mhurhangee/patent-ind-claim-en huggingface dataset:
A signal processing device comprising: a speed converting unit including a memory; a data writing unit configured to write data of m channels into the memory; the speed converting unit being configured to cause data reading speed from the memory to be larger as compared to data writing speed into the memory, a channel number converting unit configured to output the data read from the memory as data of n channels, m being larger than n; a plurality of serial data transferring units (SA-SE) configured to transfer the data of the n channels to a processing device in a subsequent stage, the speed converting unit is configured to convert data of different numbers of channels m1 and m2 as the data of the m channels into the data of the n channels, and thereby to control the frequency of reading the data from the memory to be the same. a speed converting unit including a memory; a data writing unit configured to write data of m channels into the memory; the speed converting unit being configured to cause data reading speed from the memory to be larger as compared to data writing speed into the memory, a channel number converting unit configured to output the data read from the memory as data of n channels, m being larger than n; a plurality of serial data transferring units (SA-SE) configured to transfer the data of the n channels to a processing device in a subsequent stage, the speed converting unit is configured to convert data of different numbers of channels m1 and m2 as the data of the m channels into the data of the n channels, and thereby to control the frequency of reading the data from the memory to be the same.
A blood glucose meter comprising: a blood glucose level measuring unit for measuring a blood glucose level of a patient; a blood glucose level table including a blood glucose level field storing the blood glucose level of the patient measured with the blood glucose level measuring unit and a date and time field storing a date and time when the blood glucose level measuring unit measured the blood glucose level of the patient; a display unit for displaying the blood glucose level stored in the blood glucose level field; a control unit giving a command to supply power to the display unit ; and an input/output controller configured to perform, in sequence, the power supply to the display unit according to a command given through the control unit , reading the blood glucose level measured during a predetermined period of time from the blood glucose level table to calculate an average value, comparing the average value with a first threshold and a second threshold, and displaying image information on the display unit according to a compared result, characterized in that the blood glucose level table includes an after-meal flag field indicating whether the patient measured a blood glucose level after a meal, and the input/output controller is configured to perform converting the blood glucose level related to an after-meal record where a logical value in the after-meal flag field is true into a pseudo blood glucose level measured before a meal, to calculate an average value. a blood glucose level measuring unit for measuring a blood glucose level of a patient; a blood glucose level table including a blood glucose level field storing the blood glucose level of the patient measured with the blood glucose level measuring unit and a date and time field storing a date and time when the blood glucose level measuring unit measured the blood glucose level of the patient; a display unit for displaying the blood glucose level stored in the blood glucose level field; a control unit giving a command to supply power to the display unit ; and an input/output controller configured to perform, in sequence, the power supply to the display unit according to a command given through the control unit , reading the blood glucose level measured during a predetermined period of time from the blood glucose level table to calculate an average value, comparing the average value with a first threshold and a second threshold, and displaying image information on the display unit according to a compared result,
Roller folding head suitable for attachment to a robot arm, comprising - a base body ; - a first folding roller in shape of a round disc, comprising a first folding surface along an edge circumference of the first folding roller and a first axis of rotation , wherein an axle bearing of the first axis of rotation is stationary connected to the base body; and - a second folding roller in shape of a round disc, comprising a second folding surface along an edge circumference of the second folding roller and a second axis of rotation , wherein an axle bearing of the second axis of rotation is adjustably connected to the base body so that a folding angle which the first folding surface and the second folding surface enclose with one another is changeable, and - a motor ; characterised in that the roller folding head further comprising - a bevel gear , and - a worm gear, comprising a circular arc-shaped gear segment and a worm shaft , wherein the gear segment comprising an angular range of approximately 90° - 100° and wherein the axle bearing of the second axis of rotation is adjustable via the worm gear, wherein the second axis of rotation is fixedly connected to the gear segment and the motor is coupled to the worm shaft via the bevel gear .. - a base body ; - a first folding roller in shape of a round disc, comprising a first folding surface along an edge circumference of the first folding roller and a first axis of rotation , wherein an axle bearing of the first axis of rotation is stationary connected to the base body; and - a second folding roller in shape of a round disc, comprising a second folding surface along an edge circumference of the second folding roller and a second axis of rotation , wherein an axle bearing of the second axis of rotation is adjustably connected to the base body so that a folding angle which the first folding surface and the second folding surface enclose with one another is changeable, and - a motor ; characterised in that the roller folding head further comprising - a bevel gear , and - a worm gear, comprising a circular arc-shaped gear segment and a worm shaft , wherein the gear segment comprising an angular range of approximately 90° - 100° and wherein the axle bearing of the second axis of rotation is adjustable via the worm gear, wherein the second axis of rotation is fixedly connected to the gear segment and the motor is coupled to the worm shaft via the bevel gear ..
An SGLT2 inhibitor or a pharmaceutically acceptable form thereof for use in the treatment and/or prevention of a metabolic disorder of an equine animal, wherein said SGLT2 inhibitor is 1-cyano-2-(4-cyclopropyl-benzyl)-4-(β-D-glucopyranos-1-yl)-benzene, represented by formula :
A piston-cylinder unit a) with a cylinder which has a cylinder head , b) with a piston which can be axially moved in the cylinder and c) with a piston motion sensor , d) wherein the piston motion sensor is arranged in a transverse bore of the cylinder head , this transverse bore having a longitudinal axis , and e) a positioning and/or alignment element is supported in the transverse bore in the direction of the longitudinal axis of the transverse bore and the piston motion sensor is supported on the positioning and/or alignment element in the direction of the longitudinal axis , characterised in that f) the piston motion sensor is retained on the positioning and/or alignment element via a permanent magnet . a) with a cylinder which has a cylinder head , b) with a piston which can be axially moved in the cylinder and c) with a piston motion sensor , d) wherein the piston motion sensor is arranged in a transverse bore of the cylinder head , this transverse bore having a longitudinal axis , and e) a positioning and/or alignment element is supported in the transverse bore in the direction of the longitudinal axis of the transverse bore and the piston motion sensor is supported on the positioning and/or alignment element in the direction of the longitudinal axis , characterised in that f) the piston motion sensor is retained on the positioning and/or alignment element via a permanent magnet .
A method for generating a MAP message describing the static physical geometry layout of one or more intersections, the method comprising: receiving , over a network , map data for an intersection ; calculating , using a processor, a reference point location of a reference point for the intersection from the map data; calculating, using the processor, offset values relative to the reference point location for a plurality of lanes of the intersection from the map data, so as to define the physical structure of the lanes leading to and away from the reference point of the intersection; and generating the MAP message using the reference point location and offset values. receiving , over a network , map data for an intersection ; calculating , using a processor, a reference point location of a reference point for the intersection from the map data; calculating, using the processor, offset values relative to the reference point location for a plurality of lanes of the intersection from the map data, so as to define the physical structure of the lanes leading to and away from the reference point of the intersection; and generating the MAP message using the reference point location and offset values.
An airfoil , comprising: a suction sidewall and a pressure sidewall , each sidewall extending spanwise from an airfoil base and extending chordwise between a leading edge and a trailing edge ; a tip wall (66; 166; 266) extending chordwise from said leading edge to said trailing edge and joining respective outer spanwise ends of said suction and pressure sidewalls (54; 52); a tip leakage control channel (70; 170; 270) recessed into said tip wall (66; 166; 266), said tip leakage control channel (70; 170; 270) including a control channel floor (86; 186; 286) that extends between a first control channel vane sidewall (82A; 182A; 282A) and a second control channel vane sidewall (82B; 182B; 282B) established by a corresponding tip leakage control vane (71; 171; 271); an internal cooling cavity (88; 188; 288) disposed between said suction sidewall and said pressure sidewall ; and a channel cooling aperture (90; 190; 290) that feeds airflow from said internal cooling cavity (88; 188; 288) to said tip leakage control channel (70; 170; 270), characterised by further comprising: a tip shelf (68; 168; 268) recessed into a pressure side surface of a tip rib (78; 178; 278), the tip shelf (68; 168; 268) having cooling apertures (92; 192; 292) in fluid communication with a microcircuit (94; 194; 294). a suction sidewall and a pressure sidewall , each sidewall extending spanwise from an airfoil base and extending chordwise between a leading edge and a trailing edge ; a tip wall (66; 166; 266) extending chordwise from said leading edge to said trailing edge and joining respective outer spanwise ends of said suction and pressure sidewalls (54; 52); a tip leakage control channel (70; 170; 270) recessed into said tip wall (66; 166; 266), said tip leakage control channel (70; 170; 270) including a control channel floor (86; 186; 286) that extends between a first control channel vane sidewall (82A; 182A; 282A) and a second control channel vane sidewall (82B; 182B; 282B) established by a corresponding tip leakage control vane (71; 171; 271); an internal cooling cavity (88; 188; 288) disposed between said suction sidewall and said pressure sidewall ; and a channel cooling aperture (90; 190; 290) that feeds airflow from said internal cooling cavity (88; 188; 288) to said tip leakage control channel (70; 170; 270), characterised by further comprising: a tip shelf (68; 168; 268) recessed into a pressure side surface of a tip rib (78; 178; 278), the tip shelf (68; 168; 268) having cooling apertures (92; 192; 292) in fluid communication with a microcircuit (94; 194; 294).
A light-emitting diode comprising: - a first electrode ; - a first layer of semiconductor doped to a first conductivity type and comprising a first face arranged on the first electrode side; - a second layer of semiconductor doped to a second conductivity type, opposite to the first conductivity type; - a region of radiative recombination of electric charge carriers of the first and second conductivity types arranged between, or at the interface of, a second face , opposite the first face , of the first layer and a first face of the second layer ; - a third layer of semiconductor doped to the second conductivity type; - a fourth layer of semiconductor arranged between a second face , opposite the first face , of the second layer and the third layer ; - a second electrode arranged against at least part of at least one side face of the third layer and against only part of at least one side face of the fourth layer ; and wherein the semiconductor of the fourth layer forms, in relation to the semiconductor of the third layer , an energy barrier of at least 100 MeV against a flow of electric charge carriers of the second conductivity type from the second electrode to the second layer . - a first electrode ; - a first layer of semiconductor doped to a first conductivity type and comprising a first face arranged on the first electrode side; - a second layer of semiconductor doped to a second conductivity type, opposite to the first conductivity type; - a region of radiative recombination of electric charge carriers of the first and second conductivity types arranged between, or at the interface of, a second face , opposite the first face , of the first layer and a first face of the second layer ; - a third layer of semiconductor doped to the second conductivity type; - a fourth layer of semiconductor arranged between a second face , opposite the first face , of the second layer and the third layer ; - a second electrode arranged against at least part of at least one side face of the third layer and against only part of at least one side face of the fourth layer ; and wherein the semiconductor of the fourth layer forms, in relation to the semiconductor of the third layer , an energy barrier of at least 100 MeV against a flow of electric charge carriers of the second conductivity type from the second electrode to the second layer .
A consumable package assembly , comprising a consumable container and an outer packaging portion , wherein the consumable container comprises a chip , and the outer packaging portion comprises an accommodating portion for accommodating the consumable container , wherein the outer packaging portion comprises a first through hole configured to expose at least a part of the chip , characterised in that the outer packaging portion comprises a second through hole configured to expose at least part of the accommodating portion, so as to position the consumable container , and the second through hole is configured such that at least a part of the chip device for operating the chip is capable of being inserted into the accommodating portion to position the consumable container .
A structure comprising, in this order, i) at least one facade panel or facade coating, comprising a plaster supporting panel and/or an insulation panel, ii) at least one adhesive and installation layer, and iii) at least one building-integrated photovoltaic module comprising, in this order, a) a photovoltaic composite layer system , comprising at least one thin-film photovoltaic element, b) a first coupling layer , c) a bonding and compensation layer having a first side facing the first coupling layer and an opposite second side, established and designed to compensate for elongations or changes in shape of at least one layer adjacent to the first side and/or to compensate for elongations or changes in shape of a layer connected via the second side and/or to compensate for relative position changes of at least one layer adjacent to the first side and the layer connected via the second side, iv) if necessary, at least one transparent protective layer , wherein the adhesive and installation layer connects the photovoltaic module via the bonding and compensation layer thereof to the facade panel or facade coating, wherein the adhesive and installation layer comprises or consists of a mineral binder composition, wherein the bonding and compensation layer is connected to the adhesive and installation layer, and wherein the structure comprises supply lines which are installed in correspondingly constructed grooves of the facade panel or facade coating and/or the adhesive and installation layer. i) at least one facade panel or facade coating, comprising a plaster supporting panel and/or an insulation panel, ii) at least one adhesive and installation layer, and iii) at least one building-integrated photovoltaic module comprising, in this order, a) a photovoltaic composite layer system , comprising at least one thin-film photovoltaic element, b) a first coupling layer , c) a bonding and compensation layer having a first side facing the first coupling layer and an opposite second side, established and designed to compensate for elongations or changes in shape of at least one layer adjacent to the first side and/or to compensate for elongations or changes in shape of a layer connected via the second side and/or to compensate for relative position changes of at least one layer adjacent to the first side and the layer connected via the second side, a) a photovoltaic composite layer system , comprising at least one thin-film photovoltaic element, b) a first coupling layer , c) a bonding and compensation layer having a first side facing the first coupling layer and an opposite second side, established and designed to compensate for elongations or changes in shape of at least one layer adjacent to the first side and/or to compensate for elongations or changes in shape of a layer connected via the second side and/or to compensate for relative position changes of at least one layer adjacent to the first side and the layer connected via the second side, iv) if necessary, at least one transparent protective layer ,
Process for preparing alkyl methacrylates, in which methacrolein is prepared in a first reaction stage in a reactor I and this is oxidatively esterified with an alcohol in a second reaction stage in a reactor II to give an alkyl methacrylate, characterized in that a. the reactor output from reactor II is separated into a fraction containing the predominant portion of the alkyl methacrylate and a second fraction containing methacrylic acid and an alkyl alkoxyisobutyrate, and in that b. this second fraction is converted in a reactor III in such a way that further alkyl methacrylate is formed from the alkyl alkoxyisobutyrate and the methacrylic acid. a. the reactor output from reactor II is separated into a fraction containing the predominant portion of the alkyl methacrylate and a second fraction containing methacrylic acid and an alkyl alkoxyisobutyrate, and in that b. this second fraction is converted in a reactor III in such a way that further alkyl methacrylate is formed from the alkyl alkoxyisobutyrate and the methacrylic acid.
A power amplifier comprising a first and a second sub-amplifier for amplification of an input signal into an output signal, wherein the first and second sub-amplifiers are connected to an input network for receiving the input signal at an input port of the input network , and the first and second sub-amplifiers are connected to an output network for providing the output signal at an output port of the output network , wherein the output network comprises a first transmission line and a second transmission line connected to the first sub-amplifier and the second sub-amplifier , respectively, wherein the power amplifier further comprises a third sub-amplifier for amplification of the input signal into the output signal, wherein the third sub-amplifier is connected to the input network and the output network , wherein the output network further comprises a third transmission line connected to the third sub-amplifier , wherein the first and second sub-amplifiers are operable in a first mode at a first frequency range, wherein the second and third sub-amplifiers are operable in a second mode at a second frequency range, and wherein the first and third sub-amplifiers are operable in a third mode at a third frequency range, each of the first, second and third modes comprises a respective out-phasing mode in a respective part of an amplitude range of the power amplifier wherein the respective two sub-amplifiers (111, 112; 112, 113; 111, 113) in each of the first, second and third modes are operating at maximum voltage in a respective part of an amplitude range of the power amplifier , for which a change in their combined outputs depends only on change in phase difference between these respective two sub-amplifiers (111, 112; 112, 113; 111, 113), so that the power amplifier is operable in the first mode, the second mode, and the third mode, wherein each of the first, second, and third modes is an at least partial Chireix mode.
A load detecting device for attachment to a structure under load, comprising a carrier unit and a plurality of strain gages , wherein the carrier unit comprises a first and a second mounting section arranged along a longitudinal axis and connected by a sensing section , wherein the plurality of strain gages are arranged at the sensing section of the carrier unit , and wherein the sensing section includes two connecting elements extending along the longitudinal axis between the first mounting section and the second mounting section , each of the connecting elements being curved and having a convex side , the convex sides of the two connecting elements facing each other, characterized in that the first mounting section of the carrier unit comprises a mounting bore extending along a first mounting axis and the second mounting section of the carrier unit comprises a mounting bore extending along a second mounting axis , wherein the first mounting axis and the second mounting axis extend parallel to each other and perpendicular to the longitudinal axis of the carrier unit , and wherein the connecting elements of the sensing section extend substantially parallel to a plane defined by the first mounting axis and the second mounting axis .