mhurhangee/patent-ind-claim-en huggingface dataset:
A camera module , comprising: a circuit board having a first surface and an opposite second surface; a photosensitive element mounted on the first surface of the circuit board; and a support body formed on the circuit board and surrounding the photosensitive element, wherein the support body extends toward the photosensitive element and contacts the photosensitive element, covering at least a part of an edge region of the photosensitive element, and wherein the support body and the circuit board are fixed together to form a combined body; wherein the camera module has a lead wire electrically connecting the photosensitive element and the circuit board , wherein the support body covers the lead wire, and the circuit board has a soldering point connected to the lead wire ; wherein the combined body has a side surface , the side surface includes an indented surface indented toward the direction of the photosensitive element, and one end of the indented surface located on a bottom surface of the circuit board represents a first end of the indented surface , which bottom surface represents the second surface of the circuit board; and wherein in a direction parallel to the bottom surface of the circuit board, a distance from the first end to the soldering point is 0.05 mm or more. a circuit board having a first surface and an opposite second surface; a photosensitive element mounted on the first surface of the circuit board; and a support body formed on the circuit board and surrounding the photosensitive element, wherein the support body extends toward the photosensitive element and contacts the photosensitive element, covering at least a part of an edge region of the photosensitive element, and wherein the support body and the circuit board are fixed together to form a combined body; wherein the camera module has a lead wire electrically connecting the photosensitive element and the circuit board , wherein the support body covers the lead wire, and the circuit board has a soldering point connected to the lead wire ; wherein the combined body has a side surface , the side surface includes an indented surface indented toward the direction of the photosensitive element, and one end of the indented surface located on a bottom surface of the circuit board represents a first end of the indented surface , which bottom surface represents the second surface of the circuit board; and wherein in a direction parallel to the bottom surface of the circuit board, a distance from the first end to the soldering point is 0.05 mm or more.
A measuring device (2; 2') for measuring a temperature and an electrical voltage between two electrical connection terminals of an electrical protection device (10; 10'), the measuring device comprising: • a housing (4; 4') comprising at least two coupling studs projecting from one face of the housing, each of the coupling studs being shaped to cooperate with one of the electrical connection terminals; • an electrical voltage measuring module comprising at least two electrical contacts made of an electrically conductive and thermally conductive material, each electrical contact being at least partially received in one of the coupling studs and being shaped to come into direct contact with an electrical connection terminal of the electrical protection device when the measuring device is mounted on the electrical protection device; • a temperature sensor thermally coupled to the electrical contacts ; • a processor coupled to the temperature sensor and the electrical voltage measurement module; wherein the processor is configured to analyse the temperature and electrical voltage data measured, respectively, by the temperature sensor and the voltage measurement module and to generate data representative of the temperature of the electrical connection terminals and the electrical voltage between the electrical connection terminals, and wherein the processor is configured to send, using a communication interface of the measuring device, a message comprising the generated data. • a housing (4; 4') comprising at least two coupling studs projecting from one face of the housing, each of the coupling studs being shaped to cooperate with one of the electrical connection terminals; • an electrical voltage measuring module comprising at least two electrical contacts made of an electrically conductive and thermally conductive material, each electrical contact being at least partially received in one of the coupling studs and being shaped to come into direct contact with an electrical connection terminal of the electrical protection device when the measuring device is mounted on the electrical protection device; • a temperature sensor thermally coupled to the electrical contacts ; • a processor coupled to the temperature sensor and the electrical voltage measurement module;
Filling level indicator, composed of a sound-conducting tube and a filling level sensor having an ultrasonic transceiver and a sensor electronics unit, characterized in that the ultrasonic transceiver is disposed in a housing which is composed of a ceramic substrate and a metal cover soldered to the substrate , in that the ultrasonic transceiver by way of at least the sound-emitting region is connected to the substrate , in that the ceramic substrate serves as a circuit board and support for a sensor electronics unit which is disposed next to the ultrasonic transceiver in the housing , and in that the ceramic substrate is connected to the metal cover in a hermetically sealed manner.
A working tool designed for the receiving of flat blanks, the working tool comprising - a base , - at least two elastic cantilever arms , which are supported in a hanging position by the base, as well as - at least one means for each of the at least two elastic cantilever arms , which are supported in a hanging position by the base , each of which at least one means can produce a detachable connection to each particular flat blank, such that the particular flat blank is fixed by the detachable connections of the means to the working tool , wherein - each of the at least two elastic cantilever arms are held in two different mounting positions at the base , each of which two different mounting positions at the base are offset relative to each other in vertical direction and/or in horizontal direction, characterised in that - the at least two cantilever arms of the working tool , which are supported by the base in a hanging position, are each designed preferably as a one-piece moulded part and/or are each designed preferably as a bow formed in one piece, wherein - the at least two cantilever arms supported in a hanging position by the base , which two cantilever arms are each designed preferably as a one-piece moulded part and/or which are each designed preferably as a bow formed in one piece, each have a first leg and a second leg that is laterally adjacent to the first leg , wherein the first leg faces toward the base with a different pitch compared to the second leg . - a base , - at least two elastic cantilever arms , which are supported in a hanging position by the base, as well as - at least one means for each of the at least two elastic cantilever arms , which are supported in a hanging position by the base , each of which at least one means can produce a detachable connection to each particular flat blank, such that the particular flat blank is fixed by the detachable connections of the means to the working tool , wherein - each of the at least two elastic cantilever arms are held in two different mounting positions at the base , each of which two different mounting positions at the base are offset relative to each other in vertical direction and/or in horizontal direction, characterised in that - the at least two cantilever arms of the working tool , which are supported by the base in a hanging position, are each designed preferably as a one-piece moulded part and/or are each designed preferably as a bow formed in one piece, wherein - the at least two cantilever arms supported in a hanging position by the base , which two cantilever arms are each designed preferably as a one-piece moulded part and/or which are each designed preferably as a bow formed in one piece, each have a first leg and a second leg that is laterally adjacent to the first leg , wherein the first leg faces toward the base with a different pitch compared to the second leg .
Process for producing a polycarbonate by the melt transesterification process comprising at least the following steps: (a)dissolving a monophenol in an aqueous phase and dissolving a carbonyl halide in an organic solvent, (b)reacting the monophenol dissolved in the aqueous phase with the carbonyl halide dissolved in the organic solvent to give a diaryl carbonate dissolved in the organic solvent, (c)feeding this diaryl carbonate dissolved in the organic solvent to step (d), (d)removing the organic solvent from the diaryl carbonate obtained in step (b) and feeding this diaryl carbonate to step (e) and recycling the organic solvent to step (a), (e) reacting one or more diphenols with the diaryl carbonate from step (d) to give a polycarbonate and a monophenol, wherein the organic solvent comprises the following components: Methylene chloride 0 to 99.65% by weight, Chlorobenzene 0 to 99.65% by weight Chloroform 0 to 99.65% by weight Chloroethane 0.3 to 10% by weight, Tetrachloromethane 0.05 to 7.0% by weight, other components 0 to 2.0% by weight, wherein the sum total of the contents of methylene chloride, chlorobenzene and chloroform is at least 81.00% by weight and at most 99.65% by weight, and wherein the sum total of the contents of methylene chloride, chlorobenzene and chloroform is made up to 100% by weight by the sum total of the contents of chloroethane, tetrachloromethane and the other components. (a)dissolving a monophenol in an aqueous phase and dissolving a carbonyl halide in an organic solvent, (b)reacting the monophenol dissolved in the aqueous phase with the carbonyl halide dissolved in the organic solvent to give a diaryl carbonate dissolved in the organic solvent, (c)feeding this diaryl carbonate dissolved in the organic solvent to step (d), (d)removing the organic solvent from the diaryl carbonate obtained in step (b) and feeding this diaryl carbonate to step (e) and recycling the organic solvent to step (a), (e) reacting one or more diphenols with the diaryl carbonate from step (d) to give a polycarbonate and a monophenol, wherein the organic solvent comprises the following components: Methylene chloride 0 to 99.65% by weight, Chlorobenzene 0 to 99.65% by weight Chloroform 0 to 99.65% by weight Chloroethane 0.3 to 10% by weight, Tetrachloromethane 0.05 to 7.0% by weight, other components 0 to 2.0% by weight, wherein the sum total of the contents of methylene chloride, chlorobenzene and chloroform is at least 81.00% by weight and at most 99.65% by weight, and wherein the sum total of the contents of methylene chloride, chlorobenzene and chloroform is made up to 100% by weight by the sum total of the contents of chloroethane, tetrachloromethane and the other components. wherein the sum total of the contents of methylene chloride, chlorobenzene and chloroform is at least 81.00% by weight and at most 99.65% by weight, and wherein the sum total of the contents of methylene chloride, chlorobenzene and chloroform is made up to 100% by weight by the sum total of the contents of chloroethane, tetrachloromethane and the other components.
Process for producing a foam film laminate comprising at least one compact covering layer and at least one layer of extruded foamed plastic joined to the covering layer, wherein the production of the layer of foamed plastic is effected in a manner where a plastics material is admixed with a chemical blowing agent which is solid at room temperature and during or after extrusion is heated to or above the activation temperature of the blowing agent to obtain the layer of foamed plastic, wherein the plastics composition contains - 15 to 80 parts by wt of at least one first polymer having a content of polyethylene of at least 50 wt% based on the first polymer, - 15 to 80 parts by wt of at least one second polymer having a content of polypropylene of at least 50 wt% based on the second polymer, characterized in that the plastics material contains 5 to 60 parts by wt of at least one HMS polyolefin having a stretching viscosity according to ISO 20965 (as at February 15, 2005, type A measuring apparatus) of 10 4 to 10 7 Pa.s measured at 190°C in a Hencky strain rate range of 0.01 s -1 to 1 s -1 at a Hencky strain of 3.0, wherein the parts by weight of the polymers sum to 100. - 15 to 80 parts by wt of at least one first polymer having a content of polyethylene of at least 50 wt% based on the first polymer, - 15 to 80 parts by wt of at least one second polymer having a content of polypropylene of at least 50 wt% based on the second polymer,
Method for operating a public address system comprising a central processing unit that feeds audio signals to a plurality of parallel-connected loudspeakers via a two-wire loop that is routed via isolator modules, each of which comprises - at least one switch to interrupt the loop in the event of a short circuit, - a controlling microcontroller, - an energy store that can be recharged from the loop, - and voltage test circuits for an AC supply voltage supplied by the central processing unit, characterised in that when the loop is started up, the central processing unit measures the impedance of said loop step by step from the first to the last isolator module as well as the impedance of the entire loop, enters the measured values as target values into an impedance table, during operation periodically measures the impedance of the entire loop and compares said impedance with the corresponding target value from the impedance table, generates a fault notification if a discrepancy is detected, and determines and displays the fault location by comparing the measured value with the individual target values in the impedance table. - at least one switch to interrupt the loop in the event of a short circuit, - a controlling microcontroller, - an energy store that can be recharged from the loop, - and voltage test circuits for an AC supply voltage supplied by the central processing unit,
Microcapsule comprising at least one active substance selected from lutein and lutein esters embedded in a matrix comprising low bloom fish gelatine having a strength of 100 bloom or less and optionally one or more other matrix components, wherein the content of said at least one active substance calculated as free lutein is from 0.5 to 25 % of total weight of the microcapsule, and which microcapsule does not comprise any added emulsifier.
Method for operating a drive train having an electromotive drive , wherein a rotational speed and a drive torque of the drive can be converted via a toothed gear stage for an output , and the drive is controlled by a control signal , wherein a periodic torque change signal is superimposed on the control signal , which periodic torque change signal alternately reduces and increases the drive torque and in the process is in phase with a change in tooth stiffness of the toothed gear stage , wherein a signal strength of the torque change signal with a decreasing tooth stiffness is lower than with an increasing tooth stiffness, characterized in that the periodic torque change signal simulates the tooth stiffness and is stored in a table or is described by a mathematical function with which the tooth stiffness is approximated. a rotational speed and a drive torque of the drive can be converted via a toothed gear stage for an output , and the drive is controlled by a control signal , wherein a periodic torque change signal is superimposed on the control signal , which periodic torque change signal alternately reduces and increases the drive torque and in the process is in phase with a change in tooth stiffness of the toothed gear stage , wherein a signal strength of the torque change signal with a decreasing tooth stiffness is lower than with an increasing tooth stiffness, characterized in that the periodic torque change signal simulates the tooth stiffness and is stored in a table or is described by a mathematical function with which the tooth stiffness is approximated.
A pharmaceutical composition comprising 23 hydroxy ursolic acid or a pharmaceutically acceptable salt thereof for use in a method of reducing the risk of vascular disease by attenuating monocyte hypersensitivity in a subject, the use comprising: administering to the subject an effective amount of the pharmaceutical composition comprising the 23 hydroxy ursolic acid or the pharmaceutically acceptable salt thereof, wherein monocyte hypersensitivity is attenuated.
A method performed by a transmitting device using semi-orthogonal multiple access, SOMA, the method comprising: determining , by the transmitting device, power allocations, sub-quadrature amplitude modulation, sub-QAM, allocations, and coding rates for a first receiving device and a second receiving device in accordance with channel information associated with the first receiving device and the second receiving device; and transmitting , by the transmitting device to the first receiving device, information about a first power allocation for the first receiving device, and a first sub-QAM allocation for the first receiving device, wherein transmitting the information comprises: selecting a constellation map out of a plurality of constellation maps, wherein the constellation map is selected in accordance with the first power allocation for the first receiving device and a second power allocation for the second receiving device; and transmitting an indicator of the selected constellation map to the first receiving device. determining , by the transmitting device, power allocations, sub-quadrature amplitude modulation, sub-QAM, allocations, and coding rates for a first receiving device and a second receiving device in accordance with channel information associated with the first receiving device and the second receiving device; and transmitting , by the transmitting device to the first receiving device, information about a first power allocation for the first receiving device, and a first sub-QAM allocation for the first receiving device, wherein transmitting the information comprises: selecting a constellation map out of a plurality of constellation maps, wherein the constellation map is selected in accordance with the first power allocation for the first receiving device and a second power allocation for the second receiving device; and transmitting an indicator of the selected constellation map to the first receiving device.
Hydrostatic axial piston pump comprising a pump controller and comprising an electronics system in which a block characteristic and a Q characteristic are stored, the block characteristic and Q characteristic both defining a duty cycle of at least one pressure control valve depending on a rotation speed (n) of a drive shaft of the axial piston pump, wherein the block characteristic describes a desired behaviour of the axial piston pump in a first operating state under high torque and low rotation speed or low delivery quantity, wherein the Q characteristic a desired behaviour of the axial piston pump in a second operating mode with output of a maximum delivery quantity, in the case of which the axial piston pump is intended to pivot open quickly against hydromechanical restoring forces, wherein the electronics system is configured to mix the output variables of the two characteristics using a computer element with a mixing ratio which is dependent on the pivot angle (α) of the axial piston pump, wherein a resulting duty cycle can be calculated by the electronics system on the basis of the mixing ratio. wherein the block characteristic describes a desired behaviour of the axial piston pump in a first operating state under high torque and low rotation speed or low delivery quantity, wherein the Q characteristic a desired behaviour of the axial piston pump in a second operating mode with output of a maximum delivery quantity, in the case of which the axial piston pump is intended to pivot open quickly against hydromechanical restoring forces, wherein the electronics system is configured to mix the output variables of the two characteristics using a computer element with a mixing ratio which is dependent on the pivot angle (α) of the axial piston pump, wherein a resulting duty cycle can be calculated by the electronics system on the basis of the mixing ratio.
A position capturing device for tooth implants in the mouth of a patient, having multiple position capturing units which each comprise an elongated transfer post with a shank , a tooth implant interface and a bore for receiving a tooth implant screw, a carrier unit for interconnecting the multiple position capturing units in order to fix the position thereof with respect to one another, characterized in that the carrier unit comprises at least one carrier element and at least two fixing elements , and each fixing element comprises a fastening element for the pivotable and lockable attachment on the carrier element, and a shank-receiving element for the releasable fastening on the shank of the transfer post, wherein the shank receiving element and the fastening element are connected together so as to be rotatable and the distance between the shank-receiving elements with respect to one another is adjustable. multiple position capturing units which each comprise an elongated transfer post with a shank , a tooth implant interface and a bore for receiving a tooth implant screw, a carrier unit for interconnecting the multiple position capturing units in order to fix the position thereof with respect to one another, the carrier unit comprises at least one carrier element and at least two fixing elements , and each fixing element comprises a fastening element for the pivotable and lockable attachment on the carrier element, and a shank-receiving element for the releasable fastening on the shank of the transfer post, wherein the shank receiving element and the fastening element are connected together so as to be rotatable and the distance between the shank-receiving elements with respect to one another is adjustable. a fastening element for the pivotable and lockable attachment on the carrier element, and a shank-receiving element for the releasable fastening on the shank of the transfer post, wherein the shank receiving element and the fastening element are connected together so as to be rotatable and the distance between the shank-receiving elements with respect to one another is adjustable.