mhurhangee/patent-ind-claim-en huggingface dataset:
A portable electronic device , comprising: a single piece housing suitable for carrying operational components and having a front opening, a bottom wall and sidewalls integrated with the bottom wall that cooperate to form a cavity in cooperation with the front opening, the operational components comprising: a display configured to present visual content and disposed within the front opening and having an outermost protective layer; a main logic board that extends along a central portion of the cavity and configured to communicate with the display; and a self-contained audio module characterised in that the self-contained audio module is positioned at each corner of the single piece housing and in communication with the main logic board, and wherein the self-contained audio module comprises a rib feature defining a first region that receives an audio module and a second region adjacent to the first region; and a cover sealed with the rib feature at the second region to define a back volume for the audio module. a single piece housing suitable for carrying operational components and having a front opening, a bottom wall and sidewalls integrated with the bottom wall that cooperate to form a cavity in cooperation with the front opening, the operational components comprising: a display configured to present visual content and disposed within the front opening and having an outermost protective layer; a main logic board that extends along a central portion of the cavity and configured to communicate with the display; and a self-contained audio module characterised in that the self-contained audio module is positioned at each corner of the single piece housing and in communication with the main logic board, and wherein the self-contained audio module comprises a rib feature defining a first region that receives an audio module and a second region adjacent to the first region; and a display configured to present visual content and disposed within the front opening and having an outermost protective layer; a main logic board that extends along a central portion of the cavity and configured to communicate with the display; and a self-contained audio module characterised in that the self-contained audio module is positioned at each corner of the single piece housing and in communication with the main logic board, and wherein the self-contained audio module comprises a rib feature defining a first region that receives an audio module and a second region adjacent to the first region; and a cover sealed with the rib feature at the second region to define a back volume for the audio module.
A laundry washing or washing-drying machine comprising a body ; a top plate that covers the upper surface of the body ; a tub that is disposed in the body and wherein the washing/drying process is realized; a spring that enables the tub to be hung in the body and that absorbs the oscillation and vibration movements, and at least one damping means that is disposed on the body so as to be between the body and the top plate and that decreases the vibrations transmitted from the body to the top plate by supporting the top plate and the damping means having a housing whereon the spring is hung from one end characterized by an extension that is disposed on the top plate and that extends towards the body and a holder that is disposed on the damping means and that bears against the extension from above so as to support the extension towards the body .
A rear opening (2; 102) of a motor vehicle comprising: - a main body (4; 104), and - a module (10; 110) removable from the main body (4; 104) adapted to receive a device (24; 124), the main body (4; 104) including a free space (12; 112) accessible through an opening (14; 114), the free space (12; 112) and the opening (14; 114) being sized to allow inserting and removing the module (10; 110) from the main body (4; 104), characterized in that the free space (12; 112) is located between an upper panel (8; 108) and a liner (6; 106) of the main body (4; 104). - a main body (4; 104), and - a module (10; 110) removable from the main body (4; 104) adapted to receive a device (24; 124),
A coaxial cable connector , the connector comprising: an outer connector body (1401; 1501) and a central electrical contact ; a female end of the connector being configured for engaging a male coaxial cable connector; an insulating structure for supporting the central electrical contact; the connector further comprising: a waveguide assembly) located in the female connector end, the waveguide assembly including an annular waveguide (1402; 1502) with a central aperture ; wherein the waveguide assembly is configured to receive a center conductor of a coaxial cable, the waveguide central aperture has a diameter in the range 1.5 mm to 3.0 mm; characterized in that : the waveguide assembly (1402; 1505) comprises a first annular ring (1404; 1504) with a central aperture , and the central aperture of the first annular ring receives a waveguide lip to define a mouth of the annular waveguide assembly; and the waveguide is configured to shield connector body internals from ingress of radio frequency signals in the range of 1 to 1000 megahertz. an outer connector body (1401; 1501) and a central electrical contact ; a female end of the connector being configured for engaging a male coaxial cable connector; an insulating structure for supporting the central electrical contact; a waveguide assembly) located in the female connector end, the waveguide assembly including an annular waveguide (1402; 1502) with a central aperture ; wherein the waveguide assembly is configured to receive a center conductor of a coaxial cable, the waveguide central aperture has a diameter in the range 1.5 mm to 3.0 mm; characterized in that : the waveguide assembly (1402; 1505) comprises a first annular ring (1404; 1504) with a central aperture , and the central aperture of the first annular ring receives a waveguide lip to define a mouth of the annular waveguide assembly; and the waveguide is configured to shield connector body internals from ingress of radio frequency signals in the range of 1 to 1000 megahertz. the waveguide assembly (1402; 1505) comprises a first annular ring (1404; 1504) with a central aperture , and the central aperture of the first annular ring receives a waveguide lip to define a mouth of the annular waveguide assembly; and the waveguide is configured to shield connector body internals from ingress of radio frequency signals in the range of 1 to 1000 megahertz.
A method performed by a User Equipment, UE, , for handling positioning of the UE in a wireless communications network , the UE being capable of working in a number of positioning modes for performing measurements for positioning of the UE , the method is characterised by receiving from a radio network node operating in the wireless communications network , a configuration to operate in a determined specific positioning mode out of the number of positioning modes, for a determined certain time duration, performing positioning of the UE according to the configuration based on positioning assistance data from any one out of: the radio network node , and a core network node operating in the wireless communications network . receiving from a radio network node operating in the wireless communications network , a configuration to operate in a determined specific positioning mode out of the number of positioning modes, for a determined certain time duration, performing positioning of the UE according to the configuration based on positioning assistance data from any one out of: the radio network node , and a core network node operating in the wireless communications network .
A heat exchanger, comprising: a mixing and redistribution header at one end of the heat exchanger; multiple heat exchange tubes in communication with the mixing and redistribution header ; wherein an upper cavity and a lower cavity in communication with each other are disposed in the mixing and redistribution header ; a fluid entering the heat exchanger first of all flows into a part of the lower cavity of the mixing and redistribution header , then is collected and mixed in the upper cavity of the mixing and redistribution header, and is distributed into another part of the lower cavity and flows out through a heat exchange tube in communication with the lower cavity , wherein in that a cross-sectional area of the upper cavity is equal to or greater than a cross-sectional area of the lower cavity , characterized in that the upper cavity and lower cavity are separated by a partition plate , and the upper cavity is partitioned into at least two sub-cavities, two of the at least two sub-cavities being in communication with each other via a jump tube (54', 54"). a mixing and redistribution header at one end of the heat exchanger; multiple heat exchange tubes in communication with the mixing and redistribution header ; wherein an upper cavity and a lower cavity in communication with each other are disposed in the mixing and redistribution header ; a fluid entering the heat exchanger first of all flows into a part of the lower cavity of the mixing and redistribution header , then is collected and mixed in the upper cavity of the mixing and redistribution header, and is distributed into another part of the lower cavity and flows out through a heat exchange tube in communication with the lower cavity , wherein in that a cross-sectional area of the upper cavity is equal to or greater than a cross-sectional area of the lower cavity , characterized in that the upper cavity and lower cavity are separated by a partition plate , and the upper cavity is partitioned into at least two sub-cavities, two of the at least two sub-cavities being in communication with each other via a jump tube (54', 54").
Sliding fastener for attaching an inserted body , in particular to clothing or textiles, comprising of a caliper equipped with a pocket for insertion of the body and a flexible pressure element , characterized in that the sliding fastener consists of the caliper and a carrier where a front side of the caliper consists of two longitudinal rigid side segments and a longitudinal flexible middle segment provided that the side segments and a rear side of the caliper are mutually inflexible and the flexible pressure element is a part of the carrier which is slid onto the middle segment of the front side of the caliper and the carrier is provided with a raised edge for securing the body .
A pharmaceutical composition comprising a combination of potassium citrate and sodium citrate hydrate for use in a method of treating cancer, wherein the method comprises administration of the pharmaceutical composition and of an anticancer drug, wherein the anticancer drug is a cancer immunotherapeutic drug, which is an anti-PD-1 antibody.
Audio encoder for encoding an audio signal having a lower frequency band and an upper frequency band, comprising: a detector for detecting a peak spectral region in the upper frequency band of the audio signal; a shaper for shaping the lower frequency band using shaping information for the lower band and for shaping the upper frequency band using at least a portion of the shaping information for the lower frequency band, wherein the shaper is configured to additionally attenuate spectral values in the detected peak spectral region in the upper frequency band; and a quantizer and coder stage for quantizing a shaped lower frequency band and a shaped upper frequency band and for entropy coding quantized spectral values from the shaped lower frequency band and the shaped upper frequency band. a detector for detecting a peak spectral region in the upper frequency band of the audio signal; a shaper for shaping the lower frequency band using shaping information for the lower band and for shaping the upper frequency band using at least a portion of the shaping information for the lower frequency band, wherein the shaper is configured to additionally attenuate spectral values in the detected peak spectral region in the upper frequency band; and a quantizer and coder stage for quantizing a shaped lower frequency band and a shaped upper frequency band and for entropy coding quantized spectral values from the shaped lower frequency band and the shaped upper frequency band.
A power supply device comprising a power supply antenna , configured to supply a power to a power receiving device ; a reactance adjustment part , configured to adjust a reactance of the power supply antenna ; a power source , configured to supply a voltage to the power supply antenna ; and a controller , configured to control the reactance adjustment part and the voltage of the power source , wherein the power source is configured to comprise a switching element that is switched at a predetermined drive frequency; characterized in that the controller is configured to control the reactance of the power supply antenna such that a voltage value applied to the switching element becomes close to substantially zero at the time the switching element is switched.
A method for fabricating a porous structure comprising the steps of: a. creating a model of a porous structure, said creating step comprising the steps of: defining at least one strut of said porous structure, wherein said at least one strut comprises a first node , a second node , and a body between said first node and said second node; b. assigning a local coordinate system to said at least one strut, said local coordinate system having at least one direction perpendicular to the normal vector of a first plane; c. modifying a dimension of said at least one strut in said at least one direction, wherein said modifying step does not affect any changes in said first plane; and d. fabricating the porous structure according to the model by exposing fusible material to an energy source. a. creating a model of a porous structure, said creating step comprising the steps of: defining at least one strut of said porous structure, wherein said at least one strut comprises a first node , a second node , and a body between said first node and said second node; b. assigning a local coordinate system to said at least one strut, said local coordinate system having at least one direction perpendicular to the normal vector of a first plane; c. modifying a dimension of said at least one strut in said at least one direction, wherein said modifying step does not affect any changes in said first plane; and d. fabricating the porous structure according to the model by exposing fusible material to an energy source.
A method for producing a coagulation factor conjugate comprising the steps of activating the coagulation factor by contact with an activating agent; removing the activating agent; and conjugating the coagulation factor by reacting the coagulation factor with an activated polymer; wherein the steps of the method are integrated into an integrated tangential flow filtration system, and, wherein the polymer is polyethylene glycol, and wherein the activating agent is a reducing agent.
A semi-submersible marine structure, comprising: a hull comprising a pontoon , a deck disposed above the pontoon, and a plurality of columns supporting the deck from the pontoon; and a plurality of tendons supporting the hull from a seabed, wherein the plurality of tendons are arranged at regular intervals along an external circumferential surface of the pontoon, and wherein the semi-submersible marine structure further comprises: a sensor part configured for measuring a fail of each of the tendons; a fail part configured to fail each of the tendons; and a control part configured to control an operation of the fail part based on a result of measuring by the sensor part, characterized in that the control part is configured to instruct, when the control part determines that any one of the tendons has failed based on the result of measuring by the sensor part, another tendon positioned opposite to the failed tendon to fail. a hull comprising a pontoon , a deck disposed above the pontoon, and a plurality of columns supporting the deck from the pontoon; and a plurality of tendons supporting the hull from a seabed, wherein the plurality of tendons are arranged at regular intervals along an external circumferential surface of the pontoon, and wherein the semi-submersible marine structure further comprises: a sensor part configured for measuring a fail of each of the tendons; a fail part configured to fail each of the tendons; and a control part configured to control an operation of the fail part based on a result of measuring by the sensor part, characterized in that the control part is configured to instruct, when the control part determines that any one of the tendons has failed based on the result of measuring by the sensor part, another tendon positioned opposite to the failed tendon to fail. a sensor part configured for measuring a fail of each of the tendons; a fail part configured to fail each of the tendons; and a control part configured to control an operation of the fail part based on a result of measuring by the sensor part, characterized in that the control part is configured to instruct, when the control part determines that any one of the tendons has failed based on the result of measuring by the sensor part, another tendon positioned opposite to the failed tendon to fail.
Method for monitoring the state of a coil , which coil is part of a device for determining at least one process variable of a medium in a container , comprising the following method steps: - applying an electrical excitation signal (A) to the coil and receiving an electrical received signal (U) from the coil , determining a first value (U1) for the received signal (U) at a first predeterminable measurement time (t1), comparing the first value (U1) for the received signal (U) at the first measurement time (t1) with a reference value (Uref), and determining a status indicator for the coil on the basis of the comparison, the state indicator being a statement about a defective electrical contact or a cable break in the area of the coil or of at least two connecting wires, wherein the presence of a defective electrical contact or a cable break in the area of the coil is detected on the basis of a deviation of the step response (S) of the received signal (U) in response to the step change of the excitation signal (A) from a reference step response (S ref ). - applying an electrical excitation signal (A) to the coil and receiving an electrical received signal (U) from the coil , determining a first value (U1) for the received signal (U) at a first predeterminable measurement time (t1), comparing the first value (U1) for the received signal (U) at the first measurement time (t1) with a reference value (Uref), and determining a status indicator for the coil on the basis of the comparison, the state indicator being a statement about a defective electrical contact or a cable break in the area of the coil or of at least two connecting wires, wherein the presence of a defective electrical contact or a cable break in the area of the coil is detected on the basis of a deviation of the step response (S) of the received signal (U) in response to the step change of the excitation signal (A) from a reference step response (S ref ). determining a first value (U1) for the received signal (U) at a first predeterminable measurement time (t1), comparing the first value (U1) for the received signal (U) at the first measurement time (t1) with a reference value (Uref), and determining a status indicator for the coil on the basis of the comparison, the state indicator being a statement about a defective electrical contact or a cable break in the area of the coil or of at least two connecting wires, wherein the presence of a defective electrical contact or a cable break in the area of the coil is detected on the basis of a deviation of the step response (S) of the received signal (U) in response to the step change of the excitation signal (A) from a reference step response (S ref ).
A flame retardant group-containing polymer comprising: a first repeating unit represented by the following Chemical Formula 1, a second repeating unit represented by the following Chemical Formula 2, and a third repeating unit represented by the following Chemical Formula 3: in Chemical Formula 1, R1 is hydrogen or an alkyl having 1 to 8 carbon atoms, in Chemical Formula 2, R21 is an acetate (CH 3 COO-) group, in Chemical Formula 3, R31 is -(C=O)O-, R32 is a phosphorus-based flame retardant group, and R33 is an electron withdrawing group.
Ultrasonic transducer arrangement having a housing , which is designed for mounting the ultrasonic transducer arrangement in a through-hole in a housing of an ultrasonic water meter on a mounting plane A, a transducer body , which is situated in the housing of the ultrasonic transducer arrangement and serves for generating and/or receiving an acoustic signal, a housing wall , which is assigned to the transducer body and through which the acoustic signal passes, electrical contact means for connecting the transducer body to a voltage or current source, wherein the housing wall which is assigned to the transducer body and through which the acoustic signal passes extends on the housing of the ultrasonic water meter at an oblique angle to the mounting plane A of the ultrasonic transducer arrangement, the transducer body in the housing of the ultrasonic transducer arrangement is positioned on the housing of the ultrasonic water meter at the oblique angle to the mounting plane A of the ultrasonic transducer arrangement, and a holding device is provided within the housing of the ultrasonic transducer arrangement and has an elastic element, which acts on the transducer body , and a moulded part , characterized in that the moulded part holds the elastic element against the transducer body under contact pressure and exerts on the transducer body a holding force P which is oriented towards the housing wall , wherein the holding device is oriented at the oblique angle to the mounting plane A of the ultrasonic transducer arrangement , and the moulded part is able to be latched within the housing of the ultrasonic transducer arrangement .
Heat exchanger comprising: - at least one substrate made of electro-caloric or pyroelectric material and forming at least one channel for a fluid; - at least two electrodes at two opposed ends of the at least one substrate ; - a housing enclosing the at least one substrate and the at least two electrodes , and provided with at least one fluid connecting port (20.1, 20.2); characterized in that the housing is made of a heat shrinkable flexible tube that is shrunk onto the at least one substrate and forming the at least one fluid connecting port (20.1, 20.2). - at least one substrate made of electro-caloric or pyroelectric material and forming at least one channel for a fluid; - at least two electrodes at two opposed ends of the at least one substrate ; - a housing enclosing the at least one substrate and the at least two electrodes , and provided with at least one fluid connecting port (20.1, 20.2);