mhurhangee/patent-ind-claim-en huggingface dataset:
A communication system, comprising: a housing ; a tray having a plurality of ports each having a front face connectable to a cable, the tray movably engaged with the housing so that the tray may slide along a proximal-to-distal axis, (Z), with respect to the housing , the tray being slideable a maximum slidable distance (D1) between a stored position in which the tray is fully or substantially within the housing and a pulled-out position; and a cable guide for supporting at least one of the plurality of cables (C), the cable guide having a fixed position with respect to the housing , wherein, in the stored position, the front faces of the ports are positioned distal to the fixed position of the cable guide a first distance (D2) from the cable guide in the direction of the proximal-to-distal axis, (Z), and, in the pulled-out position, the front faces of the ports are positioned proximal to the fixed position of the cable guide a second distance (D3) from the cable guide in the direction of the proximal-to-distal axis, (Z), the second distance (D3) being less than the first distance (D2). a housing ; a tray having a plurality of ports each having a front face connectable to a cable, the tray movably engaged with the housing so that the tray may slide along a proximal-to-distal axis, (Z), with respect to the housing , the tray being slideable a maximum slidable distance (D1) between a stored position in which the tray is fully or substantially within the housing and a pulled-out position; and a cable guide for supporting at least one of the plurality of cables (C), the cable guide having a fixed position with respect to the housing , wherein, in the stored position, the front faces of the ports are positioned distal to the fixed position of the cable guide a first distance (D2) from the cable guide in the direction of the proximal-to-distal axis, (Z), and, in the pulled-out position, the front faces of the ports are positioned proximal to the fixed position of the cable guide a second distance (D3) from the cable guide in the direction of the proximal-to-distal axis, (Z), the second distance (D3) being less than the first distance (D2).
A method for controlling a movable object , comprising: obtaining one or more parameters of a target object , wherein the one or more parameters comprise an orientation of the target object , wherein the orientation includes a tilt angle of the target object , wherein the tilt angle is determined relative to a reference plane; defining a circling axis extending through the target object , wherein the circling axis extends from the reference plane at the tilt angle; and generating a motion path for the movable object based on the one or more parameters of the target object and based on the circling axis, wherein the motion path comprises a plurality of spatial points that are defined relative to the one or more parameters of the target object , and wherein the plurality of spatial points are configured to be on one or more planes. obtaining one or more parameters of a target object , wherein the one or more parameters comprise an orientation of the target object , wherein the orientation includes a tilt angle of the target object , wherein the tilt angle is determined relative to a reference plane; defining a circling axis extending through the target object , wherein the circling axis extends from the reference plane at the tilt angle; and generating a motion path for the movable object based on the one or more parameters of the target object and based on the circling axis, wherein the motion path comprises a plurality of spatial points that are defined relative to the one or more parameters of the target object , and wherein the plurality of spatial points are configured to be on one or more planes.
A tape comprising: a bottom film , upon which dry sticks are separately arranged, which dry sticks are configured to indicate at least one biomarker value of a milk sample of an animal ; and a top film configured to cover dry sticks , arranged on the bottom film , and to be peeled off an individual dry stick before application of the milk sample to the dry stick , characterised in that each separately arranged dry stick is sealed individually by a welded seam , and wherein the sealed dry sticks are arranged at a distance from each other. a bottom film , upon which dry sticks are separately arranged, which dry sticks are configured to indicate at least one biomarker value of a milk sample of an animal ; and a top film configured to cover dry sticks , arranged on the bottom film , and to be peeled off an individual dry stick before application of the milk sample to the dry stick , characterised in that each separately arranged dry stick is sealed individually by a welded seam , and wherein the sealed dry sticks are arranged at a distance from each other.
A spacing device for fixing two furring strips to each other in an adjustable separation position, the furring strips extending in parallel planes, the device comprising: - a rod including a base with means of connection to a first furring strip and means of engagement with a lever ; - an adjustment head with means of connection to a second furring strip , and mounted with the ability to slide around the rod ; - the lever , separate, and equipped with means of engagement with the rod, the lever is pivotally mounted on the head to move from an adjustment position in which the head is free to slide around the rod , to a locking position by being engaged directly with the rod and against an external lateral wall of the rod ; the lever being pivotally mounted in a plane orthogonal to the rod . - a rod including a base with means of connection to a first furring strip and means of engagement with a lever ; - an adjustment head with means of connection to a second furring strip , and mounted with the ability to slide around the rod ; - the lever , separate, and equipped with means of engagement with the rod, the lever is pivotally mounted on the head to move from an adjustment position in which the head is free to slide around the rod , to a locking position by being engaged directly with the rod and against an external lateral wall of the rod ;
A magnetic element capable of generating and erasing a skyrmion , comprising: a magnet shaped as a thin layer and including a structure surrounded by a nonmagnetic material; a current path at least partially enclosing an end region including an end portion of the magnet , the current path being provided on one surface of the magnet ; and a skyrmion sensor configured to detect the generation and erasing of the skyrmion , wherein, with Wm being a width of the magnet and hm being a height of the magnet , a size of the magnet , with the skyrmion of a diameter λ being generated, is such that 2λ > Wm > λ/2 and 2λ > hm > λ/2, wherein the magnet exhibits at least a skyrmion crystal phase generating the skyrmion and a ferromagnetic phase, according to a magnetic field applied thereto, wherein the magnetic element is arranged to interface with a magnetic field generating unit facing the one surface of the magnet and configured to apply a first magnetic field to the magnet from a first direction; and a first power supply configured to generate a second magnetic field in said end region by applying a current to said provided current path. a magnet shaped as a thin layer and including a structure surrounded by a nonmagnetic material; a current path at least partially enclosing an end region including an end portion of the magnet , the current path being provided on one surface of the magnet ; and a skyrmion sensor configured to detect the generation and erasing of the skyrmion , wherein, with Wm being a width of the magnet and hm being a height of the magnet , a size of the magnet , with the skyrmion of a diameter λ being generated, is such that 2λ > Wm > λ/2 and 2λ > hm > λ/2, wherein the magnet exhibits at least a skyrmion crystal phase generating the skyrmion and a ferromagnetic phase, according to a magnetic field applied thereto, wherein the magnetic element is arranged to interface with a magnetic field generating unit facing the one surface of the magnet and configured to apply a first magnetic field to the magnet from a first direction; and a first power supply configured to generate a second magnetic field in said end region by applying a current to said provided current path.
Wind energy plant which includes: - a support structure , - a rotor which includes one or multiple rotor blades , which rotor is arranged on the support structure to be freely rotatable about a rotation axis, and - a generator which is connected to the rotor and which converts the wind energy into electrical energy when the rotor is rotating, characterized in that the support structure includes a stationary ring on which the rotor is rotatably guided and on which the stator of the generator is arranged, and that the rotor comprises a rotor ring of which the diameter has a ratio to the rotor blade length of 1:2, preferably 1:1.5, and particularly preferably 1:1. - a support structure , - a rotor which includes one or multiple rotor blades , which rotor is arranged on the support structure to be freely rotatable about a rotation axis, and - a generator which is connected to the rotor and which converts the wind energy into electrical energy when the rotor is rotating,
A computer program product for a user communication device , said user communication device being provided with at least one user application (A1) suitable for exchanging at least one packet flow (Pk, Pk') with a packet-switched communication network , said computer program product comprising instructions which, when the program is executed by a processor of said user communication device , cause the processor of said user communication device to carry out the following steps: a) receiving from an owner of said user communication device a request for performing a performance measurement on said packet flow (Pk, Pk'); b) in response to said request, activating a marking functionality on said packet flow (Pk, Pk'), said marking functionality comprising marking upstream packets (Pk) of said packet flow and inducing a network node of said packet-switched communication network originating downstream packets (Pk') of said packet flow to mark said downstream packets (Pk'); c) providing at least one performance parameter relating to said marked upstream packets (Pk) as transmitted by said user communication device and/or said marked downstream packets (Pk') as received by said user communication device and, based on said at least one performance parameter, providing a performance measurement on said packet flow (Pk, Pk'); and d) sharing said performance measurement with a measurement management server . a) receiving from an owner of said user communication device a request for performing a performance measurement on said packet flow (Pk, Pk'); b) in response to said request, activating a marking functionality on said packet flow (Pk, Pk'), said marking functionality comprising marking upstream packets (Pk) of said packet flow and inducing a network node of said packet-switched communication network originating downstream packets (Pk') of said packet flow to mark said downstream packets (Pk'); c) providing at least one performance parameter relating to said marked upstream packets (Pk) as transmitted by said user communication device and/or said marked downstream packets (Pk') as received by said user communication device and, based on said at least one performance parameter, providing a performance measurement on said packet flow (Pk, Pk'); and d) sharing said performance measurement with a measurement management server .
An article of footwear comprising: an upper for an article of footwear; and a sole structure , wherein the upper, the sole structure, or both the upper and the sole structure comprise a bladder , the bladder comprising a first film (31 10a) secured to a second film to define a sealed internal cavity; and a fluid disposed within the sealed internal cavity at a pressure of one atmosphere (101 kilopascals) or greater; wherein the first film, or the second film, or each of the first film and the second film is a multi-layered film including a core region comprising at least 20 gas-barrier layers and a plurality of elastomeric layers , wherein the gas-barrier layers alternate with the elastomeric layers, wherein each of the gas-barrier layers has an average thickness in a range of from about 0.01 micrometers to about 0.75 micrometers and comprises at least one gas-barrier material, and wherein each of the elastomeric layers has an average thickness in a range of from about 2 micrometers to about 8 micrometers and comprises at least one elastomeric material, and wherein the core region has a total thickness less than 200 micrometers. an upper for an article of footwear; and a sole structure , wherein the upper, the sole structure, or both the upper and the sole structure comprise a bladder , the bladder comprising a first film (31 10a) secured to a second film to define a sealed internal cavity; and a fluid disposed within the sealed internal cavity at a pressure of one atmosphere (101 kilopascals) or greater; wherein the first film, or the second film, or each of the first film and the second film is a multi-layered film including a core region comprising at least 20 gas-barrier layers and a plurality of elastomeric layers , wherein the gas-barrier layers alternate with the elastomeric layers, wherein each of the gas-barrier layers has an average thickness in a range of from about 0.01 micrometers to about 0.75 micrometers and comprises at least one gas-barrier material, and wherein each of the elastomeric layers has an average thickness in a range of from about 2 micrometers to about 8 micrometers and comprises at least one elastomeric material, and wherein the core region has a total thickness less than 200 micrometers. a first film (31 10a) secured to a second film to define a sealed internal cavity; and a fluid disposed within the sealed internal cavity at a pressure of one atmosphere (101 kilopascals) or greater; wherein the first film, or the second film, or each of the first film and the second film is a multi-layered film including a core region comprising at least 20 gas-barrier layers and a plurality of elastomeric layers , wherein the gas-barrier layers alternate with the elastomeric layers, wherein each of the gas-barrier layers has an average thickness in a range of from about 0.01 micrometers to about 0.75 micrometers and comprises at least one gas-barrier material, and wherein each of the elastomeric layers has an average thickness in a range of from about 2 micrometers to about 8 micrometers and comprises at least one elastomeric material, and wherein the core region has a total thickness less than 200 micrometers.
Method for cooling heat-emitting devices , in particular IT devices, arranged in a room and supplied with a DC supply voltage (UVDC) in the form of a low voltage of preferably 400 VDC by means of an air-conditioning unit , said air-conditioning unit comprising electrical operating means , in particular in the form of at least one open-loop/closed-loop control unit, of at least one actuator such as a compressor, a fan of a condenser, a fan of a evaporator or an actuating drive, and/or of at least one sensor such as a temperature sensor, wherein DC voltage components directly operated with the same DC supply voltage (UVDC) required for operation of the heat-emitting devices are used as electrical operating means of the air-conditioning unit .
A method for detecting a keyword in a speech signal, the method comprising: extracting , by a terminal, a speech feature vector of a speech signal; obtaining , by the terminal, a posterior probability of each target character in the speech signal according to the speech feature vector, wherein the posterior probability is a posterior probability of the target character being a key character in any keyword in an acquisition time period of the speech signal, and the target character is a character in the speech signal whose pronunciation matches a pronunciation of the key character; obtaining , by the terminal, confidences of at least two target character combinations according to the posterior probability of each target character, wherein each target character combination comprises at least one target character, and a confidence of a target character combination represents a probability of the target character combination being the keyword or a part of the keyword; and determining , by the terminal, that the speech signal comprises the keyword upon determining that each of the confidences of the at least two target character combinations is greater than a respective first threshold. extracting , by a terminal, a speech feature vector of a speech signal; obtaining , by the terminal, a posterior probability of each target character in the speech signal according to the speech feature vector, wherein the posterior probability is a posterior probability of the target character being a key character in any keyword in an acquisition time period of the speech signal, and the target character is a character in the speech signal whose pronunciation matches a pronunciation of the key character; obtaining , by the terminal, confidences of at least two target character combinations according to the posterior probability of each target character, wherein each target character combination comprises at least one target character, and a confidence of a target character combination represents a probability of the target character combination being the keyword or a part of the keyword; and determining , by the terminal, that the speech signal comprises the keyword upon determining that each of the confidences of the at least two target character combinations is greater than a respective first threshold.
Operating cable for a brake system of a vehicle, in particular an electric bicycle, comprising a first cable region and a length changing element , which is arranged on the first cable region , wherein the length changing element comprises - a piezo actuator with an actuator foot and an actuator head , - a first end region and a second end region , - wherein the first end region is connected to the actuator head and the second end region is connected to the actuator foot , and - at least one first connecting arm , which connects the first end region to the second end region . - a piezo actuator with an actuator foot and an actuator head , - a first end region and a second end region , - wherein the first end region is connected to the actuator head and the second end region is connected to the actuator foot , and - at least one first connecting arm , which connects the first end region to the second end region .
A communications device providing variable ground plane tuning compensation, the communications device comprising: a radiofrequency antenna configured to generate an electromagnetic field ; a ground plane assembly (202, 204; 302, 304; 402, 404; 602, 604) electrically coupled to the radiofrequency antenna , the ground plane assembly being configurable between a first physical configuration and a second physical configuration, each of the physical configurations presenting a ground plane assembly impedance to the electromagnetic field of the radiofrequency antenna; and a variable impedance compensation network electrically connected to the ground plane assembly, the variable impedance compensation network providing a compensation impedance for each of the physical configurations of the ground plane assembly, the compensation impedance of the variable impedance compensation network and the ground plane assembly impedance of each of the physical configurations of the ground plane assembly combining to tune mutual electromagnetic coupling between the ground plane assembly and the radiofrequency antenna to satisfy a predetermined operational tuning condition for the communications device in each of the physical configurations, wherein the ground plane assembly includes a first ground plane component and a second ground plane component (204, 304 404, 604) characterised in that the satisfying the predetermined operational tuning condition includes tuning the compensation impedance based at least in part on an angle between the first ground plane component and the second ground plane component. a radiofrequency antenna configured to generate an electromagnetic field ; a ground plane assembly (202, 204; 302, 304; 402, 404; 602, 604) electrically coupled to the radiofrequency antenna , the ground plane assembly being configurable between a first physical configuration and a second physical configuration, each of the physical configurations presenting a ground plane assembly impedance to the electromagnetic field of the radiofrequency antenna; and a variable impedance compensation network electrically connected to the ground plane assembly, the variable impedance compensation network providing a compensation impedance for each of the physical configurations of the ground plane assembly, the compensation impedance of the variable impedance compensation network and the ground plane assembly impedance of each of the physical configurations of the ground plane assembly combining to tune mutual electromagnetic coupling between the ground plane assembly and the radiofrequency antenna to satisfy a predetermined operational tuning condition for the communications device in each of the physical configurations, wherein the ground plane assembly includes a first ground plane component and a second ground plane component (204, 304 404, 604) characterised in that the satisfying the predetermined operational tuning condition includes tuning the compensation impedance based at least in part on an angle between the first ground plane component and the second ground plane component.
An endoscope comprising: an image capture subassembly including an electrical-cable and image-capture-unit subassembly, the electrical-cable and image-capture-unit subassembly comprising a pressure-sealed electrical cable and an image capture unit, the pressure-sealed electrical cable being connected to the image capture unit and extending proximally from the image capture subassembly, and wherein the pressure-sealed electrical cable is a shielded cable with one or more conductors, wherein a seal is formed in and around the shield to prevent a through path for gas flow within the electrical-cable and maintain a minimum pressure required during a pressure test of the endoscope; and a central tube bundle subassembly including a central tube , the central tube having a distal end, the pressure-sealed electrical cable being passed into the distal end of the central tube in forming the central tube bundle subassembly, and the central tube having the distal end connected to the image capture subassembly. an image capture subassembly including an electrical-cable and image-capture-unit subassembly, the electrical-cable and image-capture-unit subassembly comprising a pressure-sealed electrical cable and an image capture unit, the pressure-sealed electrical cable being connected to the image capture unit and extending proximally from the image capture subassembly, and wherein the pressure-sealed electrical cable is a shielded cable with one or more conductors, wherein a seal is formed in and around the shield to prevent a through path for gas flow within the electrical-cable and maintain a minimum pressure required during a pressure test of the endoscope; and a central tube bundle subassembly including a central tube , the central tube having a distal end, the pressure-sealed electrical cable being passed into the distal end of the central tube in forming the central tube bundle subassembly, and the central tube having the distal end connected to the image capture subassembly.