mhurhangee/patent-ind-claim-en huggingface dataset:
A current detector of an electrochemical device , comprising: a printed circuit board ; and a resistor for detecting an electric current of the electrochemical device , wherein a connector having a first terminal is mounted on the printed circuit board , the resistor has a second terminal which is brought into contact with the first terminal , the resistor includes a resistance body and plate portions positioned on both sides of the resistance body , and the second terminal is integrally formed with one of the plate portions . a printed circuit board ; and a resistor for detecting an electric current of the electrochemical device , wherein a connector having a first terminal is mounted on the printed circuit board , the resistor has a second terminal which is brought into contact with the first terminal , the resistor includes a resistance body and plate portions positioned on both sides of the resistance body , and the second terminal is integrally formed with one of the plate portions .
A flow delivery system for delivering and monitoring a liquid flow, the system comprising: a pump ; a monitoring device for monitoring a flow generated by the pump; a sensing arrangement for detecting the presence of a flow monitored by the monitoring device; and a controller for determining if the detected flow is a liquid flow or a gas flow, characterized in that the controller is adapted to: control the pump with a first drive signal; in response to a detected flow which may be a gas flow, to reduce the drive signal for the pump from a first drive signal to a second drive signal, thereby to change the characteristics of the pump drive signal and the characteristics of the resulting flow; and based on the change in said characteristics, determine if the flow is a liquid flow or a gas flow. a pump ; a monitoring device for monitoring a flow generated by the pump; a sensing arrangement for detecting the presence of a flow monitored by the monitoring device; and a controller for determining if the detected flow is a liquid flow or a gas flow, characterized in that the controller is adapted to: control the pump with a first drive signal; in response to a detected flow which may be a gas flow, to reduce the drive signal for the pump from a first drive signal to a second drive signal, thereby to change the characteristics of the pump drive signal and the characteristics of the resulting flow; and based on the change in said characteristics, determine if the flow is a liquid flow or a gas flow. control the pump with a first drive signal; in response to a detected flow which may be a gas flow, to reduce the drive signal for the pump from a first drive signal to a second drive signal, thereby to change the characteristics of the pump drive signal and the characteristics of the resulting flow; and based on the change in said characteristics, determine if the flow is a liquid flow or a gas flow.
Method for recognizing gestures that are performed by a person from at least one image from a monocular camera, comprising the following steps: a) detecting key points of a person in the at least one image from the monocular camera, b) connecting key points to form a skeleton-like depiction of parts of the person, wherein the skeleton-like depiction reflects the relative position and orientation of individual body parts of the person, wherein groups of one or more associated body parts are formed and a body part belongs to multiple groups, wherein each group is assigned a feature vector that is based on coordinates of the key points that are combined in the respective group, wherein the feature vectors of the groups of a person are combined with the aid of a pose directory to form a final feature vector, c) recognizing a gesture from the skeleton-like depiction of the person, wherein the gesture is recognized on the basis of a classification of the final feature vector, and d) outputting the identified gesture. a) detecting key points of a person in the at least one image from the monocular camera, b) connecting key points to form a skeleton-like depiction of parts of the person, wherein the skeleton-like depiction reflects the relative position and orientation of individual body parts of the person, wherein groups of one or more associated body parts are formed and a body part belongs to multiple groups, wherein each group is assigned a feature vector that is based on coordinates of the key points that are combined in the respective group, wherein the feature vectors of the groups of a person are combined with the aid of a pose directory to form a final feature vector, wherein groups of one or more associated body parts are formed and a body part belongs to multiple groups, wherein each group is assigned a feature vector that is based on coordinates of the key points that are combined in the respective group, wherein the feature vectors of the groups of a person are combined with the aid of a pose directory to form a final feature vector, c) recognizing a gesture from the skeleton-like depiction of the person, wherein the gesture is recognized on the basis of a classification of the final feature vector, and d) outputting the identified gesture.
A cosmetic composition containing Janus particles, an aqueous phase and an organic phase, wherein the Janus particles are comprised between 0.01% by weight and 99.99% by weight and the sum of aqueous phase and organic phase is between 0.01% by weight and 99.99% by weight, characterized in that the Janus particles are constituted by concave fragments of hollow spherical modified particles with internal surface energy a and external surface energy β.
A solid-state image pickup element , comprising: a circuit chip and a light-receiving chip stacked on the circuit chip , the chips being electrically connected to each other via a connection; a plurality of effective pixels in the light-receiving chip arranged in a matrix form and not shielded from light, wherein each of the plurality of effective pixels includes: a photodiode configured to convert incident light into a photocurrent; a first transistor configured to amplify a voltage between a gate of the first transistor having a potential depending on the photocurrent and a source of the first transistor and output the amplified voltage; and wherein the solid-state image pickup element further includes a potential supply section in the circuit chip configured to supply the anode of the photodiode and the bulk of the first transistor , in each of the plurality of effective pixels, with a predetermined potential lower than a reference potential at the source of the first transistor . a circuit chip and a light-receiving chip stacked on the circuit chip , the chips being electrically connected to each other via a connection; a plurality of effective pixels in the light-receiving chip arranged in a matrix form and not shielded from light, wherein each of the plurality of effective pixels includes: a photodiode configured to convert incident light into a photocurrent; a first transistor configured to amplify a voltage between a gate of the first transistor having a potential depending on the photocurrent and a source of the first transistor and output the amplified voltage; and wherein a photodiode configured to convert incident light into a photocurrent; a first transistor configured to amplify a voltage between a gate of the first transistor having a potential depending on the photocurrent and a source of the first transistor and output the amplified voltage; and wherein the solid-state image pickup element further includes a potential supply section in the circuit chip configured to supply the anode of the photodiode and the bulk of the first transistor , in each of the plurality of effective pixels, with a predetermined potential lower than a reference potential at the source of the first transistor .
Method of operating a user equipment in a radio access network, the method comprising communicating based on a control information message received while operating on a first bandwidth part; wherein the control information message represents a bit pattern; wherein the bit pattern comprises a subpattern interpreted to indicate a mapping to resources based on a first unit size if the control information message indicates not to switch from the first bandwidth part to the second bandwidth part, and to indicate a mapping to resources based on a second unit size if the control information message indicates to switch from the first bandwidth part to the second bandwidth part. communicating based on a control information message received while operating on a first bandwidth part; wherein the control information message represents a bit pattern; wherein the bit pattern comprises a subpattern interpreted to indicate a mapping to resources based on a first unit size if the control information message indicates not to switch from the first bandwidth part to the second bandwidth part, and to indicate a mapping to resources based on a second unit size if the control information message indicates to switch from the first bandwidth part to the second bandwidth part.
Pull-out guide for a sliding element, in particular of a movable furniture part or a movable element of a domestic appliance, wherein the pull-out guide comprises a draw-in and damping unit , a body rail , a middle rail and a running rail , and wherein the draw-in and damping unit comprises - a force accumulator , - a damper , and - a first driver and a second driver , which are guided relative to a housing of the draw-in and damping unit , and - wherein the first driver acts on the force accumulator and the damper , and - the second driver only acts on the damper , characterized in that - the draw-in and damping unit is arranged on the middle rail , and - the first driver being in engagement with a first activator in one end position of the pull-our guide, the first activator being arranged on the running rail , and - the second driver being in engagement with a second activator in a second end position of the pull-our guide, the second activator being arranged on the body rail . - a force accumulator , - a damper , and - a first driver and a second driver , which are guided relative to a housing of the draw-in and damping unit , and - wherein the first driver acts on the force accumulator and the damper , and - the second driver only acts on the damper , characterized in that - the draw-in and damping unit is arranged on the middle rail , and - the first driver being in engagement with a first activator in one end position of the pull-our guide, the first activator being arranged on the running rail , and - the second driver being in engagement with a second activator in a second end position of the pull-our guide, the second activator being arranged on the body rail .
An ink circuit of a continuous inkjet printer, comprising: - a first part of said ink circuit comprising means for providing a print head of said CIJ printer with ink and solvent; - a second part of said ink circuit comprising a first single-block assembly comprising at least part of at least a first pump and a second single-block assembly comprising at least one filter , and each of said assemblies further comprising: - a housing having at least one fluid inlet and at least one fluid outlet , - fluid connection means to allow fluids to flow from said at least one fluid inlet , to said at least part of a first pump or said filter and then to said at least one fluid outlet , Characterized in that it further comprises: - means (32h 1 - 22h 3 , 77) for mounting and disassembling said first single-block assembly and said second single-block assembly to and from said first part of said ink circuit, independently from each other. - a first part of said ink circuit comprising means for providing a print head of said CIJ printer with ink and solvent; - a second part of said ink circuit comprising a first single-block assembly comprising at least part of at least a first pump and a second single-block assembly comprising at least one filter , and each of said assemblies further comprising: - a housing having at least one fluid inlet and at least one fluid outlet , - fluid connection means to allow fluids to flow from said at least one fluid inlet , to said at least part of a first pump or said filter and then to said at least one fluid outlet , - means (32h 1 - 22h 3 , 77) for mounting and disassembling said first single-block assembly and said second single-block assembly to and from said first part of said ink circuit, independently from each other.
Position measuring device having • a graduation carrier on which a measuring graduation is arranged, • at least one position sensor configured to generate position-dependent measurement signals (M, MP) by scanning the measuring graduation , • a processing unit configured to process the position-dependent measurement signals (M, MP) to form position signals (P), and • an interface unit for transmitting the position signals (P) to downstream electronics via at least one data transmission channel , wherein the position measuring device comprises at least one motion sensor which generates temporally variable measurement signals (M, MP, MX, MY, MZ), characterized in that the position measuring device comprises a signal analysis unit which is supplied with the temporally variable measurement signals (M, MP, MX, MY, MZ), in that the signal analysis unit is configured to evaluate the temporally variable measurement signals (M, MP, MX, MY, MZ) in the frequency domain and this evaluation is dependent on parameters (PAR), and in that the interface unit is configured to receive the parameters (PAR) from the downstream electronics and to transmit result data (ED), which result from the evaluation of the temporally variable measurement signals (M, MP, MX, MY, MZ), to the downstream electronics . • a graduation carrier on which a measuring graduation is arranged, • at least one position sensor configured to generate position-dependent measurement signals (M, MP) by scanning the measuring graduation , • a processing unit configured to process the position-dependent measurement signals (M, MP) to form position signals (P), and • an interface unit for transmitting the position signals (P) to downstream electronics via at least one data transmission channel ,
A self-mating fastener (1; 5; 500; 702; 902; 910; 1002; 1004; 1202; 1214; 1302; 1304; 1308; 1310; 1312; 1306), comprising: a backing (2; 502; 704; 906; 908; 1006; 1008) having a first side (504; 706); and a rail element (558, 562, 560; 718, 728; 918; 920; 1034; 1036) protruding perpendicularly from the first side of the backing, the rail element extends in a longitudinal direction along the backing; an electrically conductive contact element proximate to the rail element; wherein the rail element has a base portion (10; 556, 524, 512; 732) attached to the first side of the backing and a cap portion (8; 516, 526, 514; 734) distal from the backing, wherein the cap portion has a cap width (X4) that is greater than a width (X1) of the base portion, wherein the cap portion overhangs the base portion on opposing sides, wherein the rail element comprises a plurality of rail segments (4, 14; 530, 522, 510) arranged in a row ; a post element (564, 566; 724, 714; 914; 916) extending perpendicularly from the first side of the backing and extending in a longitudinal direction along the backing and adjacent to the rail element, wherein the post element comprises a plurality of posts that are (6; 508, 506) arranged in a row ; and wherein the self-mating fastener has at least three of the rows of rail segments alternating with at least three of the rows of posts. a backing (2; 502; 704; 906; 908; 1006; 1008) having a first side (504; 706); and a rail element (558, 562, 560; 718, 728; 918; 920; 1034; 1036) protruding perpendicularly from the first side of the backing, the rail element extends in a longitudinal direction along the backing; an electrically conductive contact element proximate to the rail element; wherein the rail element has a base portion (10; 556, 524, 512; 732) attached to the first side of the backing and a cap portion (8; 516, 526, 514; 734) distal from the backing, wherein the cap portion has a cap width (X4) that is greater than a width (X1) of the base portion, wherein the cap portion overhangs the base portion on opposing sides, wherein the rail element comprises a plurality of rail segments (4, 14; 530, 522, 510) arranged in a row ; a post element (564, 566; 724, 714; 914; 916) extending perpendicularly from the first side of the backing and extending in a longitudinal direction along the backing and adjacent to the rail element, wherein the post element comprises a plurality of posts that are (6; 508, 506) arranged in a row ; and wherein the self-mating fastener has at least three of the rows of rail segments alternating with at least three of the rows of posts.
An aerodynamic control surface comprising: an upper panel comprising an upper panel aft end portion ; and a lower panel comprising a lower panel aft end portion , wherein one of the upper panel aft end portion and the lower panel aft end portion comprises a joggle formed therein, the joggle effecting a displacement (D) of an aft-most portion of the lower panel aft end portion with an aft-most portion of the upper panel aft end portion , the aerodynamic control surface further comprising: a plurality of mechanical fasteners connecting said upper panel aft end portion to said lower panel aft end portion; and a fairing having a fairing forward end portion and a fairing aft end portion , wherein said fairing forward end portion is connected to one of said upper panel and said lower panel, and wherein said fairing aft end portion is connected to the other of said upper panel and said lower panel. an upper panel comprising an upper panel aft end portion ; and a lower panel comprising a lower panel aft end portion , wherein one of the upper panel aft end portion and the lower panel aft end portion comprises a joggle formed therein, the joggle effecting a displacement (D) of an aft-most portion of the lower panel aft end portion with an aft-most portion of the upper panel aft end portion , the aerodynamic control surface further comprising: a plurality of mechanical fasteners connecting said upper panel aft end portion to said lower panel aft end portion; and a fairing having a fairing forward end portion and a fairing aft end portion , wherein said fairing forward end portion is connected to one of said upper panel and said lower panel, and wherein said fairing aft end portion is connected to the other of said upper panel and said lower panel. a plurality of mechanical fasteners connecting said upper panel aft end portion to said lower panel aft end portion; and a fairing having a fairing forward end portion and a fairing aft end portion , wherein said fairing forward end portion is connected to one of said upper panel and said lower panel, and wherein said fairing aft end portion is connected to the other of said upper panel and said lower panel.
A segmented nut having at least two sections , each section having a concave internal surface and an outer surface, such that the sections combine to form an inner nut having a cylindrical internal surface which is at least partially threaded, and an outer surface ; the segmented nut also including a sleeve arranged to locate around the inner nut, the sleeve being movable relative to the inner nut by rotation between a locked position and a release position, the sleeve having an internal surface having at least one bearing surface bearing against the inner nut when in the locked position and maintaining the sections and the sleeve of the assembled segmented nut in fixed relationship to each other for tightening of the assembled segmented nut ; wherein rotational movement of the bearing surface relative to the inner nut causes the sleeve to move into the release position in which at least one said section is able to move in a radial direction, and wherein each side of a polygon defined by the outer surface of the inner nut is concave between bearing surfaces of the outer surface of the inner nut , and each side of a polygon defined by the internal surface of the sleeve is convex, .
Method for manufacturing a chromium metal - chromium oxide coated blackplate by electrolytically depositing the chromium metal - chromium oxide coating on blackplate in a continuous high speed plating line operating at a line speed of at least 50 m/min from an electrolyte solution comprising a trivalent chromium compound, wherein the electrolyte solution is free of chloride ions and of a boric acid buffering agent, the electrically conductive substrate acts as a cathode and an anode comprising a catalytic coating of iridium oxide or a mixed metal oxide for reducing or eliminating the oxidation of Cr 3+ -ions to Cr 6+ -ions, wherein the electrolyte solution contains at most 250 mM Cr 3+ -ions, a complexing agent at a complexing agent Cr 3 + molar ratio of at least 1:1 and at most 2.5:1, wherein the complexing agent is formate (HCOO-), 210 to 2800 mM of sodium sulphate (Na 2 SO 4 ), a pH of between 1.5 and 3.0 measured at 25 °C, and wherein the plating temperature is between 30 and 70 °C.
An apparatus comprising: means for initialising parameters of a transmission system , wherein the transmission system comprises a transmitter , a channel and a receiver , wherein the transmitter includes a transmitter algorithm having at least some trainable weights and the receiver includes a receiver algorithm having at least some trainable weights; means for updating trainable parameters of the transmission system based on a loss function, wherein the trainable parameters include the trainable weights of the transmitter and the trainable weights of the receiver and wherein the loss function includes a penalty term; means for quantizing said trainable parameters, such that said weights can only take values within a codebook having a finite number of entries that is a subset of the possible values available during updating; means for repeating the updating and quantizing until a first condition is reached; and wherein said penalty term includes a variable that is adjusted on each repetition of the updating and quantizing such that, on each repetition, more weight is given in the loss function to a difference between the trainable parameters and the quantized trainable parameters. means for initialising parameters of a transmission system , wherein the transmission system comprises a transmitter , a channel and a receiver , wherein the transmitter includes a transmitter algorithm having at least some trainable weights and the receiver includes a receiver algorithm having at least some trainable weights; means for updating trainable parameters of the transmission system based on a loss function, wherein the trainable parameters include the trainable weights of the transmitter and the trainable weights of the receiver and wherein the loss function includes a penalty term; means for quantizing said trainable parameters, such that said weights can only take values within a codebook having a finite number of entries that is a subset of the possible values available during updating; means for repeating the updating and quantizing until a first condition is reached; and wherein said penalty term includes a variable that is adjusted on each repetition of the updating and quantizing such that, on each repetition, more weight is given in the loss function to a difference between the trainable parameters and the quantized trainable parameters.