mhurhangee/patent-ind-claim-en huggingface dataset:
A sound absorbing system comprising: (a) a wall ; (b) a wall bracket that is affixed to the wall , the wall bracket comprising: (i) a fixing plate which is affixed to and lies along the wall surface; (ii) a spacer element connected to and projecting from the fixing plate so as to extend away from the wall ; (iii) a support element connected to the spacer element ; (c) a panel bracket comprising: (iv) a hook element arranged to hang on the support element of the wall bracket , wherein the hook element is configured so that when installed it will provide a barb plate whose plane is substantially vertical; and (v) at least two barbs connected to the hook element and extending from the barb plate and away from the wall , wherein the barbs extend upwardly such that the angle between the plane of the barbs and the wall is in the range 20 to 50 degrees; (d) an acoustic panel affixed to the panel bracket by means of the at least two barbs penetrating the panel ; such that the acoustic panel is positioned spaced away from the wall at a distance X from the wall and generally parallel to the wall . (a) a wall ; (b) a wall bracket that is affixed to the wall , the wall bracket comprising: (i) a fixing plate which is affixed to and lies along the wall surface; (ii) a spacer element connected to and projecting from the fixing plate so as to extend away from the wall ; (iii) a support element connected to the spacer element ; (i) a fixing plate which is affixed to and lies along the wall surface; (ii) a spacer element connected to and projecting from the fixing plate so as to extend away from the wall ; (iii) a support element connected to the spacer element ; (c) a panel bracket comprising: (iv) a hook element arranged to hang on the support element of the wall bracket , wherein the hook element is configured so that when installed it will provide a barb plate whose plane is substantially vertical; and (v) at least two barbs connected to the hook element and extending from the barb plate and away from the wall , wherein the barbs extend upwardly such that the angle between the plane of the barbs and the wall is in the range 20 to 50 degrees; (iv) a hook element arranged to hang on the support element of the wall bracket , wherein the hook element is configured so that when installed it will provide a barb plate whose plane is substantially vertical; and (v) at least two barbs connected to the hook element and extending from the barb plate and away from the wall , wherein the barbs extend upwardly such that the angle between the plane of the barbs and the wall is in the range 20 to 50 degrees; (d) an acoustic panel affixed to the panel bracket by means of the at least two barbs penetrating the panel ;
A heart valve prosthesis configured to be anchored to an interventricular septum, the heart valve prosthesis comprises a valve supporting frame and a fixing device ; the valve supporting frame comprises a valve stitching section and an artificial valve ; the artificial valve is fixedly connected to the valve stitching section ; the fixing device comprises a fixing and supporting section and a fixing member ; one end of the fixing and supporting section is connected to a proximal portion of the valve stitching section ; and another end of the fixing and supporting section is configured to be connected solely to the interventricular septum of a patient by the fixing member , to support the heart valve prosthesis and limit axial movement of the heart valve prosthesis ; wherein the fixing and supporting section is provided with a curved section, which is configured to enable a proximal portion of the fixing and supporting section to cling to the interventricular septum of the patient; characterized in that : the fixing and supporting section comprises a plurality of rods or wires; one end of each of the plurality of rods or wires is connected to the valve stitching section ; and other ends of the plurality of rods or wires are mutually connected and are configured to be connected to the interventricular septum of the patient by the fixing member . the heart valve prosthesis comprises a valve supporting frame and a fixing device ; the valve supporting frame comprises a valve stitching section and an artificial valve ; the artificial valve is fixedly connected to the valve stitching section ; the fixing device comprises a fixing and supporting section and a fixing member ; one end of the fixing and supporting section is connected to a proximal portion of the valve stitching section ; and another end of the fixing and supporting section is configured to be connected solely to the interventricular septum of a patient by the fixing member , to support the heart valve prosthesis and limit axial movement of the heart valve prosthesis ; wherein the fixing and supporting section is provided with a curved section, which is configured to enable a proximal portion of the fixing and supporting section to cling to the interventricular septum of the patient; characterized in that : the fixing and supporting section comprises a plurality of rods or wires; one end of each of the plurality of rods or wires is connected to the valve stitching section ; and other ends of the plurality of rods or wires are mutually connected and are configured to be connected to the interventricular septum of the patient by the fixing member .
A system for providing breathing gas, the system comprising: a blower configured to operate at a pressure less than 270 hPa and to: receive breathing gas from ambient air, a tank, or a wall outlet; and output pressurized breathing gas ; a humidifier in fluid communication with the blower, wherein the humidifier is arranged to receive the pressurized breathing gas from the blower, and to heat and humidify the pressurized gas, the humidifier comprising: a reservoir configured to contain water; an induction heating plate disposed in the reservoir, configured to generate heat due to a resistance against a current in the plate induced by a magnetic coil; and a non-sealing nasal cannula having at least one nasal prong , the nasal cannula being in fluid communication with a conduit and configured to receive the humidified breathing gas from the humidifier through the conduit , the at least one nasal prong having a distal opening and being configured to provide the humidified breathing gas through the distal opening; wherein the nasal prong is configured to provide the humidified breathing gas at an exit velocity of at least 32.0 m/s and less than 90.0 m/s and at a flow rate of at least 4.0 L/min. a blower configured to operate at a pressure less than 270 hPa and to: receive breathing gas from ambient air, a tank, or a wall outlet; and output pressurized breathing gas ; receive breathing gas from ambient air, a tank, or a wall outlet; and output pressurized breathing gas ; a humidifier in fluid communication with the blower, wherein the humidifier is arranged to receive the pressurized breathing gas from the blower, and to heat and humidify the pressurized gas, the humidifier comprising: a reservoir configured to contain water; an induction heating plate disposed in the reservoir, configured to generate heat due to a resistance against a current in the plate induced by a magnetic coil; and a reservoir configured to contain water; an induction heating plate disposed in the reservoir, configured to generate heat due to a resistance against a current in the plate induced by a magnetic coil; and a non-sealing nasal cannula having at least one nasal prong , the nasal cannula being in fluid communication with a conduit and configured to receive the humidified breathing gas from the humidifier through the conduit , the at least one nasal prong having a distal opening and being configured to provide the humidified breathing gas through the distal opening; wherein the nasal prong is configured to provide the humidified breathing gas at an exit velocity of at least 32.0 m/s and less than 90.0 m/s and at a flow rate of at least 4.0 L/min.
A device comprising: a receiver to receive a transaction request from a requester , wherein the transaction request contains a first time to live, TTL, wherein the first time to live is a value indicating a time the transaction request lives before being dropped or discarded , and wherein the received first TTL has been decremented as the first TTL traversed a network from the requester to the receiver such that the value of the first TTL received by the receiver is less than the value of the first TTL when transmitted by the requester ; and a transmitter to transmit a transaction response containing a second TTL; the device being characterized in further comprising: a TTL calculator to compute the second TTL for the transaction response, wherein the second TTL is a value, and wherein the computation includes a summation of the first TTL as received by the receiver and/or a difference between a measured execution time and a determined execution budget, and a return time budget. a receiver to receive a transaction request from a requester , wherein the transaction request contains a first time to live, TTL, wherein the first time to live is a value indicating a time the transaction request lives before being dropped or discarded , and wherein the received first TTL has been decremented as the first TTL traversed a network from the requester to the receiver such that the value of the first TTL received by the receiver is less than the value of the first TTL when transmitted by the requester ; and a transmitter to transmit a transaction response containing a second TTL; the device being characterized in further comprising: a TTL calculator to compute the second TTL for the transaction response, wherein the second TTL is a value, and wherein the computation includes a summation of the first TTL as received by the receiver and/or a difference between a measured execution time and a determined execution budget, and a return time budget. a TTL calculator to compute the second TTL for the transaction response, wherein the second TTL is a value, and wherein the computation includes a summation of the first TTL as received by the receiver and/or a difference between a measured execution time and a determined execution budget, and a return time budget.
A method for setting status of an application, the method comprising steps of: acquiring status setting permission information of the application; and setting the status of the application as an inactive status if the status setting permission information indicates that it is allowable to set the status of the application, characterized in that the application in the inactive status is disabled to receive system broadcast provided by an Android operating system, the method further characterized in that , the step of setting the status setting permission information comprises steps of: determining whether the application is in a preset white list when the application is installed, wherein the white list is used for recording the applications that need to be run in background, the white list being a list in which applications that need to be run in background are recorded and being offered by an authoritative organization; setting the status setting permission information of the application to indicate that it is unallowable to set the status of the application if the application is in the white list; and setting the status setting permission information of the application to indicate that it is allowable to set the status of the application if the application is not in the white list. acquiring status setting permission information of the application; and setting the status of the application as an inactive status if the status setting permission information indicates that it is allowable to set the status of the application, characterized in that the application in the inactive status is disabled to receive system broadcast provided by an Android operating system, the method further characterized in that , the determining whether the application is in a preset white list when the application is installed, wherein the white list is used for recording the applications that need to be run in background, the white list being a list in which applications that need to be run in background are recorded and being offered by an authoritative organization; setting the status setting permission information of the application to indicate that it is unallowable to set the status of the application if the application is in the white list; and setting the status setting permission information of the application to indicate that it is allowable to set the status of the application if the application is not in the white list.
A control apparatus for a hybrid vehicle, the hybrid vehicle having: an engine (E) in which fuel is combusted to enable an output of a driving force; a motor (M) which is enabled to output the driving force by means of an electric power; a continuously variable transmission which is enabled to perform a continuously variable transmission between an input and an output by means of a hydraulic pressure supplied from an oil pump (P); a first clutch (CL1) disposed between the engine (E) and the motor (M); a second clutch (CL2) disposed between the motor (M) and the continuously variable transmission ; and control means for controlling the engine (E), the motor (M), the continuously variable transmission , the first clutch (CL1) and the second clutch (CL2), the engine (E) and the motor (M) providing driving sources for the oil pump (P), the control means comprising: coast stop control means for stopping a fuel supply to the engine (E) when the vehicle is traveling, an accelerator pedal is not depressed, a brake pedal is depressed, and a select position of the continuously variable transmission is in a travelling position; and low return control means for returning a transmission gear ratio of the continuously variable transmission to a low side during a stop of the vehicle after the second clutch (CL2) is released and the engine (E) is restarted in a case where the transmission gear ratio of the continuously variable transmission is a midway transmission gear ratio which is higher than a predetermined transmission gear ratio, when the coast stop control means is operated and the vehicle is detected to be stopped. coast stop control means for stopping a fuel supply to the engine (E) when the vehicle is traveling, an accelerator pedal is not depressed, a brake pedal is depressed, and a select position of the continuously variable transmission is in a travelling position; and low return control means for returning a transmission gear ratio of the continuously variable transmission to a low side during a stop of the vehicle after the second clutch (CL2) is released and the engine (E) is restarted in a case where the transmission gear ratio of the continuously variable transmission is a midway transmission gear ratio which is higher than a predetermined transmission gear ratio, when the coast stop control means is operated and the vehicle is detected to be stopped.
An apparatus for wirelessly transferring power, the apparatus comprising: a first conductor loop ; a second conductor loop adjacent to but not overlapping the first conductor loop; a third conductor loop overlapping at least the first conductor loop; and a ferrimagnetic structure comprising a first portion disposed under the first conductor loop, a second portion disposed under the second conductor loop, and a gap defined between the first conductor loop and the second conductor loop, the gap physically separating the first portion from the second portion, wherein one or both of the first portion and the second portion comprises a first plurality of ferrimagnetic strips interleaved only partially along their length with a second plurality of ferrimagnetic strips configured so that magnetic flux may freely travel through the first and second pluralities of ferrimagnetic strips to attenuate a magnetic flux passing between the first and second conductor loops, and wherein the ferrimagnetic strips of the first portion are offset from ferrimagnetic strips of the second portion in a direction perpendicular to a width of the gap to maximize a distance between and attenuate a magnetic flux passing between the ferrimagnetic strips of the first portion and the ferrimagnetic strips of the second portion. a first conductor loop ; a second conductor loop adjacent to but not overlapping the first conductor loop; a third conductor loop overlapping at least the first conductor loop; and a ferrimagnetic structure comprising a first portion disposed under the first conductor loop, a second portion disposed under the second conductor loop, and a gap defined between the first conductor loop and the second conductor loop, the gap physically separating the first portion from the second portion, wherein one or both of the first portion and the second portion comprises a first plurality of ferrimagnetic strips interleaved only partially along their length with a second plurality of ferrimagnetic strips configured so that magnetic flux may freely travel through the first and second pluralities of ferrimagnetic strips to attenuate a magnetic flux passing between the first and second conductor loops, and wherein the ferrimagnetic strips of the first portion are offset from ferrimagnetic strips of the second portion in a direction perpendicular to a width of the gap to maximize a distance between and attenuate a magnetic flux passing between the ferrimagnetic strips of the first portion and the ferrimagnetic strips of the second portion.
Securing device for an anchor rail having a T-head bolt and a retaining plate which is fixed to the T-head bolt and has a plurality of teeth for engagement with a toothing on the anchor rail , and an opening through which a threaded bolt of the T-head bolt is passed, wherein at least one latching web projecting into the opening of the retaining plate is provided on the retaining plate , by means of which the retaining plate can be latched to the threaded bolt of the T-head bolt , wherein the at least one latching web is integrally formed with a plate-shaped latching element with an opening for passing through the threaded bolt of the T-head bolt , characterized in that the retaining plate has teeth on opposite sides which are at least partially covered by a projection of the latching element .
A belt conveyor comprising a remnants cover installed under the belt conveyor and said remnants cover comprising an elongated fabric , which lies below the belt conveyor and extends in a conveying direction (K) of the belt conveyor , and which further extends in a direction transverse to the belt conveyor's conveying direction (K) substantially across the width of a conveying belt of the belt conveyor , as well as moving elements by means of which said fabric is movable away from under the belt conveyor with moving elements for the fabric , characterized in that the remnants cover has its moving elements for the fabric comprising transfer members (5; 5', 5; 5"), such as cables , for the fabric , coupled to both lengthwise (P) edges of the remnants cover , each of said transfer members (5; 5', 5; 5") having its first end provided with a winding and unwinding device for the fabric and its second end with a winding and unwinding device for the transfer members , whereby the winding and unwinding device for the fabric comprises a drive shaft as a pulling roll and a possible winding roll capable of being operated by means of said drive shaft as well as a crank element in connection with the pulling roll , and the winding and unwinding device for the transfer members comprises a reel unit , a drive shaft , as well as a crank element in connection with the drive shaft, said reel unit being operable by means of said drive shaft , wherein the winding and unwinding device for the transfer members is either a) located in connection with said winding and unwinding device for the fabric and operable with the same drive shaft and crank element as the winding and unwinding device for the fabric , or b) functionally in communication with said winding and unwinding device for the fabric , but operable with its own drive shaft and crank element . the winding and unwinding device for the fabric comprises a drive shaft as a pulling roll and a possible winding roll capable of being operated by means of said drive shaft as well as a crank element in connection with the pulling roll , and the winding and unwinding device for the transfer members comprises a reel unit , a drive shaft , as well as a crank element in connection with the drive shaft, said reel unit being operable by means of said drive shaft , wherein the winding and unwinding device for the transfer members is either a) located in connection with said winding and unwinding device for the fabric and operable with the same drive shaft and crank element as the winding and unwinding device for the fabric , or b) functionally in communication with said winding and unwinding device for the fabric , but operable with its own drive shaft and crank element . a) located in connection with said winding and unwinding device for the fabric and operable with the same drive shaft and crank element as the winding and unwinding device for the fabric , or b) functionally in communication with said winding and unwinding device for the fabric , but operable with its own drive shaft and crank element .
Multipurpose heating and refrigerating unit comprising a primary refrigerating circuit , a secondary refrigerating circuit , a first water-producing circuit producing water at a first temperature, a second water-producing circuit producing water at a second temperature above the first temperature, a third circuit producing water at a third temperature above the second temperature, said primary refrigerating circuit comprising at least one low-pressure primary heat exchanger connected to said first water-producing circuit , at least one first high-pressure primary heat exchanger connected to said second water-producing circuit , a compressor and an expansion device , at least one second primary air heat exchanger adapted to act selectively in high-pressure heat exchanger mode as an alternative to the first high-pressure primary heat exchanger or in low-pressure heat exchanger mode as an alternative to the low-pressure primary heat exchanger , and valve means for selecting the low-pressure primary heat exchanger and the first high-pressure primary heat exchanger for the primary refrigerating circuit , said secondary refrigerating circuit comprising at least one first low-pressure secondary heat exchanger connected to said second water-producing circuit , and at least one first high-pressure secondary heat exchanger connected to said third water-producing circuit , characterized in that said primary refrigerating circuit further comprises, upstream of said first high-pressure primary heat exchanger , a second high-pressure primary heat exchanger connected to a section of said third water-producing circuit upstream of said first high-pressure secondary heat exchanger , said second high-pressure primary heat exchanger having the function of a desuperheater in said primary refrigerating circuit , said valve means including a four-way valve , a first interception valve and a second interception valve , said four-way valve selectively connecting the second high-pressure primary heat exchanger to said first high-pressure primary heat exchanger , to said second primary air heat exchanger in high-pressure heat exchanger mode, and to said second primary air heat exchanger in low pressure heat exchanger mode, said first interception valve being open and said second interception valve being closed to connect said first high-pressure primary heat exchanger to said second primary air heat exchanger in low-pressure heat exchanger mode, said first interception valve being closed and said second interception valve being open either to connect said first high-pressure primary heat exchanger to said low-pressure primary heat exchanger or to connect said second primary air heat exchanger in high-pressure heat exchanger mode to said low-pressure primary heat exchanger .