mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising: a propulsor including a fan ; and a liner positioned radially outwardly and immediately upstream of said fan , said liner having a backing sheet , a cellular structure having cells extending from said backing sheet , and a perforated face sheet facing radially inward with a depth 'd' of said cells being defined as a distance between said perforated face sheet and said backing sheet , wherein the liner is the most upstream liner in the engine ; said depth in inches (1 inch = 2.54 cm) is selected to achieve a desired ratio of the depth relative to a gap τ defined by the equation: τ = πD B where B is the number of fan blades in said fan and D is a fan diameter measured in inches (1 inch = 2.54 cm); and a depth to gap ratio is in a range of 0.035 to 0.08, wherein a tip rotational Mach number for a tip of said fan is greater than or equal to 0.8, and less than or equal to 1.2. a propulsor including a fan ; and a liner positioned radially outwardly and immediately upstream of said fan , said liner having a backing sheet , a cellular structure having cells extending from said backing sheet , and a perforated face sheet facing radially inward with a depth 'd' of said cells being defined as a distance between said perforated face sheet and said backing sheet , wherein the liner is the most upstream liner in the engine ; said depth in inches (1 inch = 2.54 cm) is selected to achieve a desired ratio of the depth relative to a gap τ defined by the equation: τ = πD B where B is the number of fan blades in said fan and D is a fan diameter measured in inches (1 inch = 2.54 cm); and a depth to gap ratio is in a range of 0.035 to 0.08, wherein a tip rotational Mach number for a tip of said fan is greater than or equal to 0.8, and less than or equal to 1.2.
Combination of a container and a closure cap interacting therewith, the container having a shoulder which has different heights over the circumference in relation to an axis of rotation (x) of the closure cap and an outer skirt of the closure cap being designed to match the different heights of the shoulder , characterised in that the container has a mouth portion provided with a first thread and the closure cap has a closure skirt provided with a second thread which is designed to interact with the first thread , the outer skirt being displaceable relative to the closure skirt in the screwing direction in a stop-limited manner and, in a lowermost position in relation to the direction of rotation, extending on the underside so as to be adapted to the shoulder at least in part.
Lock, in particular panic lock, for use in evacuation and emergency escape routes, having a lock case having a lock mechanism supported therein having a bolt and a locking cylinder , wherein the bolt is moveably supported in the lock case in such a way that the bolt in an extended position protrudes out of an opening in the lock case, said opening being assigned to the bolt , out of this opening and, in a retracted position, is retracted into the lock case, wherein the locking cylinder is supported in the lock case in such a way that the lock bit of the locking cylinder can be brought directly or indirectly into engagement with the bolt , in order to move the bolt from its extended position into its retracted position and/or to move the bolt from its retracted position into its extended position, wherein, in the bolt or in a part movement-connected to the bolt , at least one tour opening is formed, in which a lock bit of the locking cylinder can be brought into or out of engagement, wherein, in the engagement position, the lock bit is in operative connection of the bolt and, in the disengagement position, the lock bit is out of operative connection of the bolt , wherein it is provided that, on the bolt or on the part movement-connected to the bolt , at least one displacement element is supported in a spring-loaded manner, which is moveably supported in such a way that the displacement element forces the lock bit out of operative connection of the bolt by means of the spring loading, characterised in that the displacement element is moveably supported in a manner engaging into the at least one tour opening , wherein it is provided that a) the at least one tour opening is formed in the part movement-connected to the bolt and the displacement element is supported on the part movement-connected to the bolt in a spring-loaded manner, or b) the at least one tour opening is formed in the bolt , and the displacement element is supported on the bolt in a spring-loaded manner. a) the at least one tour opening is formed in the part movement-connected to the bolt and the displacement element is supported on the part movement-connected to the bolt in a spring-loaded manner, or b) the at least one tour opening is formed in the bolt , and the displacement element is supported on the bolt in a spring-loaded manner.
Agricultural vehicle comprising at least: - a left and a right crawler track each having a crawler belt for transmitting a drive torque to a ground , - a control device , wherein the control device is configured to calculate a rotational resistance of the crawler tracks , characterised in that the control device determines a compensating yaw moment which counteracts the rotational resistance of the crawler tracks , wherein the agricultural vehicle has a torque distribution means which is configured and controllable in such a way that it distributes a drive torque between the left and right crawler tracks so that the crawler tracks generate the compensating yaw moment , wherein the torque distribution means is designed as a compensating transmission . - a left and a right crawler track each having a crawler belt for transmitting a drive torque to a ground , - a control device , wherein the control device is configured to calculate a rotational resistance of the crawler tracks , characterised in that the control device determines a compensating yaw moment which counteracts the rotational resistance of the crawler tracks , wherein the agricultural vehicle has a torque distribution means which is configured and controllable in such a way that it distributes a drive torque between the left and right crawler tracks so that the crawler tracks generate the compensating yaw moment , wherein the torque distribution means is designed as a compensating transmission .
An unidirectional actuated exoskeleton device for generating torque about an axis of a body joint, characterized in : a shank tube ; having a medial ankle joint bearing housing including a lateral ankle joint bearing housing located on the lower end, and a medial actuator housing located at the top thereof; secured by a calf attachment for connection to the shin of the leg of a user; a joint cross member with a bottom socket and a pivot member at the top thereof; the joint cross member is pivotally connected to the lateral ankle joint bearing housing and medial ankle joint bearing housing ; an electric motor having a motor axis of rotation; the motor attached to the shank tube ; the motor axis of rotation being perpendicular to the major axis of the shin ; the electric motor being configured and arranged with a unidirectional transmission; a lever arm ; being connected to the pivot member with a lower free end ; a drive belt ; being connected to an upper free end of the lever arm ; wherein the drive belt is wound up and unwound about a drive spool driven by the electric motor a footplate ; having a socket portion ; the socket portion being pivotally connected to the bottom socket ; and wherein the unidirectional transmission is connected between the electric motor and the lever arm . a shank tube ; having a medial ankle joint bearing housing including a lateral ankle joint bearing housing located on the lower end, and a medial actuator housing located at the top thereof; secured by a calf attachment for connection to the shin of the leg of a user; a joint cross member with a bottom socket and a pivot member at the top thereof; the joint cross member is pivotally connected to the lateral ankle joint bearing housing and medial ankle joint bearing housing ; an electric motor having a motor axis of rotation; the motor attached to the shank tube ; the motor axis of rotation being perpendicular to the major axis of the shin ; the electric motor being configured and arranged with a unidirectional transmission; a lever arm ; being connected to the pivot member with a lower free end ; a drive belt ; being connected to an upper free end of the lever arm ; wherein the drive belt is wound up and unwound about a drive spool driven by the electric motor a footplate ; having a socket portion ; the socket portion being pivotally connected to the bottom socket ; and wherein the unidirectional transmission is connected between the electric motor and the lever arm .
An insertion tool for inserting a catheter into a body of a patient, comprising: a housing in which at least a portion of the catheter is initially disposed; an at least partially hollow needle distally extending from the housing, at least a portion of the catheter pre-disposed over the needle; a guidewire pre-disposed within the needle; and an advancement assembly for selectively advancing the guidewire distally past a distal end of the needle in preparation for distal advancement of the catheter, wherein the housing includes a top housing portion and a bottom housing portion separably attached to one another, wherein the guidewire advancement assembly includes a user-actuated slide, and wherein distally sliding of the slide enables at least partial separation of the top and bottom housing portions. an at least partially hollow needle distally extending from the housing, at least a portion of the catheter pre-disposed over the needle; a guidewire pre-disposed within the needle; and an advancement assembly for selectively advancing the guidewire distally past a distal end of the needle in preparation for distal advancement of the catheter, wherein the housing includes a top housing portion and a bottom housing portion separably attached to one another, wherein the guidewire advancement assembly includes a user-actuated slide, and wherein distally sliding of the slide enables at least partial separation of the top and bottom housing portions.
Electronic device comprising between a first electrode and a second electrode at least one first semiconducting layer comprising (i) at least one first hole transport matrix compound consisting of covalently bound atoms and (ii) at least one electrical p-dopant selected from metal borate complexes, wherein the metal borate complex consists of at least one metal cation and at least one anionic ligand consisting of at least six covalently bound atoms which comprises at least one boron atom, wherein the first semiconducting layer is a hole injection layer, a hole-injecting part of a charge generating layer or a hole transport layer. (i) at least one first hole transport matrix compound consisting of covalently bound atoms and (ii) at least one electrical p-dopant selected from metal borate complexes, wherein the metal borate complex consists of at least one metal cation and at least one anionic ligand consisting of at least six covalently bound atoms which comprises at least one boron atom,
A method for operating a media storage and playback device in which media content has been stored with all content associated with a particular program title identified as episodes and consolidated under a single header and with all the media content associated with that particular title organised in a logical order, the method comprising retrieving media content for playback upon user input to the device of a selected program title, and, from the user selected program title, the device selecting the media content for retrieval based upon the logical order of the stored content, and the device automatically providing the retrieved media content to an output device for playback, wherein the retrieved media content is identified as an episode, characterised in that upon completing playback of all locally stored media content related to the selected program title or when the last locally stored media content relating to the selected program title has begun playback, the device determines if there are additional episodes remotely available and downloads additional episodes; in that the device , without user input, automatically deletes the retrieved media content a threshold amount of time after playback of the retrieved media content, and in that the method comprises: subsequently receiving a user input instructing to open an episode listing during playback of an episode of the particular program title, the episode listing comprising a listing of episodes associated with the particular title or program in the logical order; receiving user input selecting an episode from the episode listing other than the episode that is currently being played back; marking a pointer to the location in the episode currently being played back where playback ceased and disabling the automatic delete functionality in respect of that episode to thereby permit the device to return to the same location during subsequent playback; and initiating playback of the episode instructed by the user input. subsequently receiving a user input instructing to open an episode listing during playback of an episode of the particular program title, the episode listing comprising a listing of episodes associated with the particular title or program in the logical order; receiving user input selecting an episode from the episode listing other than the episode that is currently being played back; marking a pointer to the location in the episode currently being played back where playback ceased and disabling the automatic delete functionality in respect of that episode to thereby permit the device to return to the same location during subsequent playback; and initiating playback of the episode instructed by the user input.
A piezoelectric pump , comprising: a pressure chamber having a variable volume, an inlet and an outlet being formed on a bottom portion of the pressure chamber, liquid being caused to flow in the pressure chamber through the inlet and to be discharged from the pressure chamber through the outlet; a diaphragm that deforms to change the volume of the pressure chamber; a first check valve that is provided to the inlet and regulates a flow of the liquid; a second check valve that is provided to the outlet and regulates the flow of the liquid; a buffer chamber that is provided to at least one of a side of the inlet in which the liquid flows or a side of the outlet from which the liquid is discharged; and a port to be connected to the buffer chamber; characterized by further comprising a wall portion that is provided in the buffer chamber and forms a gas chamber, wherein the wall portion has one end provided integrally with an inner surface of the buffer chamber and another end separated from the inner surface of the buffer chamber so that the gas chamber retains gas in the liquid flowing in the buffer chamber. a pressure chamber having a variable volume, an inlet and an outlet being formed on a bottom portion of the pressure chamber, liquid being caused to flow in the pressure chamber through the inlet and to be discharged from the pressure chamber through the outlet; a diaphragm that deforms to change the volume of the pressure chamber; a first check valve that is provided to the inlet and regulates a flow of the liquid; a second check valve that is provided to the outlet and regulates the flow of the liquid; a buffer chamber that is provided to at least one of a side of the inlet in which the liquid flows or a side of the outlet from which the liquid is discharged; and a port to be connected to the buffer chamber; characterized by further comprising a wall portion that is provided in the buffer chamber and forms a gas chamber, wherein the wall portion has one end provided integrally with an inner surface of the buffer chamber and another end separated from the inner surface of the buffer chamber so that the gas chamber retains gas in the liquid flowing in the buffer chamber.
Mast for a power line, comprising a lower pole section and an upper pole section , which are connected to each other by a connecting element made of an electrically insulating material, the lower pole section , the connecting element and the upper pole section being conical, characterized in that either (a) the lower mast section and the upper mast section are made of steel; or b) the mast is designed as a hybrid mast and comprises a lower mast section made of concrete and an upper mast section made of steel. (a) the lower mast section and the upper mast section are made of steel; or b) the mast is designed as a hybrid mast and comprises a lower mast section made of concrete and an upper mast section made of steel.
A device for generating water with air bubbles, comprising: a flow divider , comprising at least one first water inlet hole ; a mixer , wherein a first chamber is formed between the mixer and the flow divider , the mixer comprising at least one second water inlet hole and at least one return hole , and the at least one second water inlet hole corresponds to the at least one first water inlet hole one by one, and a flow area of each second water inlet hole is greater than a flow area of the corresponding first water inlet hole , the at least one return hole , the at least one first water inlet hole , and the at least one second water inlet hole are all communicated with the first chamber ; an air intake runner communicated with the first chamber ; and a water outlet cover , wherein a second chamber is formed between the water outlet cover and the mixer , and the at least one second water inlet hole and the at least one return hole are both communicated with the second chamber ; wherein the device is configured such that when water flows through the first water inlet hole and the second water inlet hole in sequence, then outside air passes through the air intake runner and the first chamber in sequence for being sucked into the second water inlet hole , and for forming a mixed water flow with bubbles, wherein the device is further configured such that after the mixed water flow enters the second chamber , then a part of the mixed water flow returns to the first chamber through the return hole and is sucked into the second water inlet hole , for circulating mixed water flow back and forth. a flow divider , comprising at least one first water inlet hole ; a mixer , wherein a first chamber is formed between the mixer and the flow divider , the mixer comprising at least one second water inlet hole and at least one return hole , and the at least one second water inlet hole corresponds to the at least one first water inlet hole one by one, and a flow area of each second water inlet hole is greater than a flow area of the corresponding first water inlet hole , the at least one return hole , the at least one first water inlet hole , and the at least one second water inlet hole are all communicated with the first chamber ; an air intake runner communicated with the first chamber ; and a water outlet cover , wherein a second chamber is formed between the water outlet cover and the mixer , and the at least one second water inlet hole and the at least one return hole are both communicated with the second chamber ; wherein the device is configured such that when water flows through the first water inlet hole and the second water inlet hole in sequence, then outside air passes through the air intake runner and the first chamber in sequence for being sucked into the second water inlet hole , and for forming a mixed water flow with bubbles, wherein the device is further configured such that after the mixed water flow enters the second chamber , then a part of the mixed water flow returns to the first chamber through the return hole and is sucked into the second water inlet hole , for circulating mixed water flow back and forth.
A computer-implemented method of estimating a two-dimensional magnetic resonance (MR) spectrum associated with first and second specimen characteristics with MR data dependent on first and second acquisition parameters, comprising: acquiring a selected set of magnetic resonance (MR) specimen data by varying at least the first MR acquisition parameter and the second MR acquisition parameter over first and second ranges, respectively, so that the acquired MR specimen data is associated with the first specimen characteristic and the second specimen characteristic ; based on the acquired MR specimen data, determining a first one-dimensional marginal distribution and a second one-dimensional marginal distribution associated with the first and second specimen characteristics, respectively, the first and second one-dimensional marginal distributions being dependent on selected combinations of the first and second MR acquisition parameters ; and reconstructing a two-dimensional spectrum associated with the specimen using the first and second one-dimensional marginal distributions as constraints based on an associated acquired two-dimensional specimen data set associated with both the first MR acquisition parameter and the second MR acquisition parameter. acquiring a selected set of magnetic resonance (MR) specimen data by varying at least the first MR acquisition parameter and the second MR acquisition parameter over first and second ranges, respectively, so that the acquired MR specimen data is associated with the first specimen characteristic and the second specimen characteristic ; based on the acquired MR specimen data, determining a first one-dimensional marginal distribution and a second one-dimensional marginal distribution associated with the first and second specimen characteristics, respectively, the first and second one-dimensional marginal distributions being dependent on selected combinations of the first and second MR acquisition parameters ; and reconstructing a two-dimensional spectrum associated with the specimen using the first and second one-dimensional marginal distributions as constraints based on an associated acquired two-dimensional specimen data set associated with both the first MR acquisition parameter and the second MR acquisition parameter.