mhurhangee/patent-ind-claim-en huggingface dataset:
Device (100;200;300,304) for the detection of objects for a robot , provided for equipping said robot , comprising: - at least one sensor , called approach sensor, implementing a first detection technology for detecting a neighbouring object; and - at least one sensor , called proximity sensor, implementing a second detection technology for detecting a neighbouring object, different from said first technology and having a range less than the range of said at least one approach sensor ; at least one proximity sensor is a capacitive sensor comprising at least one measurement electrode polarized at a first alternating electric potential different from a general ground potential , at a working frequency; characterized in that at least one approach sensor is referenced to an alternating electric potential (V G ), called guard potential, that is identical or substantially identical to the first potential, at the working frequency. - at least one sensor , called approach sensor, implementing a first detection technology for detecting a neighbouring object; and - at least one sensor , called proximity sensor, implementing a second detection technology for detecting a neighbouring object, different from said first technology and having a range less than the range of said at least one approach sensor ;
A pointing method of an active antenna , the antenna including a plurality of radiating sources (11A,...,22N) arranged on a base and defining an optimal antenna gain, and pointing means able to modify the position of the optimal antenna gain mechanically by pivoting the base and electronically by commanding a phase shift of the radiating sources (22A,...,22N); the method comprising an angle error measurement phase (PE) including a step for scanning different positions of the optimal antenna gain and a step for measuring the quality of signals received in these different positions; the method being characterized in that the step for scanning different positions of the optimal antenna gain is carried out by the pointing means by mechanically pivoting the position of the optimal antenna gain around a main mechanical axis (X) with a speed following a sine curve and electronically modifying the position of the optimal antenna gain from one side toward the other of a separating plane (P) perpendicular to the main mechanical axis (X). the method comprising an angle error measurement phase (PE) including a step for scanning different positions of the optimal antenna gain and a step for measuring the quality of signals received in these different positions; the method being characterized in that the step for scanning different positions of the optimal antenna gain is carried out by the pointing means by mechanically pivoting the position of the optimal antenna gain around a main mechanical axis (X) with a speed following a sine curve and electronically modifying the position of the optimal antenna gain from one side toward the other of a separating plane (P) perpendicular to the main mechanical axis (X).
A ferrule for an implantable medical device , the ferrule comprising a first frame body to attach to an insulator assembly of the implantable medical device and characterized by : a second frame body to attach to a housing of the implantable medical device ; and a spacer flange that connects between and cantilevers the second frame body from the first frame body , the spacer flange to deflect relative to the first frame body in response to forces applied to the second frame body to limit transfer of forces from the second frame body to the first frame body . a second frame body to attach to a housing of the implantable medical device ; and a spacer flange that connects between and cantilevers the second frame body from the first frame body , the spacer flange to deflect relative to the first frame body in response to forces applied to the second frame body to limit transfer of forces from the second frame body to the first frame body .
A compound according to formula I: wherein R 1 : is H, acyl, peptidyl, sulfonyl, alkyl, aryl or heteroaryl, wherein the acyl, peptidyl, sulfonyl, alkyl, aryl or heteroaryl substituents according to R 1 are optionally substituted; R 2 : CH 3 or C 2 H 5 ; R 3 : is alkyl, acyl, carboxylic acid according to C(=O)X, wherein X = OH, O-alkyl, O-aryl, NRR', with R, R' = H or alkyl, NROR', with R, R' = H or alkyl, or heteroaryl; Z: is CH 2 or CH 2 CH 2 . R 1 : is H, acyl, peptidyl, sulfonyl, alkyl, aryl or heteroaryl, wherein the acyl, peptidyl, sulfonyl, alkyl, aryl or heteroaryl substituents according to R 1 are optionally substituted; R 2 : CH 3 or C 2 H 5 ; R 3 : is alkyl, acyl, carboxylic acid according to C(=O)X, wherein X = OH, O-alkyl, O-aryl, NRR', with R, R' = H or alkyl, NROR', with R, R' = H or alkyl, or heteroaryl; Z: is CH 2 or CH 2 CH 2 .
Axylylenediisocyanate composition comprising xylylenediisocyanate and a compound represented by Chemical Formula below, wherein 0.6 ppm or more and 60 ppm or less of the compound represented by Chemical Formula below is contained:
A data compression device comprising: a receiving unit configured to receive pieces of time series data each containing a data value and a time, at which the data value is obtained; a generating unit configured to generate a plurality of starting point candidates each having an error within a predetermined threshold value with respect to starting point data, the starting point data being the time series data at a first time; a selecting unit configured to refer to the starting point candidates, end point data which is the time series data at a second time, and intermediate data which is the time series data following the starting point data between the first time and the second time, to select, from among the starting point candidates, a starting point candidate for which, as compared to remaining starting point candidates, a greater number of pieces of the intermediate data lays between a first segment and a second segment, the first segment connecting the starting point candidate and an upper limit point of the error with respect to the end point data, the second segment connecting the starting point candidate and a lower limit point of the error with respect to the end point data, and to determine that the greater number of pieces of the intermediate data are to be thinned, and a compressing unit configured to output the selected starting point candidate and the end point data as output data. a receiving unit configured to receive pieces of time series data each containing a data value and a time, at which the data value is obtained; a generating unit configured to generate a plurality of starting point candidates each having an error within a predetermined threshold value with respect to starting point data, the starting point data being the time series data at a first time; a selecting unit configured to refer to the starting point candidates, end point data which is the time series data at a second time, and intermediate data which is the time series data following the starting point data between the first time and the second time, to select, from among the starting point candidates, a starting point candidate for which, as compared to remaining starting point candidates, a greater number of pieces of the intermediate data lays between a first segment and a second segment, the first segment connecting the starting point candidate and an upper limit point of the error with respect to the end point data, the second segment connecting the starting point candidate and a lower limit point of the error with respect to the end point data, and to determine that the greater number of pieces of the intermediate data are to be thinned, and a compressing unit configured to output the selected starting point candidate and the end point data as output data.
A slackline device comprising: - a main body having at least one bearing portion and two mutually opposite end portions which are disposed so as to be elevated in relation to the at least one bearing portion ; and - a webbing which in an assembled state of the slackline device is tensioned between the two end portions of the main body , characterized in that the main body in a longitudinal section has a camber profile and is configured to be more elastic than the webbing . - a main body having at least one bearing portion and two mutually opposite end portions which are disposed so as to be elevated in relation to the at least one bearing portion ; and - a webbing which in an assembled state of the slackline device is tensioned between the two end portions of the main body ,
A cable harness output adaptor for a cable tray forming a cylindrical piece extending along at least one longitudinal axis (X'X, Y'Y) and defining two cylindrical parts (P1, P2), a first cylindrical part (P1) for internal cable harness support , and a second, cylindrical output part (P2) with external grip of at least one protective sheath of the cable harness , characterized in that it comprises two semi-cylindrical half-shells made of plastic material, assembled in a complementary manner to form the cylindrical piece, in that two snap-fitted positioning half-rings (B1a, B1b) form a positioning ring (B1) for the adaptor coming from the half-shells at the second, external grip part (P2), and in that two snap-fitted blocking half-rings (B3a, B3b) form a blocking ring (B3) around a groove (G1) hollowed out on the first cylindrical part (P1), the blocking ring (B3) being compressed by a clamping collar .
A variable vane system for a gas turbine engine , the variable vane system comprising: an actuator ; a drive gear ; and an actuator gear mounted to a variable vane , the actuator gear driven by the drive gear , wherein the actuator gear is mounted to an outer trunion of a variable vane , characterised in that : a harmonic drive is driven by the actuator , and the drive gear is driven by the harmonic drive . an actuator ; a drive gear ; and an actuator gear mounted to a variable vane , the actuator gear driven by the drive gear , wherein the actuator gear is mounted to an outer trunion of a variable vane , characterised in that : a harmonic drive is driven by the actuator , and the drive gear is driven by the harmonic drive .
A process for methanol production from synthesis gas comprising the following steps: - providing a fresh, pressurized methanol synthesis gas containing hydrogen, carbon monoxide and carbon dioxide, which is pre-heated and passed through an adiabatic methanol pre-converter / guard reactor, in which the synthesis gas is partially converted to methanol over a heterogeneous methanol catalyst and poisonous impurities are removed from the feed gas, - providing a recycle gas stream from a conventional methanol synthesis loop, said stream containing partly converted methanol synthesis gas, and mixing a part of the recycle gas stream with the fresh synthesis gas if necessary, such as in case of part load, to a process gas stream, - cooling the process gas stream from the pre-converter / guard reactor to a temperature, which is suitable for the main converter, and passing the cooled process gas stream to the conventional methanol synthesis loop, wherein the main converter in the conventional methanol synthesis loop converts a mixture of recycle gas and the pre-converted process gas stream from the pre-converter, and - separating raw methanol from the synthesis loop, wherein the outlet adiabatic temperature in the pre-converter / guard reactor is controlled by rapid adjustment of the recycle gas, i.e. by manipulation of the GHSV (gas hourly space velocity) in the pre-converter. - providing a fresh, pressurized methanol synthesis gas containing hydrogen, carbon monoxide and carbon dioxide, which is pre-heated and passed through an adiabatic methanol pre-converter / guard reactor, in which the synthesis gas is partially converted to methanol over a heterogeneous methanol catalyst and poisonous impurities are removed from the feed gas, - providing a recycle gas stream from a conventional methanol synthesis loop, said stream containing partly converted methanol synthesis gas, and mixing a part of the recycle gas stream with the fresh synthesis gas if necessary, such as in case of part load, to a process gas stream, - cooling the process gas stream from the pre-converter / guard reactor to a temperature, which is suitable for the main converter, and passing the cooled process gas stream to the conventional methanol synthesis loop, wherein the main converter in the conventional methanol synthesis loop converts a mixture of recycle gas and the pre-converted process gas stream from the pre-converter, and - separating raw methanol from the synthesis loop,
Tie rod for straightening a door/panel/shutter comprising: - at least two engagement bodies , intended to be mechanically embedded in a panel in a non-centered manner with respect to a middle longitudinal plane (P) of said panel ; - at least one rod , provided with a substantially axial extension (Y), which is axially mechanically connected at its first ends to said two engagement bodies ; - screw / nut screw means for adjusting the length of the rod subtended between said two engagement bodies ; characterized in that said rod comprises at least one first and one second rod segment provided, for corresponding first and second sections of their axial extension, with respective first and second shaped profiles , which are mechanically couplable with each other with shape coupling for a variable shared section , in order to adjust the overall axial length of said rod . - at least two engagement bodies , intended to be mechanically embedded in a panel in a non-centered manner with respect to a middle longitudinal plane (P) of said panel ; - at least one rod , provided with a substantially axial extension (Y), which is axially mechanically connected at its first ends to said two engagement bodies ; - screw / nut screw means for adjusting the length of the rod subtended between said two engagement bodies ; characterized in that said rod comprises at least one first and one second rod segment provided, for corresponding first and second sections of their axial extension, with respective first and second shaped profiles , which are mechanically couplable with each other with shape coupling for a variable shared section , in order to adjust the overall axial length of said rod .
A crosslinked rubber produced by crosslinking a polymer composition containing 100 parts by weight of a rubber component containing a cyclopentene ring-opening polymer and 20 to 200 parts by weight of carbon black, wherein, when the crosslinked rubber is subjected to an ozone treatment in which the rubber is maintained at 40°C and an ozone concentration of 50 pphm for 144 hours under a 20% tensile strain wherein the ozone treatment is performed in accordance with JIS K6259:2004, the crosslinked rubber shows a rate of change in tensile strength before and after ozone treatment of within ±70%, wherein the proportion of a repeat unit formed by ring-opening polymerizing cyclopentene in the cyclopentene ring-opening polymer is 95 mol% or more with respect to the total repeat units, wherein the cyclopentene ring-opening polymer has an oxysilyl group at an end of the polymer chain thereof, wherein a content of the cyclopentene ring-opening polymer in the rubber component is 70% by weight or more with respect to 100% by weight of the total rubber component. wherein, when the crosslinked rubber is subjected to an ozone treatment in which the rubber is maintained at 40°C and an ozone concentration of 50 pphm for 144 hours under a 20% tensile strain wherein the ozone treatment is performed in accordance with JIS K6259:2004, the crosslinked rubber shows a rate of change in tensile strength before and after ozone treatment of within ±70%, wherein the proportion of a repeat unit formed by ring-opening polymerizing cyclopentene in the cyclopentene ring-opening polymer is 95 mol% or more with respect to the total repeat units, wherein the cyclopentene ring-opening polymer has an oxysilyl group at an end of the polymer chain thereof, wherein a content of the cyclopentene ring-opening polymer in the rubber component is 70% by weight or more with respect to 100% by weight of the total rubber component.
Passive-levitation vehicle (V) for moving over a path, comprising: - a passenger compartment , - a levitation skid slidable on the path and capable of developing a levitation force to support the compartment at a certain distance (W) from the path, - a suspension (P), connected between the compartment and the skid , comprising: a kinematic structure to confer degrees of freedom and relative constraints between the skid and the compartment ; a passive elastic element connected between the skid and the compartment ; a controlled-dynamic element able to exert a force having controlled dynamics between the skid and the compartment ; the passive elastic element and the controlled-dynamic element being mounted in parallel to each other and connected, preferably at their ends, respectively to the skid and the compartment ; - a sensor for detecting the distance (W) between the skid and the path, - an electronic circuit , connected to the sensor and to the controlled-dynamics element , for carrying out a feedback control in order to adjust said distance (W), the electronic circuit being able to read a signal emitted by the sensor , and as a function of the signal, drive the controlled-dynamic element to impose a desired course to the distance (W). - a passenger compartment , - a levitation skid slidable on the path and capable of developing a levitation force to support the compartment at a certain distance (W) from the path, - a suspension (P), connected between the compartment and the skid , comprising: a kinematic structure to confer degrees of freedom and relative constraints between the skid and the compartment ; a passive elastic element connected between the skid and the compartment ; a controlled-dynamic element able to exert a force having controlled dynamics between the skid and the compartment ; the passive elastic element and the controlled-dynamic element being mounted in parallel to each other and connected, preferably at their ends, respectively to the skid and the compartment ; a kinematic structure to confer degrees of freedom and relative constraints between the skid and the compartment ; a passive elastic element connected between the skid and the compartment ; a controlled-dynamic element able to exert a force having controlled dynamics between the skid and the compartment ; the passive elastic element and the controlled-dynamic element being mounted in parallel to each other and connected, preferably at their ends, respectively to the skid and the compartment ; - a sensor for detecting the distance (W) between the skid and the path, - an electronic circuit , connected to the sensor and to the controlled-dynamics element , for carrying out a feedback control in order to adjust said distance (W), the electronic circuit being able to read a signal emitted by the sensor , and as a function of the signal, drive the controlled-dynamic element to impose a desired course to the distance (W). read a signal emitted by the sensor , and as a function of the signal, drive the controlled-dynamic element to impose a desired course to the distance (W).
Method for emptying a device for producing granulates or extrudates, wherein the device comprises a container with an inlet for the material to be processed, with an inlet for a fluid, with an agitating device for producing an intermediate product from the material to be processed and the fluid, and with an outlet for the intermediate product and a discharge pipe , characterised in that the device comprises an inlet for the intermediate product and an outlet for the granulate or extrudates as well as a conveying device conveying the intermediate product from the inlet of the discharge pipe towards the outlet of the discharge pipe , wherein the discharge pipe , which is rotatable about an axis E-E, is arranged at the container in such a way that the discharge pipe can be moved relative to the container between an open position and a closed position, the method comprising the steps of: a) producing the intermediate product from the material to be processed and the fluid in the container closed by the discharge pipe , wherein the agitating device is at least temporarily active, b) moving the discharge pipe from the closed position relative to the container into an open position relative to the container , and c) conveying the intermediate product out of the container and, via the conveying device of the discharge pipe , out of the outlet of the discharge pipe . a) producing the intermediate product from the material to be processed and the fluid in the container closed by the discharge pipe , wherein the agitating device is at least temporarily active, b) moving the discharge pipe from the closed position relative to the container into an open position relative to the container , and c) conveying the intermediate product out of the container and, via the conveying device of the discharge pipe , out of the outlet of the discharge pipe .
A coated article including a coating supported by a glass substrate , the coating comprising moving away from the glass substrate: - a dielectric layer comprising zirconium silicon oxynitride; - a layer comprising titanium oxide; - a layer comprising zinc stannate; - a layer comprising zinc oxide located over and directly contacting the layer comprising zinc stannate; - an infrared (IR) reflecting layer comprising silver located on the substrate over and directly contacting the layer comprising zinc oxide; and - a layer comprising metal oxide located over at least the IR reflecting layer comprising silver; wherein the coating contains only one silver based IR reflecting layer; wherein the coating has a normal emissivity (E n ) of no greater than 7%, and measured monolithically the coated article has a visible transmission of at least 75%. - a dielectric layer comprising zirconium silicon oxynitride; - a layer comprising titanium oxide; - a layer comprising zinc stannate; - a layer comprising zinc oxide located over and directly contacting the layer comprising zinc stannate; - an infrared (IR) reflecting layer comprising silver located on the substrate over and directly contacting the layer comprising zinc oxide; and - a layer comprising metal oxide located over at least the IR reflecting layer comprising silver;