mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling the temperature of test material in a test chamber , in particular a climate chamber, a setting of an air temperature in a test space of the test chamber being controlled by means of a control device of the control chamber, test material being disposed in the test space and a change in temperature being realised in the test space in a test period according to a predetermined test sequence, the air temperature in the test space being recorded by means of a temperature sensor of the control device, characterised in that a temperature curve (F, G, H, K) of the air temperature being recorded and stored by the control device during the test period with test material disposed in the test space, the change in temperature being realised in the test space in another test period in the test space without test material according to the predetermined test sequence, another temperature curve (A, I, J, L) of the air temperature being recorded and stored by the control device during the other test period with the test space without test material, the respective temperature curves being compared by means of the control device.
An information processing device , comprising: a data obtaining section configured to obtain sensor data, the sensor data being (i) output values of a plurality of sensors (S) in a predetermined period or (ii) numerical values calculated with use of the output values, the plurality of sensors being provided in mechanical equipment; a classification section configured to classify the pieces of the sensor data into each of a plurality of sets according to a size of a value of each piece of the sensor data; a relationship index calculating section configured to calculate a relationship index indicative of a relationship of a group of two sensors among the plurality of sensors, on the basis of a state of distribution of pieces of the sensor data which pieces are obtained from the two sensors of the group, wherein the relationship index calculating section is further configured to calculate each of a plurality of relationship indices for each of the plurality of sets of each combination of two sensors among the plurality of sensors, on the basis of a frequency of the classified pieces of the sensor data in the respective set; a state information generating section configured to generate information indicative of a state of the mechanical equipment in the predetermined period, with use of the plurality of relationship indices. a data obtaining section configured to obtain sensor data, the sensor data being (i) output values of a plurality of sensors (S) in a predetermined period or (ii) numerical values calculated with use of the output values, the plurality of sensors being provided in mechanical equipment; a classification section configured to classify the pieces of the sensor data into each of a plurality of sets according to a size of a value of each piece of the sensor data; a relationship index calculating section configured to calculate a relationship index indicative of a relationship of a group of two sensors among the plurality of sensors, on the basis of a state of distribution of pieces of the sensor data which pieces are obtained from the two sensors of the group, wherein the relationship index calculating section is further configured to calculate each of a plurality of relationship indices for each of the plurality of sets of each combination of two sensors among the plurality of sensors, on the basis of a frequency of the classified pieces of the sensor data in the respective set; a state information generating section configured to generate information indicative of a state of the mechanical equipment in the predetermined period, with use of the plurality of relationship indices.
A musical instrument support comprising: first and a second pads , each of which has a metallic frame and an outer cover covering the frame , the first and second pads configured to come in close contact with a back and shoulders of a wearer; a rear connection string connected to a rear end of each of the first and second pads and configured to be arranged along a rear surface of an upper body of the wearer; a front connection string connected to a front end of each of the first and second pads and configured to be arranged along a front surface of the upper body of the wearer; and a fixture bound to the front connection string and allowing the musical instrument to be attached or detached, wherein the first and second pads comprises, first and second wings , each of which is formed on a central part of each of the first and second pads protrusively towards the inside so as to facing each other and the first wing having a plurality of first adjusting holes and the second wing having a plurality of second adjusting holes in a thickness direction; and wherein the rear connection string is connected to the rear end of each of the first and second pads via the first and second adjusting holes , the musical instrument support being characterized in that the first and second pads further comprises first and second rear through holes formed through the rear end of each of the first and second pads , and in that the rear connection string is further connected to the first and second rear through holes . first and a second pads , each of which has a metallic frame and an outer cover covering the frame , the first and second pads configured to come in close contact with a back and shoulders of a wearer; a rear connection string connected to a rear end of each of the first and second pads and configured to be arranged along a rear surface of an upper body of the wearer; a front connection string connected to a front end of each of the first and second pads and configured to be arranged along a front surface of the upper body of the wearer; and a fixture bound to the front connection string and allowing the musical instrument to be attached or detached, wherein the first and second pads comprises, first and second wings , each of which is formed on a central part of each of the first and second pads protrusively towards the inside so as to facing each other and the first wing having a plurality of first adjusting holes and the second wing having a plurality of second adjusting holes in a thickness direction; and wherein the rear connection string is connected to the rear end of each of the first and second pads via the first and second adjusting holes , the musical instrument support being characterized in that the first and second pads further comprises first and second rear through holes formed through the rear end of each of the first and second pads , and in that the rear connection string is further connected to the first and second rear through holes .
A fluid testing cassette comprising: a chip comprising: a microfluidic reservoir ; a microfluidic channel extending from the microfluidic reservoir and having a first constriction having a first width of no greater than 30 μm; and a first micro-fabricated integrated sensor within the first constriction . characterized in that the microfluidic channel comprises a second constriction containing a second sensor , wherein the second constriction has a second width different than the first width. a chip comprising: a microfluidic reservoir ; a microfluidic channel extending from the microfluidic reservoir and having a first constriction having a first width of no greater than 30 μm; and a first micro-fabricated integrated sensor within the first constriction . a microfluidic reservoir ; a microfluidic channel extending from the microfluidic reservoir and having a first constriction having a first width of no greater than 30 μm; and a first micro-fabricated integrated sensor within the first constriction . characterized in that the microfluidic channel comprises a second constriction containing a second sensor , wherein the second constriction has a second width different than the first width.
Screw comprising - a shank , wherein at least one thread helix receiving groove that winds around the shank is provided in the shank , and - a thread helix , which is arranged in the thread helix receiving groove , - wherein the thread helix has at least one expandable helix section , and - wherein the shank has, at the thread helix receiving groove , a wedge flank for radially expanding the expandable helix section as the shank is moved relative to the expandable helix section , characterized in that - the expandable helix section comprises a helical back and a plurality of expansion fingers that project axially from the helical back towards the wedge flank , wherein the helical back interconnects the expansion fingers , and wherein the wedge flank of the thread helix receiving groove is configured for radially displacing the expansion fingers outwardly as the shank is moved relative to the expansion fingers . - a shank , wherein at least one thread helix receiving groove that winds around the shank is provided in the shank , and - a thread helix , which is arranged in the thread helix receiving groove , - wherein the thread helix has at least one expandable helix section , and - wherein the shank has, at the thread helix receiving groove , a wedge flank for radially expanding the expandable helix section as the shank is moved relative to the expandable helix section , - the expandable helix section comprises a helical back and a plurality of expansion fingers that project axially from the helical back towards the wedge flank , wherein the helical back interconnects the expansion fingers , and wherein the wedge flank of the thread helix receiving groove is configured for radially displacing the expansion fingers outwardly as the shank is moved relative to the expansion fingers .
An electric motor, comprising: a support unit including an axle , a first bearing and a support bearing , wherein the first bearing and the support bearing are coupled with the axle , wherein the first bearing includes an inner race coupled with the axle and an outer race radially aligned with the inner race , and wherein the support bearing includes a retaining ring fit around the axle and a rotating ring rotatable relative to the retaining ring ; an electric motor rotor ; an electric motor stator connected to the support unit ; a first rotating part fit around the axle and coupled with the first bearing , wherein an inner periphery of the first rotating part abuts the outer race of the first bearing , and wherein the rotating ring abuts an abutting portion formed on the inner periphery of the first rotating part ; and a second rotating part coupled with the first rotating part and the electric motor rotor , wherein an inner periphery of the second rotating part abuts the outer race of the first bearing , wherein the electric motor further comprises a buffering pad sandwiched between the retaining ring and the inner race of the first bearing and fit around the axle , wherein the buffering pad is off contact with the rotating ring and the outer race of the first bearing . a support unit including an axle , a first bearing and a support bearing , wherein the first bearing and the support bearing are coupled with the axle , wherein the first bearing includes an inner race coupled with the axle and an outer race radially aligned with the inner race , and wherein the support bearing includes a retaining ring fit around the axle and a rotating ring rotatable relative to the retaining ring ; an electric motor rotor ; an electric motor stator connected to the support unit ; a first rotating part fit around the axle and coupled with the first bearing , wherein an inner periphery of the first rotating part abuts the outer race of the first bearing , and wherein the rotating ring abuts an abutting portion formed on the inner periphery of the first rotating part ; and a second rotating part coupled with the first rotating part and the electric motor rotor , wherein an inner periphery of the second rotating part abuts the outer race of the first bearing , wherein the electric motor further comprises a buffering pad sandwiched between the retaining ring and the inner race of the first bearing and fit around the axle , wherein the buffering pad is off contact with the rotating ring and the outer race of the first bearing .
A system comprising: a stimulator configured to generate a sensory stimulation signal configured to elicit a touch perception in an individual, wherein the sensory stimulation comprises a plurality of pulses with parameters, wherein the parameters comprise pulse amplitude (PA), pulse width (PW) and interpulse interval (IPI); and an implanted three cuff electrode, coupled to the stimulator, configured to deliver the sensory stimulation signal to at least one peripheral nerve to elicit the touch perception, wherein the stimulator is configured to receive an input and modulate at least a portion of the parameters based on an input, wherein the input comprises a feedback signal from a pressure sensor of a prosthetic limb. an implanted three cuff electrode, coupled to the stimulator, configured to deliver the sensory stimulation signal to at least one peripheral nerve to elicit the touch perception, wherein the stimulator is configured to receive an input and modulate at least a portion of the parameters based on an input, wherein the input comprises a feedback signal from a pressure sensor of a prosthetic limb.
A turbomachine (S1, S2, S3, S4) comprising an impeller that is rotatively driveable and a shaft arranged to transmit rotational power to the impeller , wherein the turbomachine (S1, S2, S3, S4) comprises a two-way screw of which a first end side serves as an impeller screwing region that is screwed together with the impeller and a second end side serves as a shaft screwing region that is screwed together with the shaft , with the turning direction of the screw thread that is formed at the impeller screwing region and the turning direction of the screw thread that is formed at the shaft screwing region made to be opposite directions, and the impeller and the shaft are fastened by the two-way screw , characterized in that the two-way screw is formed of a material having a higher thermal conductivity than the impeller .
A method for manufacturing an interdental cleaner , the method comprising: a first step of molding a base portion by filling composite material including synthetic resin into a first mold having a first space in correspondence to the base portion which includes a handle portion having a shape that is at least partially curved and a shaft portion connected to a distal end portion of the handle portion, the shaft portion having a sectional area smaller than a sectional area of the handle portion and a shape which allows the shaft portion to be inserted into an interdental space; and a second step of forming a cleaning portion configured to clean the inter dental space, a slip resistance portion and a coupling portion configured to couple the cleaning portion and the slip resistance portion by filling elastomer into a second mold from a side of a distal end portion of the shaft portion under a condition in which the base portion is situated in the second mold, the second mold having a second space configured to form the cleaning portion around the shaft portion, the slip resistance portion on a surface of the handle portion, and the coupling portion on a surface of the handle portion, wherein what is used as the second mold in the second step has a ratio of a flow path area for the elastomer in a section of the second space around the distal end portion of the handle portion to a flow path area for the elastomer in a section of the second space around a proximal end portion of the shaft portion, the ratio being no less than 40%. a first step of molding a base portion by filling composite material including synthetic resin into a first mold having a first space in correspondence to the base portion which includes a handle portion having a shape that is at least partially curved and a shaft portion connected to a distal end portion of the handle portion, the shaft portion having a sectional area smaller than a sectional area of the handle portion and a shape which allows the shaft portion to be inserted into an interdental space; and a second step of forming a cleaning portion configured to clean the inter dental space, a slip resistance portion and a coupling portion configured to couple the cleaning portion and the slip resistance portion by filling elastomer into a second mold from a side of a distal end portion of the shaft portion under a condition in which the base portion is situated in the second mold, the second mold having a second space configured to form the cleaning portion around the shaft portion, the slip resistance portion on a surface of the handle portion, and the coupling portion on a surface of the handle portion, wherein what is used as the second mold in the second step has a ratio of a flow path area for the elastomer in a section of the second space around the distal end portion of the handle portion to a flow path area for the elastomer in a section of the second space around a proximal end portion of the shaft portion, the ratio being no less than 40%.
A method for allowing missions of unmanned aerial vehicles (UAV), in particular in non-segregated air space, wherein an air traffic management and control body performs the steps of: - receiving a flight plan sent by an operator of an unmanned aerial vehicle (UAV) which is intended to carry out its mission in the air space controlled by said air traffic management and control body; - verifying if said flight plan is compatible with other UAVs' missions programmed in said air space; - defining an authorized flight plan, which identifies the route which said UAV has to follow during said mission, said authorized flight plan being established taking into account said UAV's flight plan and possible collisions with other UAVs operating in said air space, characterised in that said method further comprises the steps of: - signing with a private key of said air traffic management and control body a document including said authorized flight plan, so as to obtain a signed flight plan; - encrypting said signed document with a public key of said UAV for which said flight plan is intended, so as to obtain a signed and encrypted flight plan; - sending said signed and encrypted document to said operator of the UAV. - receiving a flight plan sent by an operator of an unmanned aerial vehicle (UAV) which is intended to carry out its mission in the air space controlled by said air traffic management and control body; - verifying if said flight plan is compatible with other UAVs' missions programmed in said air space; - defining an authorized flight plan, which identifies the route which said UAV has to follow during said mission, said authorized flight plan being established taking into account said UAV's flight plan and possible collisions with other UAVs operating in said air space, characterised in that said method further comprises the steps of: - signing with a private key of said air traffic management and control body a document including said authorized flight plan, so as to obtain a signed flight plan; - encrypting said signed document with a public key of said UAV for which said flight plan is intended, so as to obtain a signed and encrypted flight plan; - sending said signed and encrypted document to said operator of the UAV. - signing with a private key of said air traffic management and control body a document including said authorized flight plan, so as to obtain a signed flight plan; - encrypting said signed document with a public key of said UAV for which said flight plan is intended, so as to obtain a signed and encrypted flight plan; - sending said signed and encrypted document to said operator of the UAV.
A sulfide-based solid electrolyte for lithium ion batteries comprising a compound having a cubic argyrodite type crystal structure, wherein the compound is represented by compositional formula : Li 7-x-2y PS 6-x-y Cl x , and in the compositional formula , conditions: 0.8 ≤ x ≤ 1.7 and 0 < y ≤ -0.25x + 0.5 are satisfied.
Method for operating and controlling a laser device for engraving, marking, lettering and/or cutting a preferably flat workpiece , in which at least one beam source in the form of a laser is used in a housing of the laser device , wherein the workpiece is deposited in a defined manner on a processing table in the processing chamber of the housing and a laser beam emitted by the beam source sent via deflection elements to at least one focusing unit, from which the laser beam is deflected in the direction of the workpiece and focused for processing, wherein the control, in particular the position control of the workpiece relative to the laser beam, takes place via control software running in a control unit, in which a so-called job is processed, so that the workpiece is preferably processed line by line by adjustment of a movement system, such as a carriage in a laser plotter , or an angular adjustment in a galvo marking laser , characterized in that the job for the workpiece processing is downloaded from a web-based database or cloud , respectively, directly by the laser device or the laser unit , respectively, wherein the location of the laser device is determined or queried, respectively, before the start of the download or during the download, whereupon the applicable guidelines for the security settings and, if applicable, further settings or parameters , respectively, for the determined location, in particular the country or region, respectively, and the associated parameters , in particular so-called safety parameters, are checked in the job and adjusted if necessary, wherein the associated parameters include "extraction performance" and/or "extraction with filter" and/or the parameter "filter saturation", wherein the adaptation of the job for the guidelines of the safety setting includes the parameter "extraction performance" and/or "extraction with filter" and/or the parameter "filter saturation".