mhurhangee/ep-ind-claims huggingface dataset:
A mower unit mounted on a riding grass mower machine, the mower unit comprising: a mower deck having a top wall and side walls (32, 33) extending downwards from an outer circumferential edge of the top wall; a rotational shaft extending upwards through the top wall from an inside space formed by the top wall and the side walls (32, 33); a cutter blade attached to a lower portion of the rotational shaft within the inside space and rotatable together with the rotational shaft; an electric mower motor having a motor housing and an output shaft that protrudes upward from an upper portion of the motor housing and that can rotatably drive the rotational shaft; and a flywheel rotatable about the output shaft and rotatable in association with the rotational driving of the mower motor; an output pulley rotatable about the output shaft; an input pulley rotatable about the rotational shaft on a side of the rotational shaft more upward than the top wall; and a belt entrained around and between the output pulley and the input pulley; characterized in that the flywheel is positioned more upward from the motor housing than the output pulley. a mower deck having a top wall and side walls (32, 33) extending downwards from an outer circumferential edge of the top wall; a rotational shaft extending upwards through the top wall from an inside space formed by the top wall and the side walls (32, 33); a cutter blade attached to a lower portion of the rotational shaft within the inside space and rotatable together with the rotational shaft; an electric mower motor having a motor housing and an output shaft that protrudes upward from an upper portion of the motor housing and that can rotatably drive the rotational shaft; and a flywheel rotatable about the output shaft and rotatable in association with the rotational driving of the mower motor; an output pulley rotatable about the output shaft; an input pulley rotatable about the rotational shaft on a side of the rotational shaft more upward than the top wall; and a belt entrained around and between the output pulley and the input pulley; characterized in that the flywheel is positioned more upward from the motor housing than the output pulley.
A manufacturing method of a glass panel for a glass panel unit including a pair of glass panels facing each other with a prescribed distance therebetween, a frame member disposed between the pair of glass panels to hermetically bind the pair of glass panels together, an inside space surrounded by the pair of glass panels and the frame member, and a spacer being in the inside space and being in contact with the pair of glass panels, the manufacturing method comprising: a melting step of melting a raw material of glass to produce melted glass; a spreading step of spreading the melted glass onto melted metal to produce a glass sheet; an annealing step of pulling out and annealing the glass sheet; a cutting step of cutting the glass sheet annealed; and a spacer disposition step of disposing the spacer onto the glass sheet, the spacer disposition step being performed prior to the cutting step. a melting step of melting a raw material of glass to produce melted glass; a spreading step of spreading the melted glass onto melted metal to produce a glass sheet; an annealing step of pulling out and annealing the glass sheet; a cutting step of cutting the glass sheet annealed; and a spacer disposition step of disposing the spacer onto the glass sheet, the spacer disposition step being performed prior to the cutting step.
Light source (100, 200, 300, 400) intended to be supplied with power by a voltage source, the light source comprising a parallel assembly of at least two branches (110, 210, 310), each branch comprising at least one elementary light source (120, 220, 320, 420) having an electroluminescent semiconductor element, wherein each of the elementary light sources (120, 220, 320, 420) is characterized by an identical internal series resistance of at least 1 ohm, the series resistance being determined by the structure of the semiconductor layers contained in the elementary light sources.
A continuous method for the functionalization of a pulverulent product in a plasma reactor comprising the steps of: - generating a plasma in a vertical reactor; - bringing the pulverulent product in contact with said plasma by letting said particles fall by gravity from top to bottom trough said reactor. - generating a plasma in a vertical reactor; - bringing the pulverulent product in contact with said plasma by letting said particles fall by gravity from top to bottom trough said reactor.
Method of assembling a nuclear reactor absorbing element, including preparation of a casing in the form of a tube, its sealing by argon-arc welding from one end by means of a bottom cap having a conical shape, loading the casing with absorbing material in the form of pellets or powder, fastening of the absorbing material from axial displacement, sealing of the casing at the other end by means of an upper cap comprising ballast, wherein the fastening the absorbing material from axial displacement is performed by means of a spring plunger, installed in a compensative volume, characterised in that the sealing of the absorbing element with the upper cap is effected by means of butt resistance welding, wherein during the last-mentioned operation the internal cavity of the casing is vacuumed and filled with an inert gas.
A method for calibrating a continuous analyte sensor during a sensor session, wherein the method makes use of a sensor sensitivity profile, which is obtained by: - providing a continuous analyte sensor exhibiting an in vivo to in vitro sensitivity relationship, - measuring an in vitro sensitivity of the sensor or of an equivalent sensor, - generating from the in vivo to in vitro sensitivity relationship and the measured in vitro sensitivity an initial value of in vivo sensitivity, - determining an in vivo sensor sensitivity profile from the initial value. - providing a continuous analyte sensor exhibiting an in vivo to in vitro sensitivity relationship, - measuring an in vitro sensitivity of the sensor or of an equivalent sensor, - generating from the in vivo to in vitro sensitivity relationship and the measured in vitro sensitivity an initial value of in vivo sensitivity, - determining an in vivo sensor sensitivity profile from the initial value.
A method for evaluation of the quality of a transmission channel while the transmission channel is being used to transmit speech that was spoken by a human speaker, captured at a near end, and transmitted over the transmission channel for reproduction at a far end, the method comprising: determining characteristics of the speech at both the near end and the far end, the characteristics of the speech comprising speech phonemes; comparing the speech characteristics determined at the near end and those determined at the far end; causing notification of the speaker if the comparison results do not meet a predetermined quality metric; performing speech recognition of the speech at both the near end and the far end and displaying the recognized speech, characterized in that the notification comprises highlighting displayed words that were not received properly at the far end. determining characteristics of the speech at both the near end and the far end, the characteristics of the speech comprising speech phonemes; comparing the speech characteristics determined at the near end and those determined at the far end; causing notification of the speaker if the comparison results do not meet a predetermined quality metric; performing speech recognition of the speech at both the near end and the far end and displaying the recognized speech, characterized in that the notification comprises highlighting displayed words that were not received properly at the far end.
A plunger assembly for forming drops of molten glass, the assembly comprising a fixed frame; a tank adapted to accommodate a mass of molten glass; a support arm extending in a cantilever fashion starting from said fixed frame above said tank; at least a first extruder plunger adapted to be inserted in said tank for forming a ribbon of molten glass and having its own vertical axis; first motorised handling means for cyclically moving said extruder plunger and forming said ribbon of molten glass; and an electronic control unit for said first motorised handling means and configured to move said first extruder plunger from and towards said tank with an alternated cyclic motion along said vertical axis and according an electronic cam, characterised in that said support arm is fixed in respect to the frame during the cyclic displacement of said first extruder plunger and said first motorised means translate said first extruder plunger in respect to said support arm, and in that it comprises an attachment structure for said first motorised means supported by said support arm and a guide head of said first extruder plunger coupled to the support arm for guiding the first extruder plunger in a vertical direction parallel to said vertical axis during said cyclic displacement.
Dryer for drying coated fiber webs, wherein the dryer comprises three air compartments (81, 82, 83) configured to provide drying air blows towards passing fiber web, wherein two of the air compartments (81, 82) are substantially rectangular chambers and located next to each other with two longitudinal back sides towards each other, wherein said third air compartment is a turning air compartment located with a straight surface towards ends of the two rectangular air compartments (81, 82) and having a substantially curved outer, advantageously semi-circular, outer surface, wherein the dryer is configured to form a first longitudinal drying run for the fiber web in a first vertical portion, a curved drying run for the fiber web in a turning portion and a second longitudinal drying run for the fiber web in a second vertical portion, wherein the dryer further comprises along the vertical portions (87, 88) at a distance from the air compartments (81, 82) at least one blow device configured to provide support air blows to support the run of the passing fiber web, characterized in that the rectangular air compartments (81, 82) comprise an inlet channel and two outlet channels and that the inlet channel is located in between the outlet channels in length direction of the rectangular air compartment (81, 82). wherein two of the air compartments (81, 82) are substantially rectangular chambers and located next to each other with two longitudinal back sides towards each other, wherein said third air compartment is a turning air compartment located with a straight surface towards ends of the two rectangular air compartments (81, 82) and having a substantially curved outer, advantageously semi-circular, outer surface, wherein the dryer is configured to form a first longitudinal drying run for the fiber web in a first vertical portion, a curved drying run for the fiber web in a turning portion and a second longitudinal drying run for the fiber web in a second vertical portion, wherein the dryer further comprises along the vertical portions (87, 88) at a distance from the air compartments (81, 82) at least one blow device configured to provide support air blows to support the run of the passing fiber web, characterized in that the rectangular air compartments (81, 82) comprise an inlet channel and two outlet channels and that the inlet channel is located in between the outlet channels in length direction of the rectangular air compartment (81, 82).
A method for use in dentistry, the method comprising: creating a three-dimensional model from an image set of a sequence of image sets, each image set including a plurality of images of a subject captured with a multi-aperture video camera, each one of the plurality of images captured from a different optical axis; displaying a video sequence captured with one channel of the multi-aperture video camera in a control window of a user interface; receiving a user selection of a still image from the video sequence displayed in the control window, the selected still image containing a first view of the subject from a first perspective; displaying the selected still image in an image window of the user interface; determining the first perspective for the selected still image displayed in the image window of the user interface; and rendering the three-dimensional model in a model view window of the user interface from the determined first perspective of the selected still image, wherein the control window, the image window, and the model view window are different from each other. creating a three-dimensional model from an image set of a sequence of image sets, each image set including a plurality of images of a subject captured with a multi-aperture video camera, each one of the plurality of images captured from a different optical axis; displaying a video sequence captured with one channel of the multi-aperture video camera in a control window of a user interface; receiving a user selection of a still image from the video sequence displayed in the control window, the selected still image containing a first view of the subject from a first perspective; displaying the selected still image in an image window of the user interface; determining the first perspective for the selected still image displayed in the image window of the user interface; and rendering the three-dimensional model in a model view window of the user interface from the determined first perspective of the selected still image, wherein the control window, the image window, and the model view window are different from each other.
A metal structure for electromagnetic coupling with an antenna element of a communication terminal in at least three communication bands, preferably in GSM900, GSM1800 and UMTS2100, which has a first structural element with a lateral extent and a longitudinal extent and a second structural element with a lateral extent and a longitudinal extent, the longitudinal extent and the lateral extent of the first structural element corresponding to the longitudinal extent or the lateral extent of the second structural element, the metal structure and the structural elements (2, 3) having a common axis of symmetry running in the direction of the longitudinal extent (L2, L3), the metal structure having a feed line, which runs parallel to the axis of symmetry, the second structural element being penetrated by the feed line, and the metal structure having a transformer device, which is arranged in the feed line in a connecting section between a feed point and a connection point of the metal structure essentially in the region of the through hole formed in the second structural element, the longitudinal extent of the first structural element corresponding to the lateral extent of the first structural element, the longitudinal extents (L2, L3) and the lateral extents of the first and the second structural elements corresponding to a quarter of the wavelength, effective therein, of an average of at least two corresponding frequency ranges of the three communication bands, characterized in that the transformer device is constructed as a lambda/4 transformer and as a coplanar waveguide transformer, and in that the first structural element has two rectilinear closed slots, which run parallel to one another and to the longitudinal extent of the first structural element and which have a longitudinal extent, which is smaller than the longitudinal extent of the first structural element and which corresponds to a quarter of the effective wavelength of an average from the frequency ranges of the three communication bands.
A monitoring system for monitoring the temperature of a battery module having a plurality of battery cells (12a, 12b, 12c, 12n), the monitoring system comprising: an electric network comprising a plurality of thermistors (14a, 14b, 14c, 14n), wherein each of the thermistors is thermally connected to a battery cell; a monitoring device being adapted for measuring a total resistance (R tot) of the electric network comprising the plurality of thermistors (14a, 14b, 14c, 14n) and further being adapted for generating a signal in case of detecting that the value of the total resistance (R tot) of the electric network traverses a predetermined threshold resistance value; wherein the monitoring system is adapted to determine a mean temperature (T amb) of the battery module independently from the measurement of the total resistance (R tot) of the electric network; and wherein the predetermined threshold resistance value is dependent on the mean temperature (T amb) of the battery module. an electric network comprising a plurality of thermistors (14a, 14b, 14c, 14n), wherein each of the thermistors is thermally connected to a battery cell; a monitoring device being adapted for measuring a total resistance (R tot) of the electric network comprising the plurality of thermistors (14a, 14b, 14c, 14n) and further being adapted for generating a signal in case of detecting that the value of the total resistance (R tot) of the electric network traverses a predetermined threshold resistance value; wherein the monitoring system is adapted to determine a mean temperature (T amb) of the battery module independently from the measurement of the total resistance (R tot) of the electric network; and wherein the predetermined threshold resistance value is dependent on the mean temperature (T amb) of the battery module.
System configured for measurement of a flow with a metering device comprising at least a first transducer and a second transducer, which system generates a frequency f for the first transducer to transmit a signal of the frequency f towards the second transducer, which second transducer receives a transmitted signal (a) after the signal has travelled from the first transducer to the second transducer in a flow duct, which system generates the frequency f for the second transducer to transmit a signal of the frequency f towards the first transducer, which transducer receives a transmitted signal (b) after the signal has travelled from the second transducer to the first transducer in the flow duct, which system performs Analog to Digital conversion of the received signals into sampled signals by using a sampling frequency fs, which system is configured to measure the time difference between the at least two sampled signals (a, b) in order to measure the flow in the duct by defining and using a mathematical model comprising cosine and sine terms whose arguments comprise f, characterized in that in said mathematical model a reference frequency fr replaces the frequency f, where the reference frequency fr is related to the sampling frequency fs by the expression fr = fs/c, where c is a real number, said frequency f is in the range fr +/- 30%, sine and cosine values calculated based on said reference frequency fr are stored in a memory; and said system is configured to adjust said time difference by multiplication of a scale factor.
Refrigeration appliance comprising a removable storage compartment for storage purposes at reduced air pressure, means for removing the compartment and display means for displaying a pressure ratio between a zone at atmospheric pressure and the compartment which is separated from the zone by a boundary wall, wherein the display means comprises an element which is integrated into the boundary wall and set up, in the event of low pressure in the compartment, to be deflected from a first position, which essentially indicates comparable pressures in the zone and the compartment, to a second position, which indicates a pressure in the compartment which is lower than in the zone, characterised in that the zone is a further storage compartment and the positions of the element during use can be determined by visual examination from the zone.
A method for a user equipment, UE, to perform minimization of drive test, MDT, measurements, the method comprises: receiving configuration information from a network, the configuration information to configure the UE to perform at least one of storing or reporting of positioning measurements, the configuration information including a deactivation condition to cause the UE to deactivate performance of positioning measurements; and activating the performance of the positioning measurements based on an activation condition included in the configuration information; wherein the deactivation condition includes a deactivation signal level or signal quality threshold. receiving configuration information from a network, the configuration information to configure the UE to perform at least one of storing or reporting of positioning measurements, the configuration information including a deactivation condition to cause the UE to deactivate performance of positioning measurements; and activating the performance of the positioning measurements based on an activation condition included in the configuration information; wherein the deactivation condition includes a deactivation signal level or signal quality threshold.
A toner comprising: a toner particle containing a binder resin and a wax; and an organosilicon polymer particle, wherein the organosilicon polymer particle contains an organosilicon polymer having a structure of silicon atoms and oxygen atoms alternately bound to one another, a part of silicon atoms in the organosilicon polymer has a T3 unit structure represented by R a SiO 3/2, where R a denotes a C 1-6 alkyl group or phenyl group, the ratio of the area of peaks derived from silicon having the T3 unit structure relative to the total area of peaks derived from all silicon element contained in the organosilicon polymer particle is from 0.70 to 1.00 in 29 Si-NMR measurement of the organosilicon polymer particle as determined according to the description, the plurality of domains of the wax are present in the cross-section of the toner particle observed under a scanning transmission electron microscope, the wax is an ester wax, the average long diameter of the domains of the ester wax, as determined according to the description, is from 0.03 μm to 2.00 μm, and the SP value SPw of the wax, as determined according to the description, is from 8.59 to 9.01. a toner particle containing a binder resin and a wax; and an organosilicon polymer particle, wherein the organosilicon polymer particle contains an organosilicon polymer having a structure of silicon atoms and oxygen atoms alternately bound to one another, a part of silicon atoms in the organosilicon polymer has a T3 unit structure represented by R a SiO 3/2, where R a denotes a C 1-6 alkyl group or phenyl group, the ratio of the area of peaks derived from silicon having the T3 unit structure relative to the total area of peaks derived from all silicon element contained in the organosilicon polymer particle is from 0.70 to 1.00 in 29 Si-NMR measurement of the organosilicon polymer particle as determined according to the description, the plurality of domains of the wax are present in the cross-section of the toner particle observed under a scanning transmission electron microscope, the wax is an ester wax, the average long diameter of the domains of the ester wax, as determined according to the description, is from 0.03 μm to 2.00 μm, and the SP value SPw of the wax, as determined according to the description, is from 8.59 to 9.01.
Cosmetic product containing an extract of a suspension of dedifferentiated plant cells of plants of the sub-family of Maloidae (Pome fruit), preferably from plants of Malus domestica Cultivar Uttwiler Spaetlauber (apples of the Cultivar Uttwiler Spaetlauber) for the treatment of stem cells for the protection against apoptosis and for stimulation of the proliferation, whereby the extract is obtained from high pressure homogenisation of a total-extract and the ingredients are extracted and stabilized by means of liposomes, whereby both steps of the process are simultaneously carried out in one single step.