mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for reducing a patient's heart rate or blood pressure, comprising: sense amplifiers responsive to atrial and ventricular depolarizations having associated refractory periods thereafter; a generator providing stimulus pulses; and circuitry for activation of a stimulation therapy, the stimulation therapy comprising triggering the pulse generator responsive to detection of an occurrence of a ventricular depolarization following a preceding atrial depolarization; characterized by the apparatus including means for defining a time window following the ventricular depolarization, the means for defining the time window determining expiry of the refractory period of the stimulated atrial and/or nodal tissue and expiry of the refractory period of the ventricle and defining the time window as the period between expiry of the respective refractory periods; and means to control timing of delivery of a stimulus pulse to the patient's atrial and/or nodal tissue to be within the defined time window and thus within the associated refractory period of the ventricle but outside of an associated refractory period of the stimulated atrial and/or nodal tissue; the means to deliver a stimulus pulse being configured to initiate stimulation and to define an escape interval relative to the defined time window. sense amplifiers responsive to atrial and ventricular depolarizations having associated refractory periods thereafter; a generator providing stimulus pulses; and circuitry for activation of a stimulation therapy, the stimulation therapy comprising triggering the pulse generator responsive to detection of an occurrence of a ventricular depolarization following a preceding atrial depolarization; characterized by the apparatus including means for defining a time window following the ventricular depolarization, the means for defining the time window determining expiry of the refractory period of the stimulated atrial and/or nodal tissue and expiry of the refractory period of the ventricle and defining the time window as the period between expiry of the respective refractory periods; and means to control timing of delivery of a stimulus pulse to the patient's atrial and/or nodal tissue to be within the defined time window and thus within the associated refractory period of the ventricle but outside of an associated refractory period of the stimulated atrial and/or nodal tissue; the means to deliver a stimulus pulse being configured to initiate stimulation and to define an escape interval relative to the defined time window.
A rotary expansible chamber device, as a compressor or an expander, comprising: - a housing having an interior surface defining a chamber being open to an inlet and an outlet of said housing; - a shaft defining an axis of rotation and being supported in the housing; - a rotor mounted within said housing and on said shaft, and having a plurality of sealing vanes supported on the rotor to move radially to and from a retracted condition and an extended condition, said vanes sealing a radial gap (g) between said interior surface of the housing and said rotor, said gap (g) extending along said chamber and decreasing from a maximum to a minimum, each sealing vane having an arm-structure pivotally mounted on said rotor and a guide bearing means projecting therefrom and extending from said rotor; - said housing forming a track means on its interior surface, said guide bearing means contacting and being guided by said track means in order to control each sealing vane to move between the retracted and extended conditions, characterized in that said track means forms an inner guiding surface (61, 63) running at least partly circumferentially around said axis of rotation and pointing to said axis of rotation, and an outer guiding surface (65, 67) running at least partly circumferentially around said axis of rotation and pointing away from said axis of rotation, and said bearing means is mounted relatively to the guiding surfaces (61 to 67) such that, in operation of the device, said bearing means only acts on the inner or the outer guiding surface (61, 63, 65, 67). - a housing having an interior surface defining a chamber being open to an inlet and an outlet of said housing; - a shaft defining an axis of rotation and being supported in the housing; - a rotor mounted within said housing and on said shaft, and having a plurality of sealing vanes supported on the rotor to move radially to and from a retracted condition and an extended condition, said vanes sealing a radial gap (g) between said interior surface of the housing and said rotor, said gap (g) extending along said chamber and decreasing from a maximum to a minimum, each sealing vane having an arm-structure pivotally mounted on said rotor and a guide bearing means projecting therefrom and extending from said rotor; - said housing forming a track means on its interior surface, said guide bearing means contacting and being guided by said track means in order to control each sealing vane to move between the retracted and extended conditions,
Dosing mechanism for use in a drug delivery device implementing a dialing mode and a dispensing mode, wherein the dosing mechanism comprises a dose button, a housing (10, 13, 30) and a determination unit comprising a data processing unit, wherein the dose button is activatable by the user for dose dispense causing displacement of an indicating element connected to the housing (10, 13, 30) from a first position to a second position, wherein the dosing mechanism further comprises a drive gear coupled to the dose button, wherein activation of the dose button means movement of the dose button in axial direction relative to the housing (10, 13, 30), thereby moving the drive gear in axial direction relative to the housing (10, 13, 30) which causes displacement of the indicating element from the first position to the second position, wherein the determination unit is adapted such that it detects the indicating element in its second position and thereby determines that the dosing mechanism is in the dispensing mode, wherein the indicating element is the tip of a lever arm, wherein the lever arm is biased against displacement from the first position to the second position and wherein the determination unit comprises a proximity sensor adapted to detect the indicating element in its second position using electromagnetic radiation provided by a lighting element.
A combination type cooker comprising: a top plate having a surface on which food is seated; a case configured to form a space shielded by the top plate; a gas burner provided inside the case, and in which a red-heat plate is heated by combustion of a fuel gas; an induction burner provided inside the case, and configured to heat a cooking container in an induction heating method; an induction case in which the induction burner is seated; and a barrier provided between the gas burner and the induction burner, and configured to partition an inside of the case into a space in which the gas burner is provided and a space in which the induction burner is provided; wherein the barrier comprises, a partitioning portion which extends from a front end of the case to a rear end thereof; and a plate supporting portion which is bent from one end of the partitioning portion, and supports a lower surface of the top plate; characterized in that: the cooker further comprises an insulator case in which the gas burner is accommodated; and the barrier further comprises a burner fixing portion which is bent from the other end of the partitioning portion, coupled to the insulator case and the induction case, and fixes the gas burner and the induction burner. a top plate having a surface on which food is seated; a case configured to form a space shielded by the top plate; a gas burner provided inside the case, and in which a red-heat plate is heated by combustion of a fuel gas; an induction burner provided inside the case, and configured to heat a cooking container in an induction heating method; an induction case in which the induction burner is seated; and a barrier provided between the gas burner and the induction burner, and configured to partition an inside of the case into a space in which the gas burner is provided and a space in which the induction burner is provided; wherein the barrier comprises, a partitioning portion which extends from a front end of the case to a rear end thereof; and a plate supporting portion which is bent from one end of the partitioning portion, and supports a lower surface of the top plate; characterized in that: the cooker further comprises an insulator case in which the gas burner is accommodated; and the barrier further comprises a burner fixing portion which is bent from the other end of the partitioning portion, coupled to the insulator case and the induction case, and fixes the gas burner and the induction burner. the cooker further comprises an insulator case in which the gas burner is accommodated; and the barrier further comprises a burner fixing portion which is bent from the other end of the partitioning portion, coupled to the insulator case and the induction case, and fixes the gas burner and the induction burner.
A high frequency multi-axis simulation system comprising: a test fixture having: a sample holder; first and second lever arms driven by a first actuator, the first and second lever arms acting on a sample holder to change the bend angle of the sample holder when driven by the first actuator; a bend tool driven by a second actuator, the bend tool acting on the sample holder to axially strain the sample holder and bend the sample holder by pressing on the sample holder when driven by the second actuator;a controller configured to operate the first and second actuators (120, 130) according to a user-specified first simulation profile and second simulation profile for sample axial strain and sample bend angle; a first additional load driven by the first actuator; and a second additional load driven by the second actuator; the first and second additional loads increasing a resonant frequency of the simulation system; wherein the first and second additional loads act to stiffen the simulation system. a test fixture having: a sample holder; first and second lever arms driven by a first actuator, the first and second lever arms acting on a sample holder to change the bend angle of the sample holder when driven by the first actuator; a sample holder; first and second lever arms driven by a first actuator, the first and second lever arms acting on a sample holder to change the bend angle of the sample holder when driven by the first actuator; a bend tool driven by a second actuator, the bend tool acting on the sample holder to axially strain the sample holder and bend the sample holder by pressing on the sample holder when driven by the second actuator;a controller configured to operate the first and second actuators (120, 130) according to a user-specified first simulation profile and second simulation profile for sample axial strain and sample bend angle; a first additional load driven by the first actuator; and a second additional load driven by the second actuator; the first and second additional loads increasing a resonant frequency of the simulation system; wherein the first and second additional loads act to stiffen the simulation system.
A method for triggering at least one first and second background application (HA1, HA2) via a universal language dialogue system, with which, starting from at least one user statement, which exhibits action information, at least one transaction (T11 - T1x, T21 - T2x) and at least one transaction parameter (P11 - P1x, P21 - P2x) allocated to this are determined from the action information for triggering at least the first or second background application (HA1, HA2), wherein first transactions (T11 - T1x) and first transaction parameters (P11 - P1x) are assigned to the first background application, and second transactions (T21 - T2x) and second transaction parameters (P21 - P2x) are assigned to the second background application, wherein - the first and second transactions (T11 - T1x, T21 - T2x) and the first and second transaction parameters (P11 - P1x, P21-P2x) are linked to one another via a universal dialogue specification, and - the universal dialogue specification is evaluated via the universal language dialogue system for the determination of the at least one transaction and at least one associated transaction parameter for triggering at least one of the background applications (HA1, HA2), characterised in that in each case transaction parameters (P11 - P1X, P21 - P2X) exhibiting semantic concordances of the first and second background applications (HA1, HA2) are linked to one another via the universal dialogue specification, such that action information already received is reused for executing at least one other transaction. - the first and second transactions (T11 - T1x, T21 - T2x) and the first and second transaction parameters (P11 - P1x, P21-P2x) are linked to one another via a universal dialogue specification, and - the universal dialogue specification is evaluated via the universal language dialogue system for the determination of the at least one transaction and at least one associated transaction parameter for triggering at least one of the background applications (HA1, HA2),
A method of continuously imparting different visually detectable printed and/or embossed features to a plurality of items selected from an absorbent article such as a diaper, a sanitary napkin, a panty liner, an incontinence protector or the like; a wrapping sheet, such as a single wrap or easy wrap; or a release liner, said method comprising: - providing a plurality of items for imparting said different visually detectable printed and/or embossed features; - providing a roll comprising a plurality of visually detectable elements; - imparting said visually detectable printed and/or embossed features to said plurality of items by means of said visually detectable elements on said roll, characterized in that L ≠ N 1 ⋅ L 0 wherein L is the circumference of the roll, N 1 is an integer and L 0 is the length of one item; and in that in a production series the number of items each having a different visually detectable printed and/or embossed feature provided before said visually detectable printed and/or embossed features repeat themselves is greater than n, wherein n is calculated as: n = L L 0 - providing a plurality of items for imparting said different visually detectable printed and/or embossed features; - providing a roll comprising a plurality of visually detectable elements; - imparting said visually detectable printed and/or embossed features to said plurality of items by means of said visually detectable elements on said roll,
Product derived from a guar protein extract, characterized in that it comprises groups grafted onto functions of amino acids contained in the protein extract, said grafted groups comprising cationic or cationizable groups selected from groups comprising quaternary ammoniums or tertiary amines, pyridiniums, guanidiniums, phosphoniums or sulphoniums.
An apparatus comprising: a processor; and a memory including computer program code, the memory and the computer program code configured, with the processor, to cause the apparatus to perform at least the following: provide a photographic image (900, 1200) of a geographic area; overlay a path highlight (904, 906, 910, 1202, 1204, 1206) on said image identifying a path to be travelled, characterised in that the path highlight is based on the line-of sight of the image and is determined using overlay data from a geographic database, wherein the path highlight includes a series of repeated symbols providing visual information representing at least one feature of the path, wherein each symbol of the series of repeated symbols is scaled to be smaller with increasing distance in the line-of sight of the image. a processor; and a memory including computer program code, the memory and the computer program code configured, with the processor, to cause the apparatus to perform at least the following: provide a photographic image (900, 1200) of a geographic area; overlay a path highlight (904, 906, 910, 1202, 1204, 1206) on said image identifying a path to be travelled, characterised in that the path highlight is based on the line-of sight of the image and is determined using overlay data from a geographic database, wherein the path highlight includes a series of repeated symbols providing visual information representing at least one feature of the path, wherein each symbol of the series of repeated symbols is scaled to be smaller with increasing distance in the line-of sight of the image. provide a photographic image (900, 1200) of a geographic area; overlay a path highlight (904, 906, 910, 1202, 1204, 1206) on said image identifying a path to be travelled, characterised in that the path highlight is based on the line-of sight of the image and is determined using overlay data from a geographic database, wherein the path highlight includes a series of repeated symbols providing visual information representing at least one feature of the path, wherein each symbol of the series of repeated symbols is scaled to be smaller with increasing distance in the line-of sight of the image.
A method for increasing the activity and/or stability of an ALDC enzyme of EC 4.1.1.5 wherein said method comprises the step of adding zinc to a fermentation media and/or maturation media comprising an ALDC producing host cell during a beer and/or wine and/or cider and/or perry and/or sake fermentation: (i) at a concentration of 1 μM to 300 μM, preferably 6 μM to 300 μM; or (ii) at a concentration of 1 μM to 50 μM; or (iii) at a concentration of 1 μM to 25 μM, preferably 6 μM to 25 μM; or (iv) as a composition comprising ALDC and zinc, wherein: (a) said zinc is present in said composition at a concentration of 1 mM to 5 mM; or (b) the molar ratio of zinc to ALDC enzyme in the composition is higher than 1; or 2:1 or higher; or 10:1 or higher; or 20:1 or higher; or 30:1 or higher; or 60:1 or higher. (i) at a concentration of 1 μM to 300 μM, preferably 6 μM to 300 μM; or (ii) at a concentration of 1 μM to 50 μM; or (iii) at a concentration of 1 μM to 25 μM, preferably 6 μM to 25 μM; or (iv) as a composition comprising ALDC and zinc, wherein: (a) said zinc is present in said composition at a concentration of 1 mM to 5 mM; or (b) the molar ratio of zinc to ALDC enzyme in the composition is higher than 1; or 2:1 or higher; or 10:1 or higher; or 20:1 or higher; or 30:1 or higher; or 60:1 or higher. (a) said zinc is present in said composition at a concentration of 1 mM to 5 mM; or (b) the molar ratio of zinc to ALDC enzyme in the composition is higher than 1; or 2:1 or higher; or 10:1 or higher; or 20:1 or higher; or 30:1 or higher; or 60:1 or higher.
A method for wireless communications, comprising: determining a slot configuration for a wireless device to use for communication, wherein the slot configuration comprises at least one of a channel assignment for one or more slots, a reference signal configuration, and the slot configuration further comprises a phase tracking reference signal, PT-RS, density within a set of time-frequency resources; determining, based on the slot configuration, a PT-RS puncturing configuration associated with the wireless device; and selecting a PT-RS configuration for the wireless device based, at least in part, on the slot configuration and the PT-RS puncturing configuration, characterized in that, selecting the PT-RS configuration comprises allocating a first symbol with at least one PT-RS if the wireless device was unable to obtain a phase tracking reference in one or more second symbols prior to the first symbol; and a number of the second symbols is based on the PT-RS density. determining a slot configuration for a wireless device to use for communication, wherein the slot configuration comprises at least one of a channel assignment for one or more slots, a reference signal configuration, and the slot configuration further comprises a phase tracking reference signal, PT-RS, density within a set of time-frequency resources; determining, based on the slot configuration, a PT-RS puncturing configuration associated with the wireless device; and selecting a PT-RS configuration for the wireless device based, at least in part, on the slot configuration and the PT-RS puncturing configuration, characterized in that, selecting the PT-RS configuration comprises allocating a first symbol with at least one PT-RS if the wireless device was unable to obtain a phase tracking reference in one or more second symbols prior to the first symbol; and a number of the second symbols is based on the PT-RS density.
An information processing device comprising: a type identification unit configured to identify a type of waste material accumulated in a waste pit or in a waste accumulation place and a type of an identification target other than the waste material when new image data of an inside of the waste pit or the waste accumulation place, respectively, is given as an input by using an identification algorithm which has been learned with training data prepared by labeling a type of waste material and by labelling the identification target other than the waste material by type of the target on past image data obtained by capturing the inside of the waste pit or the waste accumulation place, respectively, where the waste material is accumulated.
Benzoic acid or a benzoic acid salt for use in a method of mitigating one or more symptoms of a neuropsychiatric disorder, wherein the benzoic acid salt is selected from the group consisting of sodium benzoate, potassium benzoate, calcium benzoate, and lithium benzoate, wherein the amount of the benzoic acid or benzoic acid salt is sufficient to mitigate one or more of said symptoms and ranges from about 5 mg to 500 g; and the neuropsychiatric disorder is depression, attention deficit hyperactivity disorder, loss in cognition, bipolar, anxiety, panic disorder, or obsessive-compulsive disorder. the benzoic acid salt is selected from the group consisting of sodium benzoate, potassium benzoate, calcium benzoate, and lithium benzoate, wherein the amount of the benzoic acid or benzoic acid salt is sufficient to mitigate one or more of said symptoms and ranges from about 5 mg to 500 g; and the neuropsychiatric disorder is depression, attention deficit hyperactivity disorder, loss in cognition, bipolar, anxiety, panic disorder, or obsessive-compulsive disorder.
A computer implemented method of generating a database of synthetic samples of postures and gestures, the method comprising: accessing a database storing a plurality of posture and gesture samples indexed based on parameters that are predefined upon generating said database; obtaining data sets relating to appearance of postures or gestures of a specific user and/or environment, via a sensing device; deriving values of the parameters based on the obtained data sets relating to the appearance of postures or gestures; generating synthetic gesture and posture samples that simulate human motion based on the derived parameter values; wherein the synthetic gesture and posture samples represent virtual variations of at least one of the plurality of posture samples stored in the database and are based on the derived parameter values; and storing the synthetic gesture and posture samples in the database. accessing a database storing a plurality of posture and gesture samples indexed based on parameters that are predefined upon generating said database; obtaining data sets relating to appearance of postures or gestures of a specific user and/or environment, via a sensing device; deriving values of the parameters based on the obtained data sets relating to the appearance of postures or gestures; generating synthetic gesture and posture samples that simulate human motion based on the derived parameter values; wherein the synthetic gesture and posture samples represent virtual variations of at least one of the plurality of posture samples stored in the database and are based on the derived parameter values; and storing the synthetic gesture and posture samples in the database.