mhurhangee/patent-ind-claim-en huggingface dataset:
A washing machine with a drawer-type charging device, comprising a panel that forms a part of a box body , wherein the panel is provided with a window portion , the charging device penetrates through the window portion and is provided with a cover portion , and when the charging device completely stretches into the box body, the cover portion of the charging device is matched with the window portion of the panel, wherein the window portion is provided with a first supporting surface and a second supporting surface that extend and are spaced relative to a width direction (X) of the washing machine, and the cover portion is provided with a first bulge and a second bulge that are respectively supported on the first supporting surface and the second supporting surface from above, wherein the first bulge and the second bulge are curved structures and in point contact with the first supporting surface and the second supporting surface respectively, and the first supporting surface and the second supporting surface respectively apply a vertical upward supporting force to the first bulge and the second bulge, characterized in that the first bulge and the second bulge are respectively disposed at bottom parts of a first positioning pin and a second positioning pin , wherein the window portion is provided with a first positioning groove and a second positioning groove that have openings at front parts, the first supporting surface and the second supporting surface are respectively located at bottom parts of the first positioning groove and the second positioning groove, a top part of the first positioning groove is further provided with a third positioning surface , a top part of the second positioning groove is further provided with a fourth positioning surface , and top parts of the first positioning pin and the second positioning pin are respectively provided with a third bulge and a fourth bulge; and when the cover portion is matched with the panel, the first positioning pin and the second positioning pin respectively stretch into the first positioning groove and the second positioning groove, the third bulge is in point contact with the third positioning surface , and the fourth bulge is in point contact with the fourth positioning surface .
A liposome-containing liquid reagent for measuring blood coagulation ability, wherein a cumulative scattering intensity distribution of liposomes with a particle size of 351 nm to a maximum particle size is 0% or more and less than 35% relative to a cumulative scattering intensity distribution of total liposomes; and wherein the cumulative scattering intensity distribution of liposomes with a particle size of 351 nm to a maximum particle size is a value obtained by a dynamic light scattering method.
An engineered immune cell comprising: (a) a first prodrug converting enzyme and/or a nucleic acid encoding the first prodrug converting enzyme, wherein the first prodrug converting enzyme is expressed in the cytoplasm of the immune cell and is selected from among a carboxypeptidase, a β-lactamase, a glucosidase, a nitroreductase, and carboxypeptidase A; (b) a receptor that binds to a target antigen and/or nucleic acid encoding the receptor, wherein the target antigen is a tumor antigen; and (c) a second prodrug converting enzyme and/or a nucleic acid encoding the second prodrug converting enzyme, wherein the second prodrug converting enzyme is secreted or is expressed on the surface of the immune cell, optionally wherein the second prodrug converting enzyme is: attached to the surface of the cell by a GPI anchor; or fused to a transmembrane domain, optionally wherein the transmembrane domain is a CD8 transmembrane domain; and optionally wherein the engineered immune cell is derived from an autologous donor or an allogenic donor. (a) a first prodrug converting enzyme and/or a nucleic acid encoding the first prodrug converting enzyme, wherein the first prodrug converting enzyme is expressed in the cytoplasm of the immune cell and is selected from among a carboxypeptidase, a β-lactamase, a glucosidase, a nitroreductase, and carboxypeptidase A; (b) a receptor that binds to a target antigen and/or nucleic acid encoding the receptor, wherein the target antigen is a tumor antigen; and (c) a second prodrug converting enzyme and/or a nucleic acid encoding the second prodrug converting enzyme, wherein the second prodrug converting enzyme is secreted or is expressed on the surface of the immune cell, optionally wherein the second prodrug converting enzyme is: attached to the surface of the cell by a GPI anchor; or fused to a transmembrane domain, optionally wherein the transmembrane domain is a CD8 transmembrane domain; and optionally wherein the engineered immune cell is derived from an autologous donor or an allogenic donor. attached to the surface of the cell by a GPI anchor; or fused to a transmembrane domain, optionally wherein the transmembrane domain is a CD8 transmembrane domain; and optionally
A system for managing radio frequency, RF, and ultrasonic signals output by a generator , comprising: a surgical instrument comprising an RF energy output, an ultrasonic energy output, and a circuit (500; 1305); wherein the circuit is configured to: receive a combined RF and ultrasonic signal from the generator; generate an RF filtered signal by filtering RF frequency content from the combined signal; generate an ultrasonic filtered signal by filtering ultrasonic frequency content from the combined signal; provide the RF filtered signal to the RF energy output for applying RF energy to an end effector of the surgical instrument in a cutting mode, and/or a coagulation mode, and/or a desiccation mode; and provide the ultrasonic filtered signal to the ultrasonic energy output for driving an ultrasonic transducer of the surgical instrument in a cutting mode and/or in a coagulation mode. a surgical instrument comprising an RF energy output, an ultrasonic energy output, and a circuit (500; 1305); wherein the circuit is configured to: receive a combined RF and ultrasonic signal from the generator; generate an RF filtered signal by filtering RF frequency content from the combined signal; generate an ultrasonic filtered signal by filtering ultrasonic frequency content from the combined signal; provide the RF filtered signal to the RF energy output for applying RF energy to an end effector of the surgical instrument in a cutting mode, and/or a coagulation mode, and/or a desiccation mode; and provide the ultrasonic filtered signal to the ultrasonic energy output for driving an ultrasonic transducer of the surgical instrument in a cutting mode and/or in a coagulation mode. receive a combined RF and ultrasonic signal from the generator; generate an RF filtered signal by filtering RF frequency content from the combined signal; generate an ultrasonic filtered signal by filtering ultrasonic frequency content from the combined signal; provide the RF filtered signal to the RF energy output for applying RF energy to an end effector of the surgical instrument in a cutting mode, and/or a coagulation mode, and/or a desiccation mode; and provide the ultrasonic filtered signal to the ultrasonic energy output for driving an ultrasonic transducer of the surgical instrument in a cutting mode and/or in a coagulation mode.
A tire pressure sensor comprising a housing; a PCBA installed in the housing, the PCBA being configured to detect a tire pressure of a tire; a power supply device installed in the housing and electrically connected to the PCBA ; and an antenna connected to the PCBA ; the tire pressure sensor being characterised in that the antenna is wrapped around the PCBA , and at least one turn of the antenna is wrapped around the PCBA . a housing; a PCBA installed in the housing, the PCBA being configured to detect a tire pressure of a tire; a power supply device installed in the housing and electrically connected to the PCBA ; and an antenna connected to the PCBA ; the tire pressure sensor being characterised in that the antenna is wrapped around the PCBA , and at least one turn of the antenna is wrapped around the PCBA .
A method of anomaly detection for network traffic communicated by devices via a computer network , the method comprising: clustering a set of training time series, each training time series including network characteristics for a device during non-suspicious network communication, the network characteristics being grouped into time windows in the time series , wherein time series for devices having similar network characteristics are clustered together; training an autoencoder for each cluster based on training time series in the cluster; generating a set of reconstruction errors for each autoencoder based on testing the autoencoder with data from time windows of at least a subset of the training time series; generating a probabilistic model of reconstruction errors for each autoencoder based on a set of reconstruction errors occurring across all time series processed by the autoencoder, and generating an aggregate model based on aggregation of the probabilistic models for al autoencoders; invoking at least a subset of the autoencoders for each time window in a production time series for a device, the production time series including network characteristics of network traffic for a device operating during a production mode of operation; determining reconstruction errors for each window of the production time series; comparing the reconstruction errors for the production time series with the aggregate model to determine a distance therebetween; and identifying an anomaly responsive to a determination that the distance exceeds a threshold. clustering a set of training time series, each training time series including network characteristics for a device during non-suspicious network communication, the network characteristics being grouped into time windows in the time series , wherein time series for devices having similar network characteristics are clustered together; training an autoencoder for each cluster based on training time series in the cluster; generating a set of reconstruction errors for each autoencoder based on testing the autoencoder with data from time windows of at least a subset of the training time series; generating a probabilistic model of reconstruction errors for each autoencoder based on a set of reconstruction errors occurring across all time series processed by the autoencoder, and generating an aggregate model based on aggregation of the probabilistic models for al autoencoders; invoking at least a subset of the autoencoders for each time window in a production time series for a device, the production time series including network characteristics of network traffic for a device operating during a production mode of operation; determining reconstruction errors for each window of the production time series; comparing the reconstruction errors for the production time series with the aggregate model to determine a distance therebetween; and identifying an anomaly responsive to a determination that the distance exceeds a threshold.
Process for producing a product hydrocarbon, in which a feed hydrocarbon in a feed mixture containing the feed hydrocarbon and oxygen is subjected to selective oxidation in a reactor having a catalyst bed to obtain a product mixture containing the product hydrocarbon and water, wherein the feed hydrocarbon is ethane and the product hydrocarbon is ethylene and the selective oxidation is carried out in the form of oxidative dehydrogenation of ethane, and in which process a consequent mixture is formed by separating at least some of the water from at least part of the product mixture, wherein the process is carried out such that the oxygen contained in the feed mixture is partially reacted during the selective oxidation, so that the product mixture has a first residual oxygen content and the consequent mixture has a second residual oxygen content, characterized in that the first and/or the second residual oxygen content is detected using at least one first measuring device, in that at least one second measuring device is provided at the end of the catalyst bed and is designed to detect a variable characterizing operational stability, wherein the variable characterizing the operational stability is a temperature at the end of the catalyst bed, in that using a process-control and/or evaluation unit, measurement data from the at least one first measuring device and/or the at least one second measuring device are detected over a detection period and evaluated and/or processed to obtain consequent data, and in that process control is carried out on the basis of the consequent data, wherein the reactor used for the selective oxidation is cooled using at least one coolant and the at least one operating parameter is or comprises a coolant temperature of the at least one coolant, and/or wherein the at least one operating parameter is or comprises an oxygen content of the feed mixture.
A manufacturing process for preparing a carbon black pigment, said process comprising the steps of: a. admixing in water i) at least two non-ionic surfactants selected from the group consisting of alkoxylated polyethers, alkoxylated esters, polyglycol ethers, alcohol alkoxylates or alkylphenol polyglycol ethers with ii) at least one humectant selected from the group consisting of polyhydric alcohol or esters and ethers thereof, followed by stirring to obtain a clear solution; b. admixing carbon black pigment into the clear solution of step (a) with constant stirring to obtain a homogeneous composition, wherein the composition as obtained comprises ionic surfactant in the range of 30 to 50 wt./wt., humectant in the range of 5 to 15 wt./wt., and carbon black pigment in the range of 50 to 60 wt./wt.; c. adjusting the pH of the homogeneous composition of step (b) to 8 by adding mild alkali followed by stirring the composition until the pH remains constant at 8; d. adjusting the pH of the homogeneous composition of step (c) to be in the range of 6 to 6.5 by adding mild acid followed by stirring the composition until the pH remains constant in the range of 6 to 6.5; e. subjecting the composition of step (d) to milling and spray drying to obtain a powder; and f. granulating the powder to obtain carbon black pigment granules having moisture content in the range of 0.5 to 2 % and a mean particle size of at least 200 microns. a. admixing in water i) at least two non-ionic surfactants selected from the group consisting of alkoxylated polyethers, alkoxylated esters, polyglycol ethers, alcohol alkoxylates or alkylphenol polyglycol ethers with ii) at least one humectant selected from the group consisting of polyhydric alcohol or esters and ethers thereof, followed by stirring to obtain a clear solution; b. admixing carbon black pigment into the clear solution of step (a) with constant stirring to obtain a homogeneous composition, wherein the composition as obtained comprises ionic surfactant in the range of 30 to 50 wt./wt., humectant in the range of 5 to 15 wt./wt., and carbon black pigment in the range of 50 to 60 wt./wt.; c. adjusting the pH of the homogeneous composition of step (b) to 8 by adding mild alkali followed by stirring the composition until the pH remains constant at 8; d. adjusting the pH of the homogeneous composition of step (c) to be in the range of 6 to 6.5 by adding mild acid followed by stirring the composition until the pH remains constant in the range of 6 to 6.5; e. subjecting the composition of step (d) to milling and spray drying to obtain a powder; and f. granulating the powder to obtain carbon black pigment granules having moisture content in the range of 0.5 to 2 % and a mean particle size of at least 200 microns.
Lighting module (12; 112) for a motor vehicle , comprising a plurality of lighting sub-modules (14, 16; 112, 116) each comprising: - at least one light source (20; 120); - a flat optical guide (18; 118) with an entry face (18.1; 118.1) facing the at least one light source (20; 120), an exit face (18.2; 118.2) and, at the rear of the exit face (18.2; 118.2), a reflection face (18.3; 118.3) capable of reflecting light from the entry face (18.1; 118.1) toward the exit face (18.2; 118.2); characterized in that the plurality of lighting sub-modules (14, 16; 114, 116) comprises first lighting sub-modules (14; 114) configured to each produce a lighting sub-beam with horizontal upper cutoff and second lighting sub-modules (16; 116) configured to each produce a lighting sub-beam without horizontal upper cutoff; and the first and second lighting sub-modules (14, 16; 114, 116) are juxtaposed in such a way as to form, along the juxtaposition, several alternations between the first and second lighting sub-modules (14, 16; 114, 116). - at least one light source (20; 120); - a flat optical guide (18; 118) with an entry face (18.1; 118.1) facing the at least one light source (20; 120), an exit face (18.2; 118.2) and, at the rear of the exit face (18.2; 118.2), a reflection face (18.3; 118.3) capable of reflecting light from the entry face (18.1; 118.1) toward the exit face (18.2; 118.2); the plurality of lighting sub-modules (14, 16; 114, 116) comprises first lighting sub-modules (14; 114) configured to each produce a lighting sub-beam with horizontal upper cutoff and second lighting sub-modules (16; 116) configured to each produce a lighting sub-beam without horizontal upper cutoff; and the first and second lighting sub-modules (14, 16; 114, 116) are juxtaposed in such a way as to form, along the juxtaposition, several alternations between the first and second lighting sub-modules (14, 16; 114, 116).
A seating system (10*) for a motor vehicle; the seating system (10*) comprising: - a structure ; - a seat (11*) supported by said structure and comprising a seat cushion (12*) and a seat back (13*) ; - a child safety seat; and - a releasable fastening apparatus (40*) for securing said child safety seat to said seat (11*); said releasable fastening apparatus (40*) comprising: a) upper releasable fastening means (45B*) arranged in a fixed position with respect to said structure ; b) connecting means (42*) carried by said child safety seat and suitable to be coupled in a releasable manner to said upper releasable fastening means (45B*) in order to maintain said child safety seat in a raised configuration; said child safety seat being defined by a body (30*) which forms part of said seat cushion (12*), and said releasable fastening apparatus (40*) comprising lower releasable fastening means (45A*) fixed with respect to said structure and configured so as to be engaged by said connecting means (42*), in a releasable manner and as an alternative to said upper releasable fastening means (45B*), in order to maintain said body (30*) in a lowered configuration; characterized in that said connecting means (42*) are defined by two connecting elements that can be retracted with respect to said body (30*). - a structure ; - a seat (11*) supported by said structure and comprising a seat cushion (12*) and a seat back (13*) ; - a child safety seat; and - a releasable fastening apparatus (40*) for securing said child safety seat to said seat (11*); said releasable fastening apparatus (40*) comprising: a) upper releasable fastening means (45B*) arranged in a fixed position with respect to said structure ; b) connecting means (42*) carried by said child safety seat and suitable to be coupled in a releasable manner to said upper releasable fastening means (45B*) in order to maintain said child safety seat in a raised configuration; a) upper releasable fastening means (45B*) arranged in a fixed position with respect to said structure ; b) connecting means (42*) carried by said child safety seat and suitable to be coupled in a releasable manner to said upper releasable fastening means (45B*) in order to maintain said child safety seat in a raised configuration;
A device for extracorporeal blood treatment comprising a dialyzer device and designed for the performance of a hemodialysis and a hemodiafiltration with post-dilution, comprising: - a user interface to be operated and/or read by a user configured for starting the blood treatment by means of hemodialysis on the basis of default values for the hemodialysis; - at least one recording and/or computing unit configured for determining current values and/or ratios of at least one blood flow, an ultrafiltration quantity, a substitution quantity and/or a type of substitution; - a sensor means configured for recording a therapy progress on the basis of an output signal of a sensor means ; - an ultrafiltration-rate determination means configured for determining an ultrafiltration rate in the dialyzer device ; and - a regulating means configured for regulating the substitution quantity during hemodiafiltration with post-dilution, characterized in that the device for extracorporeal blood treatment furthermore comprises: - a secondary-membrane determination means configured for determining a time of formation of a secondary membrane in the dialyzer device on the basis of the determined ultrafiltration rate; and - a switching means configured for changing from hemodialysis to a hemodiafiltration with post-dilution after a predetermined period of time has elapsed, wherein the predetermined period of time is a period of time after a first recording of a blood flow at the sensor means , and the change from hemodialysis to hemodiafiltration with post-dilution is performed automatically, if the ultrafiltration-rate determination means determines a predetermined ultrafiltration rate after the predetermined period of time has elapsed, at which a predetermined treatment blood flow is assumed as having been achieved and the secondary membrane is assumed as comprising a predetermined state of formation. - a user interface to be operated and/or read by a user configured for starting the blood treatment by means of hemodialysis on the basis of default values for the hemodialysis; - at least one recording and/or computing unit configured for determining current values and/or ratios of at least one blood flow, an ultrafiltration quantity, a substitution quantity and/or a type of substitution; - a sensor means configured for recording a therapy progress on the basis of an output signal of a sensor means ; - an ultrafiltration-rate determination means configured for determining an ultrafiltration rate in the dialyzer device ; and - a regulating means configured for regulating the substitution quantity during hemodiafiltration with post-dilution, - a secondary-membrane determination means configured for determining a time of formation of a secondary membrane in the dialyzer device on the basis of the determined ultrafiltration rate; and - a switching means configured for changing from hemodialysis to a hemodiafiltration with post-dilution after a predetermined period of time has elapsed, wherein the predetermined period of time is a period of time after a first recording of a blood flow at the sensor means , and