mhurhangee/patent-ind-claim-en huggingface dataset:
A composite liftgate system , comprising: an outer panel ; a lower trim panel; an inner panel formed of a composite material, wherein the outer panel and lower trim panel are bonded to the inner panel ; a plurality of structural reinforcements molded into the inner panel to manage loading paths applied to the inner panel ; at least one structural channel molded into the inner panel to further manage loading paths applied to the inner panel ; a plurality of brackets operable to connect to the inner panel to add structure in at least a gas strut, hinge, and latch area of the inner panel , wherein the at least one structural channel further comprises: at least one first pair of channels extending substantially in diagonal directions, and wherein the plurality of structural reinforcements further comprise: a first plurality of ribs molded into the inner panel and connected to the least one first pair of channels ; characterised in that the at least one structural channel further comprises: a first channel extending horizontally near an opening for a rear liftgate window formed in the inner panel ;at least one second channel , where the at least one first channel is formed in the at least one second channel ; and a second plurality of ribs molded into the inner panel and connected to the opposite side of the first pair of channels . an outer panel ; a lower trim panel; an inner panel formed of a composite material, wherein the outer panel and lower trim panel are bonded to the inner panel ; a plurality of structural reinforcements molded into the inner panel to manage loading paths applied to the inner panel ; at least one structural channel molded into the inner panel to further manage loading paths applied to the inner panel ; a plurality of brackets operable to connect to the inner panel to add structure in at least a gas strut, hinge, and latch area of the inner panel , wherein the at least one structural channel further comprises: at least one first pair of channels extending substantially in diagonal directions, and wherein the plurality of structural reinforcements further comprise: a first plurality of ribs molded into the inner panel and connected to the least one first pair of channels ; characterised in that the at least one structural channel further comprises: a first channel extending horizontally near an opening for a rear liftgate window formed in the inner panel ;at least one second channel , where the at least one first channel is formed in the at least one second channel ; and a second plurality of ribs molded into the inner panel and connected to the opposite side of the first pair of channels . a first channel extending horizontally near an opening for a rear liftgate window formed in the inner panel ;at least one second channel , where the at least one first channel is formed in the at least one second channel ; and a second plurality of ribs molded into the inner panel and connected to the opposite side of the first pair of channels .
A surgical kit for performing a controlled resection of the neck of a femur during a hip replacement procedure, the surgical kit comprising: a mounting portion , wherein the mounting portion includes: a substantially circular femur facing surface comprising a ring to rest against a femoral head of the femur; and at least two guide holes for inserting guide pins into the femoral head while the mounting portion is located on an anterior aspect of the femoral head; a body portion connected to the mounting portion, wherein the body portion includes an opening for mounting the body portion on an intramedullary pin located in an intramedullary canal of the femur; and a resection guide including at least two guide holes having the same layout as the guide holes of the mounting portion, to allow the resection guide to be mounted on the anterior aspect of the femoral head with said guide pins inserted into the femoral head for positioning a resection plane indicator of the resection guide with respect to the neck of the femur. a mounting portion , wherein the mounting portion includes: a substantially circular femur facing surface comprising a ring to rest against a femoral head of the femur; and at least two guide holes for inserting guide pins into the femoral head while the mounting portion is located on an anterior aspect of the femoral head; a substantially circular femur facing surface comprising a ring to rest against a femoral head of the femur; and at least two guide holes for inserting guide pins into the femoral head while the mounting portion is located on an anterior aspect of the femoral head; a body portion connected to the mounting portion, wherein the body portion includes an opening for mounting the body portion on an intramedullary pin located in an intramedullary canal of the femur; and a resection guide including at least two guide holes having the same layout as the guide holes of the mounting portion, to allow the resection guide to be mounted on the anterior aspect of the femoral head with said guide pins inserted into the femoral head for positioning a resection plane indicator of the resection guide with respect to the neck of the femur.
Method for automatic lip reading for a patient , wherein the following steps are carried out: - Providing at least an image information about a noiseless mouth movement of a patient , namely about a visually recognizable speech of the patient based on the mouth movement and non-acoustic speech of the patient , when the patient is prevented from speaking, wherein the image information is determined by making a camera recording of the mouth movement, - Performing an applying of a trained image evaluation means , with the image information as an input of the image evaluation means , in order to use an output of the image evaluation means as an audio information , wherein the image evaluation means is designed as a neural network, - Performing an applying of a speech evaluation means for speech recognition using the audio information as an input of the speech evaluation means in order to use an output of the speech evaluation means as a speech information about the mouth movement, wherein the speech evaluation means is designed as a neural network and/or is designed as a speech recognition algorithm to generate the speech information from the audio information in the form of an acoustic information artificially generated by the image evaluation means , wherein the speech information comprises a spoken from the audio information in text form, wherein an output device is provided for outputting the speech information acoustically and/or visually. - Providing at least an image information about a noiseless mouth movement of a patient , namely about a visually recognizable speech of the patient based on the mouth movement and non-acoustic speech of the patient , when the patient is prevented from speaking, wherein the image information is determined by making a camera recording of the mouth movement, - Performing an applying of a trained image evaluation means , with the image information as an input of the image evaluation means , in order to use an output of the image evaluation means as an audio information , wherein the image evaluation means is designed as a neural network, - Performing an applying of a speech evaluation means for speech recognition using the audio information as an input of the speech evaluation means in order to use an output of the speech evaluation means as a speech information about the mouth movement, wherein the speech evaluation means is designed as a neural network and/or is designed as a speech recognition algorithm to generate the speech information from the audio information in the form of an acoustic information artificially generated by the image evaluation means ,
Method in which open- or closed-loop control of a motor vehicle brake system is carried out which comprises friction brakes on the wheels of at least one axle, wherein the brake pressure generating means for the wheels of at least one axle are in a direct operative connection to the brake pedal, and at least one electric machine is in an operative connection to at least one axle which can be used by applying an electrically regenerative braking torque for converting kinetic energy into electrical energy, characterized in that in order to raise the efficiency level of the recuperation, the regenerative deceleration is increased even in the case of an unchanged brake pedal position and/or brake pedal force beyond the amount corresponding to the brake pedal position or brake pedal force, in particular in such a way that the braking torque of the friction brake is kept constant in the process.
A non-transitory computer readable medium having instructions stored thereon, wherein the instructions, when executed by processing circuitry, cause the processing circuitry to: Receive a remote security token from a destination system via a network; Generate a local security token; encrypt the local security token with the remote security token; divide source data into a plurality of chunks; compress each chunk of the plurality of chunks; after compressing, merge the plurality of chunks into an assembled file; encrypt the assembled file with the local security token; after encrypting the assembled file, divide the assembled file into two or more parts; wherein a number of the two or more parts is adjustable based on attributes of the network connecting a transmitting system and the destination system; transmit each of the two or more parts to the destination system via the network; and transmit the encrypted local security token to the destination system via the network. Receive a remote security token from a destination system via a network; Generate a local security token; encrypt the local security token with the remote security token; divide source data into a plurality of chunks; compress each chunk of the plurality of chunks; after compressing, merge the plurality of chunks into an assembled file; encrypt the assembled file with the local security token; after encrypting the assembled file, divide the assembled file into two or more parts; wherein a number of the two or more parts is adjustable based on attributes of the network connecting a transmitting system and the destination system; transmit each of the two or more parts to the destination system via the network; and transmit the encrypted local security token to the destination system via the network.
Soil working tool for an agricultural machine, in particular cultivator blade, which can be fastened to a tool holder and, at a lower end, has a tine-like region and a soil guide region which adjoins the latter, guides the soil broken up by the tine-like region and is designed as a soil-guiding guide plate, wherein one or more rigid material elements are arranged with the aid of solder material as a cutting element in the region of the tine-like region forming the cutting edge , wherein the rigid material element or the rigid material elements is or are arranged in a recess in the front tine-like region of the soil working tool , characterized in that the rear part of the rigid material element or of the rigid material elements, as seen in the direction of travel , projects or project in height by an extent which corresponds to at least a quarter of its or their thickness at the upper end over the adjoining guide plate of the soil working tool , said guide plate being provided with wear protection material , and continues or continue in the direction of guide plate by means of a lug which protrudes upwards at the rear, as seen in the direction of travel , and is configured so as to form a roof over the guide plate, and therefore the rigid material element or the rigid material elements acts or act in the manner of a ski jump for soil flowing over the lower region of the soil working tool .
A handheld device for injecting fluid into meat, comprising: a housing comprising a nozzle portion and a handle integral therewith; a needle removably coupled to the nozzle portion; an internal conduit disposed within the housing and in fluid communication with the needle, the internal conduit configured for fluid communication with a liquid reservoir external to the housing; a pump comprising a plurality of rollers mounted on a rotatable carrier for carrying the rollers in a substantially circular path, the rollers positioned for engagement with the internal conduit; a pump cover positioned over the plurality of rollers and configured to compress the internal conduit as the rotatable carrier carries the plurality of rollers in the substantially circular path; a trigger positioned on the handle; a limit switch located within the housing and operatively connected to the trigger; a motor positioned adjacent to and operably connected to the pump; one or more batteries ; and circuitry within the housing connecting the battery, the limit switch, and the motor, wherein the limit switch is actuatable by the trigger and pressing of the trigger actuates the pump to deliver liquid from the reservoir and discharge the liquid out of the needle. a housing comprising a nozzle portion and a handle integral therewith; a needle removably coupled to the nozzle portion; an internal conduit disposed within the housing and in fluid communication with the needle, the internal conduit configured for fluid communication with a liquid reservoir external to the housing; a pump comprising a plurality of rollers mounted on a rotatable carrier for carrying the rollers in a substantially circular path, the rollers positioned for engagement with the internal conduit; a pump cover positioned over the plurality of rollers and configured to compress the internal conduit as the rotatable carrier carries the plurality of rollers in the substantially circular path; a trigger positioned on the handle; a limit switch located within the housing and operatively connected to the trigger; a motor positioned adjacent to and operably connected to the pump; one or more batteries ; and circuitry within the housing connecting the battery, the limit switch, and the motor,
A method to detect malicious programs, the method for analyzing a program executing within a virtual environment on a computing device , comprising: determining whether the program is attempting to detect whether the program is being executed within the virtual environment ; and in response to determining that the program is attempting to detect whether the program is being executed within the virtual environment : terminating the program execution within the virtual environment ; re-executing the program in a protected mode of the computing device , wherein the protected mode runs within the hardware of the computing device and not on simulated hardware within a virtual environment, and wherein the protected mode prevents the program from accessing critical parts of the computing device and safeguards against high level access; and analyzing the program within the protected mode of the computing device . determining whether the program is attempting to detect whether the program is being executed within the virtual environment ; and in response to determining that the program is attempting to detect whether the program is being executed within the virtual environment : terminating the program execution within the virtual environment ; re-executing the program in a protected mode of the computing device , wherein the protected mode runs within the hardware of the computing device and not on simulated hardware within a virtual environment, and wherein the protected mode prevents the program from accessing critical parts of the computing device and safeguards against high level access; and analyzing the program within the protected mode of the computing device . terminating the program execution within the virtual environment ; re-executing the program in a protected mode of the computing device , wherein the protected mode runs within the hardware of the computing device and not on simulated hardware within a virtual environment, and wherein the protected mode prevents the program from accessing critical parts of the computing device and safeguards against high level access; and analyzing the program within the protected mode of the computing device .
A compound selected from a group consisting of: and a pharmaceutically acceptable salt of any of the foregoing.
A transmission structure , comprising: a plurality of first transmission units ; and a plurality of second transmission units ; wherein, at a same operation frequency in an optical frequency band, a phase φ t 2 of a first electromagnetic wave transmitted by the second transmission unit and a phase φ t 1 of a first electromagnetic wave transmitted by the first transmission unit satisfy 0 ≤ | φ t 2 - φ t 1 | ≤ 0.5 π , and a phase φ r 2 of a second electromagnetic wave reflected by the second transmission unit is different from a phase φ r 1 of a second electromagnetic wave reflected by the first transmission unit and wherein the plurality of first transmission units and the plurality of second transmission units are arranged randomly on a surface, such that the transmission structure allows clear imaging in transmission while diffusing in reflection, wherein both of the first transmission unit and the second transmission unit comprise a light-transmitting material. a plurality of first transmission units ; and a plurality of second transmission units ; wherein, at a same operation frequency in an optical frequency band, a phase φ t 2 of a first electromagnetic wave transmitted by the second transmission unit and a phase φ t 1 of a first electromagnetic wave transmitted by the first transmission unit satisfy 0 ≤ | φ t 2 - φ t 1 | ≤ 0.5 π , and a phase φ r 2 of a second electromagnetic wave reflected by the second transmission unit is different from a phase φ r 1 of a second electromagnetic wave reflected by the first transmission unit and wherein the plurality of first transmission units and the plurality of second transmission units are arranged randomly on a surface, such that the transmission structure allows clear imaging in transmission while diffusing in reflection, wherein both of the first transmission unit and the second transmission unit comprise a light-transmitting material.
Drive motor for at least one wiper arm intended to wipe a glazed surface of a motor vehicle, the motor comprising a cam surface linked in concentric rotation with a rotary shaft of the drive motor , and static cam reading means able to cooperate with said cam according to the angular positions occupied by said cam to generate electrical control signals varying as a function of the angular position of the wiper arm on the glazed surface, the cam having a first circular conductive track , a second circular arc conductive track concentric to the first conductive track , characterized in that the second conductive track is connected to the first circular conductive track via a conductive bridge , and in that the static reading means are formed by three sliding contacts able to make and break electrical contact with respectively the first and second conductive tracks and the conductive bridge depending on the angular positions occupied by said cam .
An electrical installation , comprising - a control cabinet , - a circuit breaker arranged in the control cabinet and - at least one optical trigger device operatively connected to the circuit breaker , which is designed to trigger or switch off the circuit breaker upon optical detection of an arc (L), characterized in that - a detection device for detecting access to a secured area of the electrical installation by detecting the presence of the at least one optical trigger device in a danger zone (A) of the electrical installation and - an electronic circuit , which is connected to the detection device and enables the circuit breaker to be triggered or switched off by the at least one optical trigger device when the optical trigger device is present in the danger zone (A), and prevents the circuit breaker to be triggered or switched off in other cases, - wherein an operative connection between the circuit breaker and the optical trigger device is established wirelessly. - a control cabinet , - a circuit breaker arranged in the control cabinet and - at least one optical trigger device operatively connected to the circuit breaker , which is designed to trigger or switch off the circuit breaker upon optical detection of an arc (L), characterized in that - a detection device for detecting access to a secured area of the electrical installation by detecting the presence of the at least one optical trigger device in a danger zone (A) of the electrical installation and - an electronic circuit , which is connected to the detection device and enables the circuit breaker to be triggered or switched off by the at least one optical trigger device when the optical trigger device is present in the danger zone (A), and prevents the circuit breaker to be triggered or switched off in other cases, - wherein an operative connection between the circuit breaker and the optical trigger device is established wirelessly.
Gas cooking appliance comprising at least one gas burner , a manual regulating valve for each gas burner for regulating the gas flow reaching the burner from a gas line , said regulating valve comprising a manual actuator movable in a range of actuation (A), the gas flow rate (Q) being changed through the regulating valve when the manual actuator is moved in the range of actuation (A), at least one ON-OFF type electromagnetic gas valve fluidically communicating the regulating valve and the burner , a control unit controlling the electromagnetic valve , at least one temperature sensor electrically connected to the control unit to measure a temperature related to a cooking process in the burner , and a cooking program selector electrically connected to the control unit and mechanically coupled to the actuator , such that when the actuator is moved in the range of actuation (A), each selected cooking program is associated with a specific gas flow rate (Q) supplied by the regulating valve , characterized in that the program selector comprises cooking programs (N) without temperature regulation which can be selected by the user with the help of visual indicators , these cooking programs (N) corresponding with a plurality of first angular positions of the program selector in the range of actuation (A), said first angular positions of cooking programs (N) corresponding to specific gas flow rates supplied by the regulating valve , and cooking programs (T) with temperature regulation for carrying out the corresponding cooking process, which can be selected by the user with the help of the visual indicators , these cooking programs (T) corresponding with a plurality of second angular positions of the program selector in the range of actuation (A), said second angular positions of the cooking programs (T) corresponding with specific gas flow rates supplied by the regulating valve , the control unit acting on the electromagnetic valve depending on the selected cooking program (T) with temperature regulation.