mhurhangee/patent-ind-claim-en huggingface dataset:
A workpiece supporting device comprising: a base stand ; a shoe that is disposed on at least one place in a circumferential direction of a workpiece , which is rotationally driven using a rotary drive device , to be in sliding contact with a circumferential surface of the workpiece ; and a supporting body that supports the shoe with respect to the base stand , wherein the supporting body includes a compliant structure portion which tilts the shoe in accordance with tilting of the workpiece with respect to the base stand , characterized in that the compliant structure portion is configured of an anisotropic elastic portion in which deflection rigidity in an axial direction of the workpiece is smaller than deflection rigidity in the circumferential direction of the workpiece . a base stand ; a shoe that is disposed on at least one place in a circumferential direction of a workpiece , which is rotationally driven using a rotary drive device , to be in sliding contact with a circumferential surface of the workpiece ; and a supporting body that supports the shoe with respect to the base stand , wherein the supporting body includes a compliant structure portion which tilts the shoe in accordance with tilting of the workpiece with respect to the base stand , characterized in that the compliant structure portion is configured of an anisotropic elastic portion in which deflection rigidity in an axial direction of the workpiece is smaller than deflection rigidity in the circumferential direction of the workpiece .
Vertical photovoltaic system having a mast and at least two PV modules , optionally in a rigid configuration, or having single axis solar tracking or dual axis solar tracking, wherein the photovoltaic system comprises a first mast portion (5, MA1) which is arranged vertically in a rigid and rotationally fixed manner, wherein at least one further mast portion (MA2) is placed on the mast portion (5 MA1), and wherein the further mast portion (5 MA 2) has at least one horizontally arranged shaft, which is equipped symmetrically on both sides at least with a PV module , and wherein further mast portions (5 MA2,3,4,n,) are placed vertically or obliquely at an angle (Alpha 1;47), and wherein the angle (Alpha 1;47), viewed from the sun, is always at least 90 degrees plus the angle (Alpha 1;47), and wherein the further mast portions (5 MA2,3,4,n,) can be designed to be rotatable in the longitudinal extension thereof, wherein the rotation follows the course of the sun, wherein the PV module is pivotably arranged on a shaft stub (4.1) and a torque limiting element is arranged between the shaft stub (4.1) and the PV module , so that, from a predetermined wind load, the PV module rotates horizontally about the shaft stub (4.1) out of the wind.
A method for removing a cable film from a cable section (A) of an electrical cable to be processed, wherein the cable film is compressed in the axial direction along the center axis (M) of the cable before the cable film is removed from the cable section (A) to be processed, wherein, to assist in the removal of the cable film , the mechanical load capacity of the cable film is reduced at least in part of the ring, in sections or completely around the circumference in the area of an intended crack position (R P ) before the cable film is compressed, and wherein, to remove or assist in removing the cable film before the cable film is compressed, characterized in that at least one of the outer layers of the cable film facing away from the cable centre axis (M) is subjected to a thermal treatment, a chemical treatment, an abrasive treatment or a suction process, or is incised, or a stripping aid is stuck onto the cable film and stripped off, at least in the region of the intended crack position (R P ). wherein the cable film is compressed in the axial direction along the center axis (M) of the cable before the cable film is removed from the cable section (A) to be processed, wherein, to assist in the removal of the cable film , the mechanical load capacity of the cable film is reduced at least in part of the ring, in sections or completely around the circumference in the area of an intended crack position (R P ) before the cable film is compressed, and wherein, to remove or assist in removing the cable film before the cable film is compressed, characterized in that at least one of the outer layers of the cable film facing away from the cable centre axis (M) is subjected to a thermal treatment, a chemical treatment, an abrasive treatment or a suction process, or is incised, or a stripping aid is stuck onto the cable film and stripped off, at least in the region of the intended crack position (R P ).
Device for transporting sausages from a clip machine comprising a conveying device having a conveying plane defined by the upper run of an endless conveyor belt or by the axis plus radius of rollers of a roller conveyor or by the plate surface of a planar slide plate, on which the sausage is transported in a conveying direction (F), characterized in that the conveying plane is inclined arranged around an inclination axis running parallel to the conveying direction (F) and a pivot support is arranged along the lower lying longitudinal side of the conveying device due to the inclination, which is pivotable around a pivot axis running parallel to the conveying direction (F) between a support position and a release position.
A data processing device under the form of a mobile laptop computer , a touchpad or a smartphone ; said mobile device being configured for running a secured booting procedure using the capture of a fingerprint and further comprising : a defibrillator device ; a battery for powering said defibrillator device; an assistance software for the use of the defibrillator by the general public; a medical diagnostic and monitoring control unit, comprising at least one sensor allowing the monitoring of one physiological date of the user of the device, said user's physiological data consisting of one of the following: the heart rate, the tension, the temperature, the oxygen saturation pressure, PHCT, said mobile device being configured to capture and store said user's physiological data together with the execution of a booting procedure so as to allow a secure storage of said physiological data. a defibrillator device ; a battery for powering said defibrillator device; an assistance software for the use of the defibrillator by the general public; a medical diagnostic and monitoring control unit, comprising at least one sensor allowing the monitoring of one physiological date of the user of the device, said user's physiological data consisting of one of the following: the heart rate, the tension, the temperature, the oxygen saturation pressure, PHCT, said mobile device being configured to capture and store said user's physiological data together with the execution of a booting procedure so as to allow a secure storage of said physiological data.
Use of an echogenic coating composition on a medical device to be inserted into a body at depths greater than 5 cm, comprising: (i) a polymer matrix and (ii) an amount of ultrasound-reflective microparticles having a diameter that is at least 10 and at most 250 μm in size, wherein the relationship between the particle size, expressed as D 50 , and the surface density is as follows: Particle size (μm) surface density (microparticles/mm 2 ) Condition Lower limit Upper limit I 10 < D 50 ≤22 362 2080 II 22 < D 50 ≤27 478 1626 III 27 < D 50 ≤32 467 1692 IV 32 < D 50 ≤38 235 1636 V 38 < D 50 ≤45 256 1459 VI 45 < D 50 ≤53 218 1594 wherein the use is non-surgical. (i) a polymer matrix and (ii) an amount of ultrasound-reflective microparticles having a diameter that is at least 10 and at most 250 μm in size, wherein the relationship between the particle size, expressed as D 50 , and the surface density is as follows: Particle size (μm) surface density (microparticles/mm 2 ) Condition Lower limit Upper limit I 10 < D 50 ≤22 362 2080 II 22 < D 50 ≤27 478 1626 III 27 < D 50 ≤32 467 1692 IV 32 < D 50 ≤38 235 1636 V 38 < D 50 ≤45 256 1459 VI 45 < D 50 ≤53 218 1594 wherein the use is non-surgical.
A powder composition comprising: - a functionalized starch having a single helix V-structure and having a degree of functionalization of at least 0.25, and - a poorly water-soluble or water insoluble bioactive agent, forming an inclusion complex with said functionalized starch, wherein said bioactive agent is within said helix V-structure of said functionalized starch having a single helix V-structure, and wherein said inclusion complex is soluble in an aqueous media; wherein said functionalized starch is selected from the group consisting of a carboxylated starch, a hydroxypropylated starch, an acetylated starch, a hydroxypropyl methylated starch, an aminated starch, an alkylated starch, acylated starch, an acid modified starch, an octenylated starch, or combinations thereof. - a functionalized starch having a single helix V-structure and having a degree of functionalization of at least 0.25, and - a poorly water-soluble or water insoluble bioactive agent, forming an inclusion complex with said functionalized starch, wherein said bioactive agent is within said helix V-structure of said functionalized starch having a single helix V-structure, and wherein said inclusion complex is soluble in an aqueous media;
A method of mitigating motion sickness in an autonomous vehicle having a vehicle body, the method comprising: anticipating an upcoming vehicle maneuver when operating the autonomous vehicle on a road; prior to initiation of the vehicle maneuver, actuating an actuator of an active suspension system to induce roll in at least a portion of the autonomous vehicle to forewarn a vehicle occupant about the anticipated vehicle maneuver of the autonomous vehicle. anticipating an upcoming vehicle maneuver when operating the autonomous vehicle on a road; prior to initiation of the vehicle maneuver, actuating an actuator of an active suspension system to induce roll in at least a portion of the autonomous vehicle to forewarn a vehicle occupant about the anticipated vehicle maneuver of the autonomous vehicle.
A method of improving performance of network communication for an application communicating via a wide area network, , WAN, characterised in that : executing a classifier including a machine learning algorithm to classify a data set corresponding to a profile of network communication via the WAN for the application, the classification identifying the network communication as a candidate for WAN optimisation, wherein the classifier is trained based on a plurality of training data sets each having associated an indication of suitability for WAN optimisation, each training data set corresponding to a period of execution of an application communicating via the WAN; responsive to the identification of the network communication as a candidate for WAN optimisation implementing WAN optimisation for the application. executing a classifier including a machine learning algorithm to classify a data set corresponding to a profile of network communication via the WAN for the application, the classification identifying the network communication as a candidate for WAN optimisation, wherein the classifier is trained based on a plurality of training data sets each having associated an indication of suitability for WAN optimisation, each training data set corresponding to a period of execution of an application communicating via the WAN; responsive to the identification of the network communication as a candidate for WAN optimisation implementing WAN optimisation for the application.
A system comprising: a modular computing device comprising an outer housing ; a haptic output device comprising a connector configured to couple the haptic output device to the modular computing device, wherein the outer housing of the modular computing device is configured to mechanically and electrically couple with one or more external electronic modules , a receiver configured to receive a haptic signal from a processor, wherein the haptic output device is configured to output a haptic effect responsive to receiving the haptic signal; characterized in that the haptic output device is configured to output the haptic effect by tightening or loosening a mechanical coupling between the outer housing and a first of the one or more external electronic modules responsive to receiving the haptic signal. a modular computing device comprising an outer housing ; a haptic output device comprising a connector configured to couple the haptic output device to the modular computing device, wherein the outer housing of the modular computing device is configured to mechanically and electrically couple with one or more external electronic modules , a receiver configured to receive a haptic signal from a processor, wherein the haptic output device is configured to output a haptic effect responsive to receiving the haptic signal; characterized in that the haptic output device is configured to output the haptic effect by tightening or loosening a mechanical coupling between the outer housing and a first of the one or more external electronic modules responsive to receiving the haptic signal.
A method for testing an analysis apparatus that performs analysis using light that has passed along a light path through a probe inserted into a pipe through which a first fluid that is an object of analysis flows, the probe being arranged in such a manner that a portion of the light path passes outside a housing of the probe and is disposed inside the pipe, characterized in that the method comprises: a first process of introducing a second fluid that absorbs less of the light than the first fluid into the pipe ; a second process of introducing a third fluid inside the housing of the probe in a state when the second fluid has been introduced into the pipe, the third fluid having known absorption characteristics; and a third process of analyzing absorption characteristics of the third fluid, by the analysis apparatus, using the light that has passed through the probe. a first process of introducing a second fluid that absorbs less of the light than the first fluid into the pipe ; a second process of introducing a third fluid inside the housing of the probe in a state when the second fluid has been introduced into the pipe, the third fluid having known absorption characteristics; and a third process of analyzing absorption characteristics of the third fluid, by the analysis apparatus, using the light that has passed through the probe.
A refrigeration apparatus comprising: a refrigerant containing HFO and HFC as main components, and a refrigerant oil containing an alkyl aromatic hydrocarbon and an oxygen-containing hydrocarbon as main components; the oxygen-containing hydrocarbon including at least one of an ester and an ether, a first refrigerant ratio being a mixing ratio by weight of HFO in the refrigerant, a second refrigerant ratio being a mixing ratio by weight of HFC in the refrigerant, a first oil ratio being a mixing ratio of the alkyl aromatic hydrocarbon in the refrigerant oil, a second oil ratio being a mixing ratio of the oxygen-containing hydrocarbon in the refrigerant oil, wherein the first refrigerant ratio is larger than the second refrigerant ratio, and wherein the first oil ratio is larger than the second oil ratio. a refrigerant containing HFO and HFC as main components, and a refrigerant oil containing an alkyl aromatic hydrocarbon and an oxygen-containing hydrocarbon as main components; the oxygen-containing hydrocarbon including at least one of an ester and an ether, a first refrigerant ratio being a mixing ratio by weight of HFO in the refrigerant, a second refrigerant ratio being a mixing ratio by weight of HFC in the refrigerant, a first oil ratio being a mixing ratio of the alkyl aromatic hydrocarbon in the refrigerant oil, a second oil ratio being a mixing ratio of the oxygen-containing hydrocarbon in the refrigerant oil, wherein the first refrigerant ratio is larger than the second refrigerant ratio, and wherein the first oil ratio is larger than the second oil ratio.
Manual machine tool having a drive motor, a gearbox and a tool holder, wherein a motor drive of the drive motor with a gearbox drive of the gearbox and a gearbox output of the gearbox which can be rotated about a rotational axis is coupled to the tool holder in a manner which permits rotation, wherein the manual machine tool has an actuating device to adjust the gearbox between its switch positions (S1, S2, S3, S4) in which the speed ratios between the gearbox drive and the gearbox output are different, wherein the actuating device has an actuating part which is movably mounted relative to a machine housing of the manual machine tool between actuating positions (B1, B2, B3, B4) assigned to the switch positions (S1, S2, S3, S4) of the gearbox and which can be manually actuated by an operator of the manual machine tool , which is coupled to the at least one switching gear element by means of a coupling element to set the switch positions (S1, S2, S3, S4), wherein the actuating device used to lock the actuating part in the actuating positions (B1, B2, B3, B4) has a locking arrangement with locking indentations arranged on a locking structure which are assigned to actuating positions (B1, B2, B3, B4) of the actuating part and with a locking part to engage in the locking indentations , and in that the locking structure has a control surface arrangement with gliding surfaces along which the locking part can glide and which extend starting from at last two locking indentations to a vertex which is arranged between the locking indentations and protrudes in front of the locking indentations , wherein the locking part has an unstable position on the vertex such that the locking part is guided past the vertex into one of the locking indentations adjacent to the vertex , characterised in that the locking structure has at least three or four locking indentations , between which a vertex is arranged in each case, on which vertex the locking part has an unstable position and from which vertex a gliding surface extends out to the respective locking indentation in each case.
Method for determining at least one gas parameter, in particular a flow rate, of a flowing gas, by means of a flow meter, comprising a measuring section with a heating element and at least three temperature sensors over which the gas is guided, wherein at least one first temperature sensor is arranged upstream of the heating element, at least one second temperature sensor is arranged in the region of the heating element and at least one third temperature sensor is arranged downstream of the heating element, wherein in particular the heating element itself can be used as a second temperature sensor, wherein a computing device determines the at least one gas parameter as a function of the temperature measured values at the first and second and third temperature sensor, and/or wherein the computing device determines at least two separate gas parameters as a function of the temperature measured values of different individual temperature sensors and/or of the combinations of temperature measured values of different temperature sensors, wherein the temperature measured values at the first, second and third temperature sensor are used to determine the gas parameters, characterized in that at least two of the gas parameters are determined in an iterative method, wherein in a first step, alternately, at least one first parameter of the gas parameters is determined as a function of at least one second parameter of the gas parameters, and in a second step at least the second of the gas parameters is determined as a function of the first of the gas parameters, wherein in the first step the first of the gas parameters is determined as a function of the temperature measured values at at least one of the temperature sensors, and/or wherein in the second step the second parameter of the gas parameters is determined as a function of the temperature measured values at the temperature sensor or at at least one further sensor of the temperature sensors.
Household dishwasher having a dishwasher interior , a spraying facility that is rotatably mounted in the dishwasher interior so as to spray items to be washed , which are received in the dishwasher interior , with wash liquor and/or fresh water (F), and a placement region , on or in which a cleaning agent (R) can be placed, characterised by a blocking facility which is configured so as to block a rotational movement of the spraying facility in such a manner that the spraying facility during the blocking of said spraying facility selectively sprays the placement region with wash liquor and/or fresh water (F) in order to dissolve the cleaning agent (R).
A method to visualize sedimentary attributes to determine geological properties of a geological model, the method comprising: in one or more computer processors: generating, based on measured geological data, paleo-geographic coordinates representing predicted approximate positions of the particles of sediment deposited at a time period when a geological layer was originally formed; generating a vector field tangent to Iso-Paleo-Geograhic, "IPG", lines, wherein IPG lines represent particles of sediments which have been deposited at the same paleo-geographic coordinates; determining a vector field of curvature of the IPG-lines based on the vector field tangent to the IPG lines; and displaying a sedimentary attribute representing the curvature vector field of the IPG-lines on the geological layer or on a cross-section. generating, based on measured geological data, paleo-geographic coordinates representing predicted approximate positions of the particles of sediment deposited at a time period when a geological layer was originally formed; generating a vector field tangent to Iso-Paleo-Geograhic, "IPG", lines, wherein IPG lines represent particles of sediments which have been deposited at the same paleo-geographic coordinates; determining a vector field of curvature of the IPG-lines based on the vector field tangent to the IPG lines; and displaying a sedimentary attribute representing the curvature vector field of the IPG-lines on the geological layer or on a cross-section.
Smart cookware for use on induction cooktops, comprising a bottom plain or bottom layer configured to heat the cookware by an induction cooktop; a temperature sensor arranged in said bottom plain or bottom layer ; and control electronics connected to said temperature sensor and arranged to sense the temperature of the cookware and provide temperature values ; characterized in that said bottom plain or bottom layer comprises a soft-magnetic alloy with a Curie point selected in the range of 250°C to 340°C for safety purposes to limit the maximum heating temperature by the induction. a bottom plain or bottom layer configured to heat the cookware by an induction cooktop; a temperature sensor arranged in said bottom plain or bottom layer ; and control electronics connected to said temperature sensor and arranged to sense the temperature of the cookware and provide temperature values ; characterized in that said bottom plain or bottom layer comprises a soft-magnetic alloy with a Curie point selected in the range of 250°C to 340°C for safety purposes to limit the maximum heating temperature by the induction.