mhurhangee/patent-ind-claim-en huggingface dataset:
Blade-retaining foot for a kitchen appliance component, wherein the blade-retaining foot comprises a first part and a second part connected rotatably with the first part, wherein the second part is designed to be detachably connected to a beaker of the kitchen appliance component in a rotational movement and in the process to clamp the first part and a sealing ring between itself and the beaker, wherein the first part embodies a support for the sealing ring , characterised in that the sealing ring arranged on the support is to be clamped between the first part and the beaker without contact with the second part .
Electronic irritation device , comprising: a plurality of irritation signal modules , each comprising at least one emitter for emitting optical or acoustic irritation signals; a connection device (32; 38; 38, 40, 42) for coupling the plurality of irritation signal modules to one another; characterized in that the electronic irritation device comprises an unlocking device (34; 38; 44) for automatically unlocking the connection device (32; 38; 38, 40, 42) in order to decouple the plurality of irritation signal modules from one another. a plurality of irritation signal modules , each comprising at least one emitter for emitting optical or acoustic irritation signals; a connection device (32; 38; 38, 40, 42) for coupling the plurality of irritation signal modules to one another; characterized in that the electronic irritation device comprises an unlocking device (34; 38; 44) for automatically unlocking the connection device (32; 38; 38, 40, 42) in order to decouple the plurality of irritation signal modules from one another.
An automatic cooking device comprising: a light emitter configured to emit light of different wavelength bands; a photographing unit including an image sensor; a memory storing computer executable instructions; at least one processor configured to execute the computer executable instructions to control the light emitter and the photographing unit to obtain information about a kind of a food material by performing vision recognition based on a captured image of the food material, obtain characteristic information of the food material by performing spectroscopic analysis based on light reflected by emitting light of a wavelength band selected according to the information about the kind of the food material, and control a cooking process of the food material, based on the information about the kind of the food material and the characteristic information of the food material; and a cooker configured to operate according to the cooking process of the food material. a light emitter configured to emit light of different wavelength bands; a photographing unit including an image sensor; a memory storing computer executable instructions; at least one processor configured to execute the computer executable instructions to control the light emitter and the photographing unit to obtain information about a kind of a food material by performing vision recognition based on a captured image of the food material, obtain characteristic information of the food material by performing spectroscopic analysis based on light reflected by emitting light of a wavelength band selected according to the information about the kind of the food material, and control a cooking process of the food material, based on the information about the kind of the food material and the characteristic information of the food material; and a cooker configured to operate according to the cooking process of the food material.
An organic-inorganic hybrid polymer dot comprising: a semiconducting chromophoric polymer; X, wherein X is a functional group suitable for bioconjugation; and an inorganic network that is covalently bonded to the semiconducting chromophoric polymer; and at least two orthogonal reactive chemical groups. a semiconducting chromophoric polymer; X, wherein X is a functional group suitable for bioconjugation; and an inorganic network that is covalently bonded to the semiconducting chromophoric polymer; and at least two orthogonal reactive chemical groups.
Module holder comprising a housing enclosing an installation space for standardized electronic circuit boards, at least one fan tray which is disposed above or below the installation space and includes one or more electric fans , an air intake chamber for incoming cold air (K) and an air outlet chamber for hot waste air (W), an air distribution duct which is disposed laterally next to the installation space and which connects the air intake chamber to the installation space to direct the incoming cold air (K) onto the electronic circuit boards, an air collecting duct which is disposed on the opposite side of the installation space and which connects the installation space to the air outlet chamber to discharge the hot waste air (W), at least one power supply unit which supplies the electronic circuit boards and the fan with electrical energy, characterized in that the fan tray is inserted into a compartment of the housing and is extensible, and the power supply unit is an integral component of the fan tray .
A method of operation of a User Equipment, UE, of a cellular communications network comprising: receiving a retransmission that would require a total number of memory accesses to process that is greater than a memory access bandwidth of a soft buffer of the UE ; and prioritizing which bits should be read from or written to, the soft buffer of the UE when processing the retransmission based on: - the memory access bandwidth, - any previously received redundancy versions, and - a currently received redundancy version, wherein prioritizing reading bits from the soft buffer of the UE comprises reading bits from the soft buffer of the UE to maximize a number of bits that overlaps between previous transmissions, therefore not all bits will be written to the soft buffer of the UE when processing the retransmission. receiving a retransmission that would require a total number of memory accesses to process that is greater than a memory access bandwidth of a soft buffer of the UE ; and prioritizing which bits should be read from or written to, the soft buffer of the UE when processing the retransmission based on: - the memory access bandwidth, - any previously received redundancy versions, and - a currently received redundancy version, - the memory access bandwidth, - any previously received redundancy versions, and - a currently received redundancy version, wherein prioritizing reading bits from the soft buffer of the UE comprises reading bits from the soft buffer of the UE to maximize a number of bits that overlaps between previous transmissions, therefore not all bits will be written to the soft buffer of the UE when processing the retransmission.
A fastening device , comprising: a shank portion having a first end and a second end disposed remote from the first end ; a head portion disposed adjacent the second end of the shank portion and including a plurality of surfaces configured to engage a standard hex-shaped socket, the head portion having a lower perimeter adjacent the second end of the shank portion , an upper perimeter disposed remote from the lower perimeter and being permanently fixed to the lower perimeter by a body portion extending between the lower perimeter and the upper perimeter; the lower perimeter having a generally hex shape with six lower corners and six lower edge portions configured to receive the standard hex-shaped socket to facilitate tightening and loosening the fastening device ; and wherein the upper perimeter has a different shape than the lower perimeter. a shank portion having a first end and a second end disposed remote from the first end ; a head portion disposed adjacent the second end of the shank portion and including a plurality of surfaces configured to engage a standard hex-shaped socket, the head portion having a lower perimeter adjacent the second end of the shank portion , an upper perimeter disposed remote from the lower perimeter and being permanently fixed to the lower perimeter by a body portion extending between the lower perimeter and the upper perimeter; the lower perimeter having a generally hex shape with six lower corners and six lower edge portions configured to receive the standard hex-shaped socket to facilitate tightening and loosening the fastening device ; and wherein the upper perimeter has a different shape than the lower perimeter.
A method for separating a heterogeneous population of cells, the method comprising the steps of: placing a sample of the heterogeneous population of cells in a magnetically-responsive medium into a levitation system in which the sample and the magnetically-responsive medium are received in a microcapillary channel, wherein the system comprises a set of two magnets with same poles facing each other producing a magnetic field, wherein a space between the two magnets is sized to receive the microcapillary channel; and a microscopy device having a stage between the set of two magnets on which the microcapillary channel is placed; and levitating individual cells to an equilibrium height within the microcapillary channel that is different from other cells within the heterogeneous population of cells in the magnetically-responsive medium by balancing a magnetic force applied to each of the cells by the magnetic field of the magnets with a corrected gravitational force of the cells in the magnetically-responsive medium by accounting for the comparative densities of the cells therein, characterized in that : the microcapillary channel is a single microcapillary channel and the space between the two magnets is sized to receive the single microcapillary channel only in a horizontal orientation relative to the direction of gravity. placing a sample of the heterogeneous population of cells in a magnetically-responsive medium into a levitation system in which the sample and the magnetically-responsive medium are received in a microcapillary channel, wherein the system comprises a set of two magnets with same poles facing each other producing a magnetic field, wherein a space between the two magnets is sized to receive the microcapillary channel; and a microscopy device having a stage between the set of two magnets on which the microcapillary channel is placed; and levitating individual cells to an equilibrium height within the microcapillary channel that is different from other cells within the heterogeneous population of cells in the magnetically-responsive medium by balancing a magnetic force applied to each of the cells by the magnetic field of the magnets with a corrected gravitational force of the cells in the magnetically-responsive medium by accounting for the comparative densities of the cells therein, characterized in that : the microcapillary channel is a single microcapillary channel and the space between the two magnets is sized to receive the single microcapillary channel only in a horizontal orientation relative to the direction of gravity.
A waveguide (110; 210A; 210D; 300A; 300B; 300C; 300D; 300E; 300F; 300G; 510A; 510B; 510C; 630; 730) for propagating an electromagnetic wave, comprising: a base material (115; 215A; 215D), a first set of dielectric resonators (120; 220A; 220D; 310A; 310B; 310C; 310D; 310E; 310F; 310G), each dielectric resonator of the first set of dielectric resonators having a first set of characteristics, and a second set of dielectric resonators (120; 220A; 220D; 310A; 310B; 310C; 310D; 310E; 310F; 310G), each dielectric resonator of the second set of dielectric resonators having a second set of characteristics, wherein each dielectric resonator of the first set of dielectric resonators and the second set of dielectric resonators has a relative permittivity greater than a relative permittivity of the base material, and wherein the first set of characteristics is a first shape and a first relative permittivity and the second set of characteristics is a second shape and a second relative permittivity, characterized in that the first shape is different than the second shape and the first relative permittivity is different than the second relative permittivity. a base material (115; 215A; 215D), a first set of dielectric resonators (120; 220A; 220D; 310A; 310B; 310C; 310D; 310E; 310F; 310G), each dielectric resonator of the first set of dielectric resonators having a first set of characteristics, and a second set of dielectric resonators (120; 220A; 220D; 310A; 310B; 310C; 310D; 310E; 310F; 310G), each dielectric resonator of the second set of dielectric resonators having a second set of characteristics, wherein each dielectric resonator of the first set of dielectric resonators and the second set of dielectric resonators has a relative permittivity greater than a relative permittivity of the base material, and wherein the first set of characteristics is a first shape and a first relative permittivity and the second set of characteristics is a second shape and a second relative permittivity, characterized in that the first shape is different than the second shape and the first relative permittivity is different than the second relative permittivity.
Device for coherent detection of data in an optical signal, called the payload signal (SPL), received on a first single-mode optical fiber (PLSOF), comprising: - a second single-mode optical fiber (LOSOF) that receives an optical oscillation signal (SLO), - a polarization management device (DGP) that receives as input either, in a first case, the optical oscillation signal (SLO), or, in a second case, the payload signal (SPL), and that delivers as output two split signals (SLOV, SLOH; SPLVH, SPLH), on two single-mode optical guides, the coherent detection device being configured so that a set of three signals consisting of the two split signals and either, in the first case, the payload signal (SPL), or, in the second case, the oscillation signal (SLO), is presented to a single photodiode (D). - a second single-mode optical fiber (LOSOF) that receives an optical oscillation signal (SLO), - a polarization management device (DGP) that receives as input either, in a first case, the optical oscillation signal (SLO), or, in a second case, the payload signal (SPL), and that delivers as output two split signals (SLOV, SLOH; SPLVH, SPLH), on two single-mode optical guides,
A vessel environmental condition assessment method, comprising; receiving a motion signal from a motion measurement unit on board a vessel ; applying an energy operator to the motion signal to determine an energy signal , the energy operator is an instantaneous Teager Kaiser, TK, energy operator wherein the TK operator is expressed as: Ψ d x n = x 2 n − x n + 1 x n − 1 , and where Ψ d ( x [ n ]) is the TK operator of signal x[n], and x[n] is a discrete motion signal, wherein the energy signal is classified into one or more environmental condition classes for the vessel wherein each environmental condition class being defined by an energy signal threshold value, and wherein the energy signal is representative of the environmental condition for the vessel. receiving a motion signal from a motion measurement unit on board a vessel ; applying an energy operator to the motion signal to determine an energy signal , the energy operator is an instantaneous Teager Kaiser, TK, energy operator wherein the TK operator is expressed as: Ψ d x n = x 2 n − x n + 1 x n − 1 , and where Ψ d ( x [ n ]) is the TK operator of signal x[n], and x[n] is a discrete motion signal, wherein the energy signal is classified into one or more environmental condition classes for the vessel wherein each environmental condition class being defined by an energy signal threshold value, and wherein the energy signal is representative of the environmental condition for the vessel.
A laundry treating apparatus comprising: a cabinet having a laundry opening formed therein; a door mounted to the cabinet for opening/closing the laundry opening ; and a control panel (30; 30'; 30") arranged at the cabinet , wherein the control panel (30; 30'; 30") includes a control panel body (310; 310'; 310") projected forward from a front plate (105; 105'; 105"), and a front side of the control panel body (310; 310'; 310") is sloped to face upward; wherein the control panel body (310; 310'; 310") includes; a front body portion projected forward from the front plate (105; 105'; 105"), and a window arranged at the front body portion to have the front side sloped to face upward; characterized in that a front side of the window is the front side of the front body portion , and the control panel body (310; 310'; 310") includes a deco which surrounds a circumference of the front body portion and a circumference of the window , altogether. a cabinet having a laundry opening formed therein; a door mounted to the cabinet for opening/closing the laundry opening ; and a control panel (30; 30'; 30") arranged at the cabinet , wherein the control panel (30; 30'; 30") includes a control panel body (310; 310'; 310") projected forward from a front plate (105; 105'; 105"), and a front side of the control panel body (310; 310'; 310") is sloped to face upward; wherein the control panel body (310; 310'; 310") includes; a front body portion projected forward from the front plate (105; 105'; 105"), and a window arranged at the front body portion to have the front side sloped to face upward; characterized in that a front side of the window is the front side of the front body portion , and the control panel body (310; 310'; 310") includes a deco which surrounds a circumference of the front body portion and a circumference of the window , altogether.
A method performed in a communication device for establishing a discontinuous reception mode configuration, the method comprising: - determining at least one characteristic of signaling from a network node , wherein the signaling comprises one or more system information signals, and/or one or more reference signals, and/or one or more synchronization signals, and wherein the at least one characteristic of the received signaling comprises one or more of: periodicity of a signal, type of signal, length of a signal, bandwidth of a signal, subcarrier used by a signal, sub-cycles in an overall period of a signal, gaps in transmission of a signal, and a scrambling code of a signal, and - adapting , based on the at least one characteristic, at least one parameter of a currently used discontinuous reception mode configuration, wherein the adapting is performed autonomously by the communication device . - determining at least one characteristic of signaling from a network node , wherein the signaling comprises one or more system information signals, and/or one or more reference signals, and/or one or more synchronization signals, and wherein the at least one characteristic of the received signaling comprises one or more of: periodicity of a signal, type of signal, length of a signal, bandwidth of a signal, subcarrier used by a signal, sub-cycles in an overall period of a signal, gaps in transmission of a signal, and a scrambling code of a signal, and - adapting , based on the at least one characteristic, at least one parameter of a currently used discontinuous reception mode configuration, wherein the adapting is performed autonomously by the communication device .
A composition comprising: (a) preservative; (b) an anionic surfactant comprising: • an alkyl sulfate, alkyl ether sulfate or mixture thereof, and • an isethionate, glycinate, taurate or mixture thereof; (c) a zwitterionic surfactant comprising a betaine, a sultaine or a mixture thereof; (d) 3 to 9% by weight of a polyol; and (e) water, the composition having a pH from 6 to 7.25 and wherein the weight ratio of zwitterionic surfactant to anionic surfactant is from 1:8 to 1:2 and wherein the isethionate, when present, is at least 50% by weight of a lauroyl isethionate and wherein the composition comprises less than 8.0% by weight sulfate-based surfactant, wherein all of the preservative in the composition is sodium benzoate, potassium benzoate, amino benzoate or a mixture thereof, wherein the amino benzoate is sodium or potassium p-amino benzoate or a mixture thereof. (a) preservative; (b) an anionic surfactant comprising: • an alkyl sulfate, alkyl ether sulfate or mixture thereof, and • an isethionate, glycinate, taurate or mixture thereof; • an alkyl sulfate, alkyl ether sulfate or mixture thereof, and • an isethionate, glycinate, taurate or mixture thereof; (c) a zwitterionic surfactant comprising a betaine, a sultaine or a mixture thereof; (d) 3 to 9% by weight of a polyol; and (e) water, the composition having a pH from 6 to 7.25 and wherein the weight ratio of zwitterionic surfactant to anionic surfactant is from 1:8 to 1:2 and wherein the isethionate, when present, is at least 50% by weight of a lauroyl isethionate and wherein the composition comprises less than 8.0% by weight sulfate-based surfactant, wherein all of the preservative in the composition is sodium benzoate, potassium benzoate, amino benzoate or a mixture thereof, wherein the amino benzoate is sodium or potassium p-amino benzoate or a mixture thereof.
A system for touch free operation of an ablator workstation comprising: a depth sensor for detecting a movement; a motion software module operable to receive the detected movement from the depth sensor , deduce a gesture based on the detected movement,; and a client software module operable to receive the applicable gesture at a client computer in the ablator workstation for performing a task in accordance with client logic based on the applicable gesture, characterized in that the client software module is operable to enable a specific user to control said task only after a foot pedal connected to the client computer is pressed, after a voice command is received, or after a focussing gesture is received, and further operable to filter the gesture to accept an applicable gesture by determining whether the gesture is performed by said specific user by using body tracking to determine whether the movement is within a predicted body location and/or by performing facial recognition. a depth sensor for detecting a movement; a motion software module operable to receive the detected movement from the depth sensor , deduce a gesture based on the detected movement,; and a client software module operable to receive the applicable gesture at a client computer in the ablator workstation for performing a task in accordance with client logic based on the applicable gesture, characterized in that the client software module is operable to enable a specific user to control said task only after a foot pedal connected to the client computer is pressed, after a voice command is received, or after a focussing gesture is received, and further operable to filter the gesture to accept an applicable gesture by determining whether the gesture is performed by said specific user by using body tracking to determine whether the movement is within a predicted body location and/or by performing facial recognition.
A method of inhibiting corrosion of a metal surface in contact with an aqueous system, comprising: adding a corrosion inhibitor composition to the aqueous system, the corrosion inhibitor composition comprising a compound selected from the group consisting of an isomer of any of the foregoing compounds, and any combination thereof, wherein R = a linear or branched C 1 - C 10 alkyl group.