mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: transmitting, by a device, a first scheduling request (210, 220) at a first time, the first scheduling request being associated with a first scheduling request configuration; setting, by the device (210, 220), a timer from the first time prohibiting subsequent scheduling requests for a predetermined duration based on the transmission of the first scheduling request; and identifying, by the device (210, 220), a trigger for a new scheduling request subsequent to the first scheduling request, characterized in that one logical channel is mapped to a plurality of scheduling request configurations, including the first scheduling request configuration and a second scheduling request configuration. transmitting, by a device, a first scheduling request (210, 220) at a first time, the first scheduling request being associated with a first scheduling request configuration; setting, by the device (210, 220), a timer from the first time prohibiting subsequent scheduling requests for a predetermined duration based on the transmission of the first scheduling request; and identifying, by the device (210, 220), a trigger for a new scheduling request subsequent to the first scheduling request, characterized in that one logical channel is mapped to a plurality of scheduling request configurations, including the first scheduling request configuration and a second scheduling request configuration.
A method of detecting when an animal is in heat comprising the steps of: using a proximity sensor mounted on a bull and a proximity sensor target mounted on the animal, determining when the bull is in proximity to the animal; using an activity sensor mounted on the bull, monitoring the activity of the bull and determining when the bull is resting and when the bull is working; characterized in that, the method comprises the steps of: calculating the period of time that the bull and the animal are in proximity to each other; analysing the activity of the bull over the period of time that the bull is calculated to be in proximity to the animal; and determining, based on the combination of: (i) the period of time that the bull and the animal are in proximity to each other, and (ii) the amount of time that the bull is working when the bull and the animal are in proximity to each other, whether or not the animal is in heat. using a proximity sensor mounted on a bull and a proximity sensor target mounted on the animal, determining when the bull is in proximity to the animal; using an activity sensor mounted on the bull, monitoring the activity of the bull and determining when the bull is resting and when the bull is working; characterized in that, the method comprises the steps of: calculating the period of time that the bull and the animal are in proximity to each other; analysing the activity of the bull over the period of time that the bull is calculated to be in proximity to the animal; and determining, based on the combination of: (i) the period of time that the bull and the animal are in proximity to each other, and (ii) the amount of time that the bull is working when the bull and the animal are in proximity to each other, whether or not the animal is in heat. calculating the period of time that the bull and the animal are in proximity to each other; analysing the activity of the bull over the period of time that the bull is calculated to be in proximity to the animal; and determining, based on the combination of: (i) the period of time that the bull and the animal are in proximity to each other, and (ii) the amount of time that the bull is working when the bull and the animal are in proximity to each other, (i) the period of time that the bull and the animal are in proximity to each other, and (ii) the amount of time that the bull is working when the bull and the animal are in proximity to each other, whether or not the animal is in heat.
A method of computing a recommended insulin bolus quantity to be administered at or near a current time when a measured glucose value (54, 58) in a current time interval of a number of adjacent time intervals, each time interval defining an associated target glucose value (50, 52) and an insulin sensitivity value, exceeds the target glucose value for the current time interval and when a time duration of glucose lowering action (56, 64) of the recommended insulin bolus quantity to be administered spans the current time interval and a number of next adjacent time intervals, the method comprising the steps of: determining by a control circuit (14, 32) percentages, each percentage corresponding to a percentage of insulin action of the recommended bolus quantity that will be used for lowering the glucose level during a respective time interval of the present time interval and each time interval of the number of next adjacent time intervals, and computing by the control circuit (14, 32) the recommended bolus quantity as a function of the measured glucose value, the target blood glucose level (50, 52) for a last one of the next adjacent time intervals, the insulin sensitivities for the current time interval and each time interval of the number of next adjacent time intervals, and the respective percentages. determining by a control circuit (14, 32) percentages, each percentage corresponding to a percentage of insulin action of the recommended bolus quantity that will be used for lowering the glucose level during a respective time interval of the present time interval and each time interval of the number of next adjacent time intervals, and computing by the control circuit (14, 32) the recommended bolus quantity as a function of the measured glucose value, the target blood glucose level (50, 52) for a last one of the next adjacent time intervals, the insulin sensitivities for the current time interval and each time interval of the number of next adjacent time intervals, and the respective percentages.
Kit for laying a covering on a floor or wall type support, characterized by the fact that it comprises: - a set of flat rectangular panels, each flat rectangular panel comprising, along each of two of its opposite edges, an elongated piece fixed under the panel seen in its mounting position and protruding from the concerned edge over at least part of its length, the upper surface in the mounting position of the protruding part or parts being located below the upper surface of the associated panel and the lower surface in the mounting position of the protruding part or parts being adapted to bear on the support; and - a set of bars for joining adjacent panels in the mounting position, each bar having an upper face adapted to come into the same plane as the upper surface of the panels, said kit being characterized by the fact that each bar has a lower face adapted to bear on the facing protruding parts of the panels to be joined. - a set of flat rectangular panels, each flat rectangular panel comprising, along each of two of its opposite edges, an elongated piece fixed under the panel seen in its mounting position and protruding from the concerned edge over at least part of its length, the upper surface in the mounting position of the protruding part or parts being located below the upper surface of the associated panel and the lower surface in the mounting position of the protruding part or parts being adapted to bear on the support; and - a set of bars for joining adjacent panels in the mounting position, each bar having an upper face adapted to come into the same plane as the upper surface of the panels, said kit being characterized by the fact that each bar has a lower face adapted to bear on the facing protruding parts of the panels to be joined.
Vehicle seat with a seat part and a backrest which, in the use position of the backrest, can be rotated relative to the seat part, from the use position into an easy entry position, for comfort purposes and for simplified access to the rear seats, the backrest having a locking mechanism which locks the backrest in the desired use position, and the backrest being provided with a device which interacts with the locking mechanism and locks the backrest, coming from the easy entry position, automatically in the original, desired use position, wherein the device and the locking mechanism are provided coaxially, wherein the device has a means (7, 8) which, on the adjustment of the backrest from the use position into the easy entry position, converts a rotational movement into a pure translational movement, wherein the device has a linearly adjustable coupling and an unlocking means which is rotated, wherein the unlocking means is an unlocking lever which drives the coupling linearly, wherein the unlocking lever brings the coupling directly or indirectly into a frictional contact with the backrest, before adjustment of the latter into the easy entry position, characterized in that the coupling has a control element which interacts with a means which keeps the unlocking lever in the unlocking position thereof, wherein the control element is a cam and the means is a latching pawl.
Device for temporarily closing a patient's tracheostoma with at least one means for holding the device on the patient's neck, wherein the device comprises an inflatable air cushion, which is connected to the at least one holding means and which is suitable to airtight seal the tracheostoma independently, characterised in that the air cushion contains a flexible wall on its proximal side, so that the form of the air cushion can adapt to the form of the skin adjacent to the tracheostoma.
Vehicle seat comprising: a headrest or a speaker box attached to the headrest or to a backrest of the vehicle seat, wherein the headrest or the speaker box comprises a sound outlet opening at a top side; and at least a first speaker and at least a second speaker integrated in the headrest or in the speaker box; wherein the first speaker has a first main sound emission direction and the second speaker has a second main sound emission direction; wherein the first speaker and the second speaker are fixed in the headrest or in the speaker box in such a way that the first main sound emission direction and the second main sound direction are inclined with respect to a backrest main direction of a backrest of the vehicle seat; and characterised by that the first speaker and the second speaker are lowered arranged in the headrest or in the speaker box with respect to the sound outlet opening of the headrest or of the speaker box, so that during operation sound waves emitted from the first speaker and the second speaker are mixed in a chamber formed in the headrest or in the speaker box. a headrest or a speaker box attached to the headrest or to a backrest of the vehicle seat, wherein the headrest or the speaker box comprises a sound outlet opening at a top side; and at least a first speaker and at least a second speaker integrated in the headrest or in the speaker box; wherein the first speaker has a first main sound emission direction and the second speaker has a second main sound emission direction; wherein the first speaker and the second speaker are fixed in the headrest or in the speaker box in such a way that the first main sound emission direction and the second main sound direction are inclined with respect to a backrest main direction of a backrest of the vehicle seat; and characterised by that the first speaker and the second speaker are lowered arranged in the headrest or in the speaker box with respect to the sound outlet opening of the headrest or of the speaker box, so that during operation sound waves emitted from the first speaker and the second speaker are mixed in a chamber formed in the headrest or in the speaker box.
A compound of Formula I: or a pharmaceutically acceptable salt thereof, wherein R is: each R 2 is independently C 1 -C 4 alkyl or C 1 -C 4 haloalkyl; each R 1 is independently chosen from halo, C 1 -C 4 alkyl, and C 1 -C 4 haloalkyl; and m is 1. each R 2 is independently C 1 -C 4 alkyl or C 1 -C 4 haloalkyl; each R 1 is independently chosen from halo, C 1 -C 4 alkyl, and C 1 -C 4 haloalkyl; and m is 1.
Electronic assembly, comprising: - a first circuit carrier having a first inside face, on which electronic components are arranged, and a first outside face, - a second circuit carrier having a second inside face, on which electronic components are arranged, and a second outside face, and - wherein the first and second outside faces (13b, 14b) are parallel to one another, - the first and second circuit carriers (13, 14) and an integragted spring apparatus are an integral component, wherein the integral component is a leadframe, wherein the leadframe is bent such that the two circuit carriers (13, 14) and an integrated spring apparatus are formed as a resilient region, characterized in that - the electronic assembly comprises an additional, separate spring apparatus connecting the two inside faces of the circuit carriers, and - the electronic assembly comprises a moulded body, wherein the moulded body is produced by inserting a moulding compound into a cavity in a moulding tool, wherein the circuit carriers (13, 14) are fully populated, wherein the spring element pushes the two circuit carriers (13, 14) against one wall face (21a, 22a) of the moulding tool each, so that the first and second outside faces (13b, 14b) are exposed toward the outside of the electronic assembly in order to dissipate heat directly to the outside, and the moulded body encloses both the integrated spring apparatus and the separate spring element. - a first circuit carrier having a first inside face, on which electronic components are arranged, and a first outside face, - a second circuit carrier having a second inside face, on which electronic components are arranged, and a second outside face, and - wherein the first and second outside faces (13b, 14b) are parallel to one another, - the first and second circuit carriers (13, 14) and an integragted spring apparatus are an integral component, wherein the integral component is a leadframe, wherein the leadframe is bent such that the two circuit carriers (13, 14) and an integrated spring apparatus are formed as a resilient region, characterized in that - the electronic assembly comprises an additional, separate spring apparatus connecting the two inside faces of the circuit carriers, and - the electronic assembly comprises a moulded body, wherein the moulded body is produced by inserting a moulding compound into a cavity in a moulding tool, wherein the circuit carriers (13, 14) are fully populated, wherein the spring element pushes the two circuit carriers (13, 14) against one wall face (21a, 22a) of the moulding tool each, so that the first and second outside faces (13b, 14b) are exposed toward the outside of the electronic assembly in order to dissipate heat directly to the outside, and the moulded body encloses both the integrated spring apparatus and the separate spring element.
An attachment for a hair styling apparatus comprising: a casing having an air inlet for receiving airflow from a hair styling apparatus; a hair engaging member supported by the casing, an airflow outlet between the casing and the hair engaging member and shaped to direct air over an external surface of the hair engaging member; airflow guiding means extending over the external surface of the hair engaging member, characterized in that; the airflow guiding means comprises a series of ribs; and wherein each rib within the series of ribs extends substantially perpendicular to the direction of the length of the hair engaging member (16, 18). a casing having an air inlet for receiving airflow from a hair styling apparatus; a hair engaging member supported by the casing, an airflow outlet between the casing and the hair engaging member and shaped to direct air over an external surface of the hair engaging member; airflow guiding means extending over the external surface of the hair engaging member, characterized in that; the airflow guiding means comprises a series of ribs; and wherein each rib within the series of ribs extends substantially perpendicular to the direction of the length of the hair engaging member (16, 18).
An electrically driven shaver, comprising a housing, at least one hair cutting element (5, 6, 7) that is driven by an electromotor, a thermoelectric skin cooling element (9, 10, 11) and said electromotor are electrically operable by a microcontroller and an on/off switch which is electrically connected with said microcontroller, wherein said microcontroller is adapted to activate and deactivate operation of both the electromotor and the skin cooling element (9, 10, 11) and wherein said skin cooling element (9, 10, 11) is located adjacent to the hair cutting element (5, 6, 7) characterized in that said microcontroller is adapted to immediately deactivate operation of said electromotor and relative to that to deactivate operation of said skin cooling element (9, 10,11) at later point of time both in response to the "off" actuation of the same on/off switch.
Plasma generator comprising a gas guiding channel which, in an end region, extends along an axis and terminates with an end on this axis; a frusto-conical shell-shaped wall delimiting at least a section of the end region of the gas guiding channel in a radial outward direction; a frusto-conical shell-shaped electrode coaxially arranged within the frusto-conical shell-shaped wall; a frusto-conical shaped counter electrode arranged in the area of the frusto-conical shaped wall; and high voltage generator which applies a high voltage to the electrode with regard to the counter electrode; wherein the gas guiding channel, at least in the section of the end region, is inwardly delimited by a frusto-conical shell-shaped surface facing the frusto-conical shell-shaped wall and coaxially arranged with regard to the frusto-conical shaped wall; wherein the electrode extends around the axis as a ring; and wherein a working channel which is at least transparent to light of one wave length extends on the axis through the electrode up to the gas guiding channel 87), characterised in - that the frusto-conical shell-shaped wall and the frusto-conical shell-shaped surface have a same cone angle and delimit a hollow funnel shaped discharge zone, - that a dielectric arranged on the electrode forms the frusto-conical shell-shaped surface facing the frusto-conical shell-shaped wall and/or the frusto-conical shell-shaped wall is made of a dielectric, and - that the high voltage generator is an alternating high voltage generator and applies an alternating high voltage between the electrode and the counter electrode, which creates a dielectric barrier discharge in a gas flowing through the discharge zone such that, at the end of the gas guiding channel, a free jet emerges which includes plasma-typical, energetically excited species. - that the frusto-conical shell-shaped wall and the frusto-conical shell-shaped surface have a same cone angle and delimit a hollow funnel shaped discharge zone, - that a dielectric arranged on the electrode forms the frusto-conical shell-shaped surface facing the frusto-conical shell-shaped wall and/or the frusto-conical shell-shaped wall is made of a dielectric, and - that the high voltage generator is an alternating high voltage generator and applies an alternating high voltage between the electrode and the counter electrode, which creates a dielectric barrier discharge in a gas flowing through the discharge zone such that, at the end of the gas guiding channel, a free jet emerges which includes plasma-typical, energetically excited species.
A malleable implant (20, 10) configured to fit at or near a bone defect to promote bone growth, the malleable implant (20, 10) comprising: an expandable phase in an amount of about 2 wt % to about 4 wt % of the implant (20, 10), a biodegradable polymer in an amount of about 8 wt % to about 13 wt % of the implant (20, 10), mineral particles in an amount of about 50 wt % to about 80 wt % of the implant, and an oxysterol in an amount of about 5 wt % to about 45 wt % of the implant, the implant configured to become moldable upon being wetted with a fluid, wherein the expandable phase is carboxymethyl cellulose, wherein the biodegradable polymer is porcine-derived collagen, wherein the mineral particles comprise tricalcium phosphate and hydroxyapatite in a ratio of about 70:30 to about 90: 10 and having a particle size of about 125 μ m to about 750 μ m, and wherein the oxysterol comprises (3S, 5S, 6S, 8R, 9S,10R, 13S, 14S, 17S)17-( -2-hydroxyoctan-2-yl)-10,13-dimethylhexadecahydro-1H-cyclopenta[a]phenanthrene-3,6-diol monohydrate. wherein the expandable phase is carboxymethyl cellulose, wherein the biodegradable polymer is porcine-derived collagen, wherein the mineral particles comprise tricalcium phosphate and hydroxyapatite in a ratio of about 70:30 to about 90: 10 and having a particle size of about 125 μ m to about 750 μ m, and wherein the oxysterol comprises (3S, 5S, 6S, 8R, 9S,10R, 13S, 14S, 17S)17-( -2-hydroxyoctan-2-yl)-10,13-dimethylhexadecahydro-1H-cyclopenta[a]phenanthrene-3,6-diol monohydrate.
Non-contact vital sign monitoring system comprising: a first radar device configured to generate a first transmission signal; a first antenna configured to transmit the first transmission signal to a subject; a second radar device configured to generate a second transmission signal; and a second antenna configured to transmit the second transmission signal to said subject, characterized in that the first antenna has a gain value which is higher than the gain value of the second antenna, the first antenna and the second antenna are arranged to transmit said first and second transmission signals (E1, E2) to the same side of the subject and configured to receive first and second reflected signals (R1, R2) and deliver same to the first radar device and the second radar device, said first reflected signal representing reflection of the first transmission signal from the subject and said second transmission signal representing reflection of the second transmitted signal from the subject, and wherein the first radar device and the second radar device are configured to operate in a self- and mutual-injection locking state to thereby cancel out body movement and obtain vital signs of the subject. a first radar device configured to generate a first transmission signal; a first antenna configured to transmit the first transmission signal to a subject; a second radar device configured to generate a second transmission signal; and a second antenna configured to transmit the second transmission signal to said subject, characterized in that the first antenna has a gain value which is higher than the gain value of the second antenna, the first antenna and the second antenna are arranged to transmit said first and second transmission signals (E1, E2) to the same side of the subject and configured to receive first and second reflected signals (R1, R2) and deliver same to the first radar device and the second radar device, said first reflected signal representing reflection of the first transmission signal from the subject and said second transmission signal representing reflection of the second transmitted signal from the subject, and wherein the first radar device and the second radar device are configured to operate in a self- and mutual-injection locking state to thereby cancel out body movement and obtain vital signs of the subject.