information system, the hospitality user profile identifying at least one user parameter associated with the room; and a managing device operatively coupled to the room device associated with the room, the managing device including a guest room profile that identifies at least a room status associated with the room, the room status is selected from the group including an occupancy parameter or a scheduling parameter, and the managing device being configured to control the room device based on the voice command, the hospitality user profile, and the guest room profile.
Public passenger transport vehicle having a sanitary module comprising at least one sensor for recording measured values for describing a condition of the sanitary module and a monitoring unit for generating a condition description of the sanitary module on the basis of the recorded measured values, characterized in that it has a terminal for inputting a statement relating to the condition of the sanitary module by a user of the sanitary module, wherein the monitoring unit is suitably designed to generate the condition description of the sanitary module additionally on the basis of the user's statement.
A fastening arrangement for attaching roof equipment at a roof, the fastening arrangement comprising: at least one roof console; and at least one fastening device comprising a fastening section comprising third attachment means for anchoring the fastening device to a roof structure of the roof and a raised section extending outwards from the fastening section, the raised section comprising fourth attachment means for attachment of the roof console to the fastening device; wherein the roof console comprises: an upper section comprising first attachment means for attaching a roof equipment to the roof console in operation; a lower section comprising second attachment means for attaching the roof console to the fastening device in operation, wherein the lower section comprises a first leg configured to be attached to a first side surface of said raised section of the fastening device and at least one second leg configured to be attached to a second side surface of the raised section, wherein the roof console is formed from a single piece of sheet metal and, characterized in that the roof console comprises a vertical slit delimiting the first leg and the second leg from each other. at least one roof console; and at least one fastening device comprising a fastening section comprising third attachment means for anchoring the fastening device to a roof structure of the roof and a raised section extending outwards from the fastening section, the raised section comprising fourth attachment means for attachment of the roof console to the fastening device; wherein the roof console comprises: an upper section comprising first attachment means for attaching a roof equipment to the roof console in operation; a lower section comprising second attachment means for attaching the roof console to the fastening device in operation, wherein the lower section comprises a first leg configured to be attached to a first side surface of said raised section of the fastening device and at least one second leg configured to be attached to a second side surface of the raised section, wherein the roof console is formed from a single piece of sheet metal and, characterized in that the roof console comprises a vertical slit delimiting the first leg and the second leg from each other. an upper section comprising first attachment means for attaching a roof equipment to the roof console in operation; a lower section comprising second attachment means for attaching the roof console to the fastening device in operation, wherein the lower section comprises a first leg configured to be attached to a first side surface of said raised section of the fastening device and at least one second leg configured to be attached to a second side surface of the raised section, wherein the roof console is formed from a single piece of sheet metal and, characterized in that the roof console comprises a vertical slit delimiting the first leg and the second leg from each other.
Door of a baking oven for closing the loading opening of the cooking compartment of a baking oven with an external front glass panel and with a further glass panel directly facing the cooking compartment, which glass panels (2, 3) are supported on elastic support elements at the edge of a substantially metal door frame, at least one of the glass panels being surrounded by parts of the door frame, wherein in the region of the panel edge the further glass panel bears at least one substantially U-shaped support element with limbs (10, 11) forming elastic supports at least on both sides, characterised in that the at least one support element comprises the panel edge on opposing panel surfaces and on the panel front rim with elastic prestress (angle a), wherein the substantially U-shaped support element surrounded by part (7/8) of the door frame has a lug-type projection at the end of a free limb, which may brace against a boundary edge of the surrounding part of the door frame.
A process for recovering methacrolein and methanol from methacrolein dimethyl acetal; said method comprising contacting a mixture comprising methyl methacrylate and methacrolein dimethyl acetal with a strong acid ion exchange resin in the presence of water; wherein said mixture comprises no more than 0.2 wt% sodium methacrylate.
Nozzle body for a fluid injector, comprising - a nozzle wall limiting a penetrating opening of the nozzle body along a longitudinal axis from a fluid inlet end to a fluid outlet end of the nozzle body, - a needle seat formed as a portion of the nozzle wall to interact with a needle to prevent a fluid flow through a flow hole in a closed position and otherwise to enable it, wherein the flow hole penetrates the nozzle wall in the region of the fluid outlet end from the opening to outside of the nozzle body, and - a sac volume portion of the nozzle wall formed in the region of the fluid outlet end such as to limit a sac volume, wherein the sac volume portion limits a cavity between the needle seat and the flow hole with respect to the longitudinal axis to generate a stagnating flow area for a streaming fluid, and comprises a protrusion of the nozzle wall in the region of the cavity characterized in that the sac volume portion further comprises a section shaped to limit a ring shaped notch forming the cavity, wherein with respect to a cross section along the longitudinal axis the notch comprises a circular shape at the fluid inlet end of the notch directly adjacent to one or more linear shapes at the fluid outlet end of the notch which realizes the protrusion located between the flow hole and the notch. - a nozzle wall limiting a penetrating opening of the nozzle body along a longitudinal axis from a fluid inlet end to a fluid outlet end of the nozzle body, - a needle seat formed as a portion of the nozzle wall to interact with a needle to prevent a fluid flow through a flow hole in a closed position and otherwise to enable it, wherein the flow hole penetrates the nozzle wall in the region of the fluid outlet end from the opening to outside of the nozzle body, and - a sac volume portion of the nozzle wall formed in the region of the fluid outlet end such as to limit a sac volume, wherein the sac volume portion limits a cavity between the needle seat and the flow hole with respect to the longitudinal axis to generate a stagnating flow area for a streaming fluid, and
Device comprising a remote manipulator arm and a portable camera to be mounted on the remote-manipulator arm, comprising a camera and a support for the camera, the support and the arm comprising complementary means for fitting together and braking, distributed on the support and the arm, either an abutment of a face of the support opposite to the camera on a face of the arm, providing a reference orientation of the device, or a cylindrical machining and a rod housed in said machining, characterised in that said complementary means comprise a fixing spring in the form of a gripper, and, in that the spring comprises two curved branches, having concavities directed towards each other, free ends diverging while forming an angle, and a strut disposed between the branches.
- A system for purifying a gas mixture comprising at least one first gas to be purified and a second gas to be extracted, the purification system comprising: - at least one first purification column and one second purification column, each column (12A, 12B) having an inlet and an outlet and containing a material suitable for adsorbing the second gas; - a gas mixture feed to the inlet of each column (12A, 12B), fitted with a first valve; and - a manifold for collecting purified gas at the outlet of each column (12A, 12B), fitted with a second valve; the purification system also comprising: - an external device, carrying out an activity resulting in the emission of non-recovered associated neutral gas, the external device being fluidically connected to the columns (12A, 12B) so as to recover the associated neutral gas and convey it to each column (12A, 12B) through a third valve, the purification system being configured to inject the associated neutral gas into the columns at a temperature of between 5 °C and 40 °C, in particular between 5 °C and 30 °C, and at a pressure of between 1.5 bar and 10 bar, in particular between 1.5 bar and 5 bar, characterised in that the purification system further comprises a secondary source of neutral gas in gaseous form and a stage of piston valves (32A, 32B) adapted to put each column (12A, 12B) independently in communication with the secondary source. - at least one first purification column and one second purification column, each column (12A, 12B) having an inlet and an outlet and containing a material suitable for adsorbing the second gas; - a gas mixture feed to the inlet of each column (12A, 12B), fitted with a first valve; and - a manifold for collecting purified gas at the outlet of each column (12A, 12B), fitted with a second valve; - an external device, carrying out an activity resulting in the emission of non-recovered associated neutral gas, the external device being fluidically connected to the columns (12A, 12B) so as to recover the associated neutral gas and convey it to each column (12A, 12B) through a third valve, the purification system being configured to inject the associated neutral gas into the columns at a temperature of between 5 °C and 40 °C, in particular between 5 °C and 30 °C, and at a pressure of between 1.5 bar and 10 bar, in particular between 1.5 bar and 5 bar, characterised in that the purification system further comprises a secondary source of neutral gas in gaseous form and a stage of piston valves (32A, 32B) adapted to put each column (12A, 12B) independently in communication with the secondary source.
Single-use rotary-piston pump made of plastics material for screwing onto a fastening nozzle on a tubular bag, having two rotors which are coupled to one another via gearwheels, can be driven in opposite directions and are mounted in a pump housing, which is provided with intake nozzles and outlet nozzles, wherein each rotor has a rotor shaft, of which the rotor-shaft ends are mounted in the walls (8, 4) of the pump housing and the gearwheels are formed integrally on the rotor shafts, and wherein each rotor has two rotor-wing walls which are arranged diametrically on the rotor shaft, widen continuously outwards and at the peripheral ends of which a respective partially cylindrical rotor-wing shoe is formed, wherein the rotor-wing shoes butt, with sliding and sealing action, on the cylindrical inner-wall regions of the pump housing, on the one hand, and on the rotor-wing shafts of the adjacent rotor, on the other hand, characterized in that seals are formed integrally on the rotor, wherein the seals serve to reduce the effects of the admission of air onto the contents located in the tubular bag.
A handle assembly for a vacuum cleaner comprising a handle, a duct, a valve assembly, and a cover, wherein: the handle is attached to the duct; the duct has an inlet at one end, an outlet at an opposite end, and a bleed aperture located between the inlet and the outlet; the valve assembly comprises a valve and an actuator; the valve is moveable between a closed position and an open position, the valve closes the bleed aperture when in the closed position and opens the bleed aperture when in the open position; the actuator moves the valve from the closed position to the open position when actuated; and suction at the outlet causes a primary airflow to be drawn into the duct via the inlet; characterised in that the cover surrounds the duct such that an upper part of the cover overlies the bleed aperture and the valve, and one or more holes are formed in a lower part of the cover; and when the valve is in the open position, suction at the outlet causes a secondary airflow to be drawn in through the holes, around the space between the duct and the cover, and into the duct via the bleed aperture. the handle is attached to the duct; the duct has an inlet at one end, an outlet at an opposite end, and a bleed aperture located between the inlet and the outlet; the valve assembly comprises a valve and an actuator; the valve is moveable between a closed position and an open position, the valve closes the bleed aperture when in the closed position and opens the bleed aperture when in the open position; the actuator moves the valve from the closed position to the open position when actuated; and suction at the outlet causes a primary airflow to be drawn into the duct via the inlet; characterised in that the cover surrounds the duct such that an upper part of the cover overlies the bleed aperture and the valve, and one or more holes are formed in a lower part of the cover; and when the valve is in the open position, suction at the outlet causes a secondary airflow to be drawn in through the holes, around the space between the duct and the cover, and into the duct via the bleed aperture.
A method for offloading cellular wireless wide area network, WWAN, traffic to wireless local area network, WLAN, traffic, the method comprising: receiving, from a mobility management function in an evolved packet core, EPC, of the WWAN, a non-access stratum, NAS, message including WLAN offload configuration data; receiving WLAN identifiers describing available wireless local area network access points, WLAN APs, (204, 506, 208) for offload of data connections; determining WLAN parameters for received WLAN identifiers; receiving network provider rules that reference cellular parameters and the WLAN parameters; evaluating the network provider rules based on the cellular parameters, WLAN parameters and WLAN offload configuration data to: determine a set of access networks available for use; determine whether to connect to a WLAN AP (204, 206, 208) in the set of access networks available for use; and when connecting to a WLAN AP (204, 206, 208), determine which data connections to offload to the WLAN AP (204, 206, 208). receiving, from a mobility management function in an evolved packet core, EPC, of the WWAN, a non-access stratum, NAS, message including WLAN offload configuration data; receiving WLAN identifiers describing available wireless local area network access points, WLAN APs, (204, 506, 208) for offload of data connections; determining WLAN parameters for received WLAN identifiers; receiving network provider rules that reference cellular parameters and the WLAN parameters; evaluating the network provider rules based on the cellular parameters, WLAN parameters and WLAN offload configuration data to: determine a set of access networks available for use; determine whether to connect to a WLAN AP (204, 206, 208) in the set of access networks available for use; and when connecting to a WLAN AP (204, 206, 208), determine which data connections to offload to the WLAN AP (204, 206, 208). determine a set of access networks available for use; determine whether to connect to a WLAN AP (204, 206, 208) in the set of access networks available for use; and when connecting to a WLAN AP (204, 206, 208), determine which data connections to offload to the WLAN AP (204, 206, 208).
A cooling unit for a heat exchanger integrated in an oxygenator for controlling the temperature of blood conducted in an extracorporeal blood circuit, comprising a first container which is at least partially filled with a liquid working medium which is able to be brought into thermal contact with a heat transfer fluid of the heat exchanger, wherein a second container is provided, said second container enclosing a sorbent in a fluid-tight manner and under vacuum conditions and directly adjoining the first container via at least one contact portion, wherein an actuatable release means is installed in the contact portion, which release means, when actuated, generates a locally restricted fluidic connection between the first and second containers, whereby the liquid working medium escapes into the second container forming a working medium vapour and extracting heat from the liquid working medium contained in the first container, wherein the first and second containers (11, 12) are surrounded by a thermally insulating enclosure, wherein the first and second containers (11, 12) together with the contact portion in each case enclose a volume in a hermetically sealed manner, and the first container is at least partially immersed in a bath comprising the heat transfer fluid, characterised in that the first and second containers (11, 12) are configured in each case as double-walled hollow cylinders which respectively enclose an annular volume (11r, 12r) and in that the two hollow cylinders which are of double-walled configuration face one another on the front face and are connected together along their cylinder axes assigned to the two hollow cylinders via the common contact portion and form a modular cooling functional unit which is able to be handled as a single unit.
A contrast agent having the formula: wherein n, m, and o are independently 1, 2, 3, or 4; Z is O, S, or NR 46; R 45 is C 1 -C 4 alkyl; R 46 is hydrogen; Ar is phenyl; G is absent or O; and L is an imaging moiety, wherein the imaging moiety is 18 F; provided that when G is absent, o is 3. n, m, and o are independently 1, 2, 3, or 4; Z is O, S, or NR 46; R 45 is C 1 -C 4 alkyl; R 46 is hydrogen; Ar is phenyl; G is absent or O; and L is an imaging moiety, wherein the imaging moiety is 18 F;