mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a display device comprising: receiving (S101) voice data; separating (S103) the received voice data into pieces of voice data for speakers; and performing control such that pieces of content according to the pieces of voice data, which have been separated for the speakers are respectively output on multi-view screen areas, when a current playback mode is a multi-view mode, characterised in that the performing of the control includes: extracting content information currently being played in each of the multi-view screen areas, and determining whether simultaneous output is possible based on comparing the extracted content information currently being played on each of the multi-view screen areas with content according to voice data mapped to a corresponding multi-view screen area, and outputting the content, when simultaneous output is possible. receiving (S101) voice data; separating (S103) the received voice data into pieces of voice data for speakers; and performing control such that pieces of content according to the pieces of voice data, which have been separated for the speakers are respectively output on multi-view screen areas, when a current playback mode is a multi-view mode, characterised in that the performing of the control includes: extracting content information currently being played in each of the multi-view screen areas, and determining whether simultaneous output is possible based on comparing the extracted content information currently being played on each of the multi-view screen areas with content according to voice data mapped to a corresponding multi-view screen area, and outputting the content, when simultaneous output is possible. extracting content information currently being played in each of the multi-view screen areas, and determining whether simultaneous output is possible based on comparing the extracted content information currently being played on each of the multi-view screen areas with content according to voice data mapped to a corresponding multi-view screen area, and outputting the content, when simultaneous output is possible.
Heat transfer device , in particular an exhaust gas heat transfer device, comprising - tubes held at both ends in a tube sheet , for conducting a gaseous medium, - a housing adjoining the tube sheets and enclosing the tubes , to conduct a cooling medium, - at least one diffuser which adjoins the tube sheet and/or the housing on the outlet side or on the inlet side and which has a first flange facing the housing and a second flange facing away therefrom, wherein the at least one diffuser is formed with the two flanges as a one-piece deep-drawn part, characterised in that , - at least two threads are arranged in the region of the second flange , via which threads screw engagement to an upstream or downstream component is possible, - the at least two threads are produced in one piece with the second flange by reshaping, in particular by placing two screw openings through the second flange and subsequent rolling, or the at least two threads are each formed from a nut , which nut is arranged on an inner side of the second flange , in alignment with an associated screw opening . - tubes held at both ends in a tube sheet , for conducting a gaseous medium, - a housing adjoining the tube sheets and enclosing the tubes , to conduct a cooling medium, - at least one diffuser which adjoins the tube sheet and/or the housing on the outlet side or on the inlet side and which has a first flange facing the housing and a second flange facing away therefrom, wherein the at least one diffuser is formed with the two flanges as a one-piece deep-drawn part, - at least two threads are arranged in the region of the second flange , via which threads screw engagement to an upstream or downstream component is possible, - the at least two threads are produced in one piece with the second flange by reshaping, in particular by placing two screw openings through the second flange and subsequent rolling, or the at least two threads are each formed from a nut , which nut is arranged on an inner side of the second flange , in alignment with an associated screw opening .
A fingerprint collection method, comprising: obtaining , by a terminal, a fingerprint collection instruction, wherein the fingerprint collection instruction is used to instruct to collect a fingerprint by using a fingerprint sensor integrated on a function key; collecting , by the terminal by using the fingerprint sensor based on the fingerprint collection instruction, fingerprint information recorded by a user on the function key; obtaining , by the terminal on the function key at any moment of collecting the fingerprint information, a first key event triggered by the user, wherein the first key event is any operation other than a fingerprint recording event; and discarding , by the terminal, the first key event; wherein the discarding, by the terminal, the first key event comprises: determining, by the terminal, a priority of the first key event and a priority of collecting the fingerprint information; and discarding, by the terminal, the first key event if the priority of collecting the fingerprint information is higher than the priority of the first key event. obtaining , by a terminal, a fingerprint collection instruction, wherein the fingerprint collection instruction is used to instruct to collect a fingerprint by using a fingerprint sensor integrated on a function key; collecting , by the terminal by using the fingerprint sensor based on the fingerprint collection instruction, fingerprint information recorded by a user on the function key; obtaining , by the terminal on the function key at any moment of collecting the fingerprint information, a first key event triggered by the user, wherein the first key event is any operation other than a fingerprint recording event; and discarding , by the terminal, the first key event; wherein the discarding, by the terminal, the first key event comprises: determining, by the terminal, a priority of the first key event and a priority of collecting the fingerprint information; and discarding, by the terminal, the first key event if the priority of collecting the fingerprint information is higher than the priority of the first key event. determining, by the terminal, a priority of the first key event and a priority of collecting the fingerprint information; and discarding, by the terminal, the first key event if the priority of collecting the fingerprint information is higher than the priority of the first key event.
Thermal actuator arrangement for moving an actuator between a first actuating position (S1) and a second actuating position (S2), comprising: - a first partial actuator having a first thermal actuator element , to which a first opposing force (F1) is applied; - a second partial actuator having a second thermal actuator element to which a second opposing force (F2) is applied, wherein the actuator elements are configured to modify their shape against the opposing force (F1, F2) in each case due to the effect of a temperature change; - an actuator , which is coupled to the first partial actuator , such that, when the first actuator element is deactivated, the actuator is held in the first actuating position (S1) when a holding force (H) takes effect and, when the holding force (H) is eliminated, the actuator moves to the second actuating position (S2) due to the effect of the first opposing force (F1); - a securing element , which is coupled to the second partial actuator in order to provide the holding force (H) when the second actuator element is in the deactivated state and to reduce or eliminate the holding force (H) when the second actuator element is in the activated state. - a first partial actuator having a first thermal actuator element , to which a first opposing force (F1) is applied; - a second partial actuator having a second thermal actuator element to which a second opposing force (F2) is applied, wherein the actuator elements are configured to modify their shape against the opposing force (F1, F2) in each case due to the effect of a temperature change; - an actuator , which is coupled to the first partial actuator , such that, when the first actuator element is deactivated, the actuator is held in the first actuating position (S1) when a holding force (H) takes effect and, when the holding force (H) is eliminated, the actuator moves to the second actuating position (S2) due to the effect of the first opposing force (F1); - a securing element , which is coupled to the second partial actuator in order to provide the holding force (H) when the second actuator element is in the deactivated state and to reduce or eliminate the holding force (H) when the second actuator element is in the activated state.
Input circuit for fail-safe reading of an analogue input signal of at least one sensor (1.1), comprising - a first input connection and a second input connection to which the sensor (1.1) can be connected, and - a first current-measuring signal converter (2.1) which is connected to the first input terminal and comprises a first current measuring device which, during operation of the input circuit , is configured to determine a first output signal from the analogue input signal, - a current limiting device which is arranged within said first current measurement signal converter (2.1) and which is configured to limit a maximum current flowing through the first current measurement signal converter (2.1) during operation, - at least one second current-measuring signal converter (2.2) connected to the second input terminal and comprising a second current measuring device which, during operation of the input circuit , is configured to determine a second output signal from the analogue input signal, characterised in that the first current-measuring signal converter (2.1) and the second current-measuring signal converter (2.2) are electrically connected in series, wherein a second input of the first current measuring device is connected to a first input of the second current measuring device, and that the input circuit comprises a test device which is connected to the two current measuring signal converters (2.1, 2.2) and which is configured to compare the first output signal with the second output signal in order to detect faults in the current-measuring signal converters (2.1, 2.2) if deviations between the output signals exceed a predetermined or predeterminable limit value, and that the current limiting device forms a series regulator comprising a bipolar transistor and a Z-diode with a series resistor . - a first input connection and a second input connection to which the sensor (1.1) can be connected, and - a first current-measuring signal converter (2.1) which is connected to the first input terminal and comprises a first current measuring device which, during operation of the input circuit , is configured to determine a first output signal from the analogue input signal, - a current limiting device which is arranged within said first current measurement signal converter (2.1) and which is configured to limit a maximum current flowing through the first current measurement signal converter (2.1) during operation, - at least one second current-measuring signal converter (2.2) connected to the second input terminal and comprising a second current measuring device which, during operation of the input circuit , is configured to determine a second output signal from the analogue input signal, characterised in that the first current-measuring signal converter (2.1) and the second current-measuring signal converter (2.2) are electrically connected in series, wherein a second input of the first current measuring device is connected to a first input of the second current measuring device,
A horizontal blind for window or door openings having an upper rail and a lower rail between which a resizable sun protection device is disposed, the upper rail and the lower rail being disposed on tension strings so as to be freely displaceable independently of each other in the vertical direction, and the tension strings being fastened at the frame of the window or door opening, and the upper rail and the lower rail being held in a tensioned state by means of at least one spring mechanism independently of the position of the upper rail and the lower rail , characterized in that the horizontal blind comprises a coupling mechanism by means of which the upper rail and the lower rail are mechanically connected to one another, the upper rail and the lower rail being vertically displaceable on the tension strings by displacement of the upper rail or the lower rail at constant distance in sync with each other when the coupling device is in the engaged state.
A switching rocker arm assembly comprising: an outer arm having a first outer side arm and a second outer side arm , the outer arm further including a first tang extending from the first outer side arm and a second tang extending from the second outer side arm , the outer arm defining a first slot inboard of the first tang and a second slot inboard of the second tang , the outer arm further including a first outer arm torsional spring boss and a second outer arm torsional spring boss ; an inner arm disposed between the first and second outer side arms ; a bearing axle ; a first torsional bearing axle spring mounted around the first torsional spring boss and having a first end nestingly received at the first slot and a second end engaged to the bearing axle, wherein the first end is constrained laterally by the first tang ; and a second torsional bearing axle spring mounted around the second torsional spring boss and having a first end nestingly received at the second slot and a second end engaged to the bearing axle , wherein the first end is constrained laterally by the second tang . an outer arm having a first outer side arm and a second outer side arm , the outer arm further including a first tang extending from the first outer side arm and a second tang extending from the second outer side arm , the outer arm defining a first slot inboard of the first tang and a second slot inboard of the second tang , the outer arm further including a first outer arm torsional spring boss and a second outer arm torsional spring boss ; an inner arm disposed between the first and second outer side arms ; a bearing axle ; a first torsional bearing axle spring mounted around the first torsional spring boss and having a first end nestingly received at the first slot and a second end engaged to the bearing axle, wherein the first end is constrained laterally by the first tang ; and a second torsional bearing axle spring mounted around the second torsional spring boss and having a first end nestingly received at the second slot and a second end engaged to the bearing axle , wherein the first end is constrained laterally by the second tang .
An auto-location system for locating a position of a tire supporting a vehicle , the system comprising: a sensor unit being mounted on the tire , the sensor unit including a footprint length measurement sensor to measure a length of a footprint of the tire; a processor in electronic communication with the sensor unit , the processor being configured for receiving the measured footprint length; a driving event classifier for execution on the processor , the driving event classifier operationally employing the measured footprint length to determine the position of the tire on the vehicle ; and an auto-location output block for executing on the processor , the auto-location output block being configured for receiving the determined position of the tire on the vehicle and for generating a message correlating the sensor unit to the position of the tire on the vehicle ; characterized in that the system further comprises at least one of an acceleration T-test for employing acceleration data to compare footprint-length based position determinations, a braking-based T-test for employing braking data to compare footprint-length based position determinations, a right-turn based T-test for employing right turn data to compare right turn determinations, a left-turn based T-test for employing left turn data to compare left turn determinations, and a received signal strength indicator based T-test for employing received signal strength indicators to compare position determinations. a sensor unit being mounted on the tire , the sensor unit including a footprint length measurement sensor to measure a length of a footprint of the tire; a processor in electronic communication with the sensor unit , the processor being configured for receiving the measured footprint length; a driving event classifier for execution on the processor , the driving event classifier operationally employing the measured footprint length to determine the position of the tire on the vehicle ; and an auto-location output block for executing on the processor , the auto-location output block being configured for receiving the determined position of the tire on the vehicle and for generating a message correlating the sensor unit to the position of the tire on the vehicle ; characterized in that the system further comprises at least one of an acceleration T-test for employing acceleration data to compare footprint-length based position determinations, a braking-based T-test for employing braking data to compare footprint-length based position determinations, a right-turn based T-test for employing right turn data to compare right turn determinations, a left-turn based T-test for employing left turn data to compare left turn determinations, and a received signal strength indicator based T-test for employing received signal strength indicators to compare position determinations.
Strike plate for a lock fitting such as an espagnolette or espagnolette-lock, comprising: - at least one open housing (8; 8A) having a T-shaped cross section for receiving, in at least one locking position, a T-shaped locking roller , said housing (8; 8A) being defined by at least one bottom from which two substantially parallel side walls extend that are each terminated by a hooking return ; - a cover strip which defines the hooking returns at the end opposite the bottom of the side walls ; - characterized in that said strike plate comprises means for adjusting the distance which separates the bottom from the hooking returns , said adjusting means consisting of the cover strip which is elastically deformable. - at least one open housing (8; 8A) having a T-shaped cross section for receiving, in at least one locking position, a T-shaped locking roller , said housing (8; 8A) being defined by at least one bottom from which two substantially parallel side walls extend that are each terminated by a hooking return ; - a cover strip which defines the hooking returns at the end opposite the bottom of the side walls ; - characterized in that said strike plate comprises means for adjusting the distance which separates the bottom from the hooking returns , said adjusting means consisting of the cover strip which is elastically deformable.
A method of delivering a microbe or enzyme to a selected location, the method comprising: pumping a settable composition comprising a coated aggregate and an uncoated aggregate into a wellbore; the coated aggregate and the uncoated aggregate having a weight ratio of 1:99 to 99:1, the coated aggregate comprising an aggregate and a coating disposed on the aggregate; the coating comprising a polymer matrix and a calcium carbonate producing agent comprising a microbe, an enzyme, or a combination comprising at least one of the foregoing, the microbe is from a genus selected from Bacillus sp., Sporosarcina sp., Spoloactobacilus sp., Clostridium sp., Desulfotomaculum sp., or a combination thereof, and the enzyme comprises urease, amidase, carbonic anhydrase, glutamate dehydrogenase or glutamate synthase, wherein the coating further comprises urea, a calcium ion source, a nutrient for the microbe, a stabilizer for the enzyme, or a combination comprising at least one of the foregoing. pumping a settable composition comprising a coated aggregate and an uncoated aggregate into a wellbore; the coated aggregate and the uncoated aggregate having a weight ratio of 1:99 to 99:1, the coated aggregate comprising an aggregate and a coating disposed on the aggregate; the coating comprising a polymer matrix and a calcium carbonate producing agent comprising a microbe, an enzyme, or a combination comprising at least one of the foregoing, the microbe is from a genus selected from Bacillus sp., Sporosarcina sp., Spoloactobacilus sp., Clostridium sp., Desulfotomaculum sp., or a combination thereof, and the enzyme comprises urease, amidase, carbonic anhydrase, glutamate dehydrogenase or glutamate synthase, wherein the coating further comprises urea, a calcium ion source, a nutrient for the microbe, a stabilizer for the enzyme, or a combination comprising at least one of the foregoing.
Base plate, in particular for a power module , comprising a matrix formed of metal, in particular of aluminium, wherein at least two reinforcements are provided in said matrix next to each other, and wherein the reinforcements are spaced apart from each other and are plate-shaped, characterized in that a plurality of through holes for securing the base plate to a heat sink are provided in the matrix along the length as well as along the width of the base plate , wherein no reinforcement is provided between the through holes along the width of the base plate .
A plug connector housing , which has a cable connection element on which at least two cables, at least one first cable and at least one second cable can be fastened for shield connection and/or strain relief, wherein the cable connection element is formed from a flat material having an S-shaped base area and two fastening faces integrally formed thereon and protruding perpendicularly therefrom. wherein the two fastening faces are arranged on two mutually opposing fastening planes (E1,E2), in that they are arranged offset from one another and are parallel to one another, wherein the first cable is fixed on the first fastening face and the second cable is fixed on the second fastening face .