mhurhangee/ep-ind-claims huggingface dataset:
A press seal for sealing against a line led through a through opening, having an elastomer body, a press body (9,10), and a tensioning bolt, wherein the press body (9,10) can be pressed against the elastomer body by tensioning the tensioning bolt, so that the elastomer body can be tensioned and can contact the line sealingly, and wherein the press body (9,10) comprises a display element which becomes visible in a display region of the press body (9,10) when the elastomer body reaches a tensioned state, wherein the press body (9,10) comprises a first and a second press body part, the press body parts (13,14) being movable with respect to each other in an axial direction parallel to the longitudinal axis of the tensioning bolt, such that the press body parts (13,14) are in a different relative position when the elastomer body is in the tensioned state, compared to a non-tensioned initial state, which can be read out via the display element, wherein the press body (9,10) is multi-part and comprises a pressing press body part and a display press body part, wherein an area of the pressing press body part is pressed against the elastomer body by the tensioning bolt during the tensioning, and the display press body part comprises the first and the second press body part and the display element, wherein the display press body part has a seat at the pressing press body part, secured against a rotation around the longitudinal axis of the tensioning bolt.
A method for processing chemical streams, the method comprising: operating a first chemical process comprising contacting a first feed stream with a first catalyst in a reactor, wherein the reactor comprises an upstream reactor section operating as a fast fluidized, turbulent, or bubbling bed reactor and a downstream reactor section operating as a dilute phase riser reactor, the upstream reactor section having an average cross-sectional area that is at least 150% of the average cross-sectional area of the downstream reactor section, and wherein the contacting of the first feed stream with the first catalyst causes a first reaction which forms a first product stream; stopping the first chemical process and removing the first catalyst from the reactor; and operating a second chemical process comprising contacting a second feed stream with a second catalyst in the reactor, wherein the contacting of the second feed stream with the second catalyst causes a second reaction which forms a second product stream; wherein: the first reaction is a dehydrogenation reaction, a cracking reaction, a dehydration reaction, or a methanol-to-olefin reaction; the second reaction is a dehydrogenation reaction, a cracking reaction, a dehydration reaction, or a methanol-to-olefin reaction; and the first reaction and the second reaction are different types of reactions. operating a first chemical process comprising contacting a first feed stream with a first catalyst in a reactor, wherein the reactor comprises an upstream reactor section operating as a fast fluidized, turbulent, or bubbling bed reactor and a downstream reactor section operating as a dilute phase riser reactor, the upstream reactor section having an average cross-sectional area that is at least 150% of the average cross-sectional area of the downstream reactor section, and wherein the contacting of the first feed stream with the first catalyst causes a first reaction which forms a first product stream; stopping the first chemical process and removing the first catalyst from the reactor; and operating a second chemical process comprising contacting a second feed stream with a second catalyst in the reactor, wherein the contacting of the second feed stream with the second catalyst causes a second reaction which forms a second product stream; wherein: the first reaction is a dehydrogenation reaction, a cracking reaction, a dehydration reaction, or a methanol-to-olefin reaction; the second reaction is a dehydrogenation reaction, a cracking reaction, a dehydration reaction, or a methanol-to-olefin reaction; and the first reaction and the second reaction are different types of reactions.
A method, comprising: obtaining, using one or more sensors on a wearable computing device, physiological parameters of a wearer of the wearable computing device; storing data on the wearable computing device, wherein the stored data comprises the physiological parameters of the wearer of the wearable computing device; after storing the data on the wearable computing device, receiving, at the wearable computing device, a request for a portion of the previously stored data; determining a designated role associated with the request for the portion of the previously stored data; determining, using the wearable computing device, one or more rules regarding access to the portion of the previously stored data based on the designated role; and determining, using the wearable computing device, a response to the request for the portion of the previously stored data by at least: determining whether the request is validated by at least applying the one or more rules to the request, and after determining that the request is validated, providing the requested portion of the previously stored data. obtaining, using one or more sensors on a wearable computing device, physiological parameters of a wearer of the wearable computing device; storing data on the wearable computing device, wherein the stored data comprises the physiological parameters of the wearer of the wearable computing device; after storing the data on the wearable computing device, receiving, at the wearable computing device, a request for a portion of the previously stored data; determining a designated role associated with the request for the portion of the previously stored data; determining, using the wearable computing device, one or more rules regarding access to the portion of the previously stored data based on the designated role; and determining, using the wearable computing device, a response to the request for the portion of the previously stored data by at least: determining whether the request is validated by at least applying the one or more rules to the request, and after determining that the request is validated, providing the requested portion of the previously stored data. determining whether the request is validated by at least applying the one or more rules to the request, and after determining that the request is validated, providing the requested portion of the previously stored data.
A system for monitoring the behavior of a household pet, the system comprising a sensor ( 214, 814) configured to detect the presence of the household pet in a waste container; a measuring device (104, 216, 816) configured to measure a characteristic; a storage device (112, 212, 812) configured to store the measured characteristic and threshold alert data; and a processor ( 110, 210, 810) configured to compare the measured characteristic to the stored threshold alert data and send an alert when the measured characteristic crosses the threshold alert data, wherein the measured characteristic is selected from the group consisting of: the household pet's weight; the weight of the household pet's waste; the combined weight of the platform and the household pet after the presence of the household pet was detected; the weight of a platform after the departure of the household pet was detected; the weight of the food consumed by the household pet; the weight of the water consumed by the household pet; the date when presence of the household pet is detected; the time when presence of the household pet is detected; the time when departure of the household pet is detected; and the duration of time between detection of the presence of the household pet and the departure of the household pet. a sensor ( 214, 814) configured to detect the presence of the household pet in a waste container; a measuring device (104, 216, 816) configured to measure a characteristic; a storage device (112, 212, 812) configured to store the measured characteristic and threshold alert data; and a processor ( 110, 210, 810) configured to compare the measured characteristic to the stored threshold alert data and send an alert when the measured characteristic crosses the threshold alert data, wherein the measured characteristic is selected from the group consisting of: the household pet's weight; the weight of the household pet's waste; the combined weight of the platform and the household pet after the presence of the household pet was detected; the weight of a platform after the departure of the household pet was detected; the weight of the food consumed by the household pet; the weight of the water consumed by the household pet; the date when presence of the household pet is detected; the time when presence of the household pet is detected; the time when departure of the household pet is detected; and the duration of time between detection of the presence of the household pet and the departure of the household pet. the household pet's weight; the weight of the household pet's waste; the combined weight of the platform and the household pet after the presence of the household pet was detected; the weight of a platform after the departure of the household pet was detected; the weight of the food consumed by the household pet; the weight of the water consumed by the household pet; the date when presence of the household pet is detected; the time when presence of the household pet is detected; the time when departure of the household pet is detected; and the duration of time between detection of the presence of the household pet and the departure of the household pet.
A lighting module for Illuminating a lateral area of a vehicle, characterized in that the lighting module comprises a light source and a lens comprising an entry diopter oriented toward the light source and an exit diopter, in that the exit diopter comprises at least one section through a horizontal plane comprising two convex portions separated by a concave portion, when viewed from a side opposite the light source, and in that the entry diopter comprises a section through a vertical median plane having a convex lower portion and a concave upper portion when viewed from a side opposite the light source.
An application decryption method, comprising: acquiring a touch operation at a position, except a certain position for selecting an application, of a display screen of a terminal; acquiring fingerprint information of the touch operation through a fingerprint sensor located at the position corresponding to the touch operation, a plurality of fingerprint sensors being arranged below the display screen of the terminal; searching, in stored encryption fingerprint information, whether encryption fingerprint information matched with the acquired fingerprint information exists or not; and setting, in response to that the encryption fingerprint information matched with the acquired fingerprint information is found out, a state of at least one application corresponding to the encryption fingerprint information as a decrypted state, wherein the decrypted state refers to a state in which the at least one application is able to be started directly without necessity of inputting verification information. acquiring a touch operation at a position, except a certain position for selecting an application, of a display screen of a terminal; acquiring fingerprint information of the touch operation through a fingerprint sensor located at the position corresponding to the touch operation, a plurality of fingerprint sensors being arranged below the display screen of the terminal; searching, in stored encryption fingerprint information, whether encryption fingerprint information matched with the acquired fingerprint information exists or not; and setting, in response to that the encryption fingerprint information matched with the acquired fingerprint information is found out, a state of at least one application corresponding to the encryption fingerprint information as a decrypted state, wherein the decrypted state refers to a state in which the at least one application is able to be started directly without necessity of inputting verification information.
A master node being adapted to: - establish a Bluetooth LE link with a device; - receive, via said Bluetooth LE link, bandwidth reservation request messages including a minimum desired transmission window length and a maximum desired transmission window length; and - schedule transmission windows for respective transmitters, in particular a transmission window for the link with the device, in accordance with said minimum desired transmission window length and said maximum desired transmission window length advertised in said respective bandwidth reservation request messages, wherein the scheduling is adapted to minimize overlapping of said transmission windows according to assigned values. - establish a Bluetooth LE link with a device; - receive, via said Bluetooth LE link, bandwidth reservation request messages including a minimum desired transmission window length and a maximum desired transmission window length; and - schedule transmission windows for respective transmitters, in particular a transmission window for the link with the device, in accordance with said minimum desired transmission window length and said maximum desired transmission window length advertised in said respective bandwidth reservation request messages, wherein the scheduling is adapted to minimize overlapping of said transmission windows according to assigned values.
Short-circuit semiconductor component comprising a semiconductor body (16, 25, 32, 39, 48, 55, 58, 61, 69, 74, 77), in which a rear-side base zone of a first conduction type (p), an inner zone of a second conduction type (n) complementary to the first conduction type (p), and a front-side base zone of the first conduction type (p) are arranged successively in a vertical direction (v) proceeding from a rear side with a rear-side centre defined by its geometric centroid towards a front side, situated opposite the rear side, with a front-side centre defined by its geometric centroid, wherein the rear-side base zone is electrically conductively connected to a rear-side electrode, applied on the rear side, with a lateral rear-side electrode width (W ER) given by its lateral extent, and the front-side base zone is electrically conductively connected to a front-side electrode, applied on the front side, with a lateral front-side electrode width (W EV) given by its lateral extent, wherein at least one front-side switch-on structure (17, 23, 30, 35, 53, 63) is embedded into the front-side base zone and is at least partly covered by the front-side electrode, and/or at least one rear-side switch-on structure (31, 36, 46, 57) is embedded into the rear-side base zone and is at least partly covered by the rear-side electrode, wherein the respective switch-on structure (17, 23, 30, 31, 35, 36, 46, 53, 63) is an emitter structure (17, 23, 30, 35, 36, 46, 53, 63) of the second conduction type (n), which is electrically conductively contacted with the electrode (10, 11) applied on the base zone (6, 8) respectively embedding said structure and which is able to be switched on by means of at least one triggering structure (20, 26, 37, 38, 47, 54, 60) which acts on it electrically via the semiconductor body (16, 25, 32, 39, 48, 55, 58, 61, 69, 74, 77) and which is activatable in turn by means of an electrical switch-on signal fed to it, characterized in that the triggering structure (20, 26, 37, 38, 47, 54, 60) is configured and arranged in such a way that it causes a predestruction in its activated state by the injection of an electric current surge with a predetermined energy input into the semiconductor body (16, 25, 32, 39, 48, 55, 58, 61, 69, 74, 77) between the triggering structure (20, 26, 37, 38, 47, 54, 60) and the front-side and/or rear-side switch-on structure (17, 23, 30, 35, 36, 46, 53, 63), wherein the electric current surge irreversibly destroys a first semiconductor junction formed between the respective switch-on structure (17, 23, 30, 35, 36, 46, 53, 63) and the base zone (6, 8) embedding the latter and/or a second semiconductor junction formed between said base zone (6, 8) and the inner zone, and wherein after the predestruction the semiconductor body (16, 25, 32, 39, 48, 55, 58, 61, 69, 74, 77) is destroyed by a current flowing via the front-side electrode and the rear-side electrode in such a way that a fused junction forms between the front-side electrode and the rear-side electrode.
A pulsatile fluid pump system for driving a fluid pump assembly, the pulsatile fluid pump system comprising: a reciprocating linear motor having a magnet and a coil, the magnet moving in relation to the coil, the coil having an electrical input; a controller system having an electrical output coupled to the electrical input of the coil and a storage system in which is stored an archetype waveform, the controller system being configured to execute a waveform program defining an electrical waveform at the electrical output; wherein the waveform program is configured to accept user-provided values of a set of user-specifiable parameters defining performance of the linear motor and further configured to read the archetype electrical waveform from the storage system and to generate the electrical waveform at the electrical output by modifying the archetype electrical waveform with respect to a feature, selected from the group consisting of amplitude, frequency, shape, and combinations thereof, in response to the user-provided values for such parameters. a reciprocating linear motor having a magnet and a coil, the magnet moving in relation to the coil, the coil having an electrical input; a controller system having an electrical output coupled to the electrical input of the coil and a storage system in which is stored an archetype waveform, the controller system being configured to execute a waveform program defining an electrical waveform at the electrical output; wherein the waveform program is configured to accept user-provided values of a set of user-specifiable parameters defining performance of the linear motor and further configured to read the archetype electrical waveform from the storage system and to generate the electrical waveform at the electrical output by modifying the archetype electrical waveform with respect to a feature, selected from the group consisting of amplitude, frequency, shape, and combinations thereof, in response to the user-provided values for such parameters.
A ribbon liquefier (38, 138, 238) for use in an extrusion-based digital manufacturing system having a drive mechanism and a heat transfer component, the ribbon liquefier (38,138,238) comprising: an outer liquefier portion having a length extending along a longitudinal axis (46,146, 246) and configured to receive thermal energy from the heat transfer component; a channel (72, 172, 272) extending along the longitudinal axis (46, 146, 246) at least partially defined by the outer liquefier portion, the channel (72, 172, 272) having an inlet end (48, 148) with dimensions that are configured to receive a ribbon filament, and an outlet end, wherein the ribbon liquefier (38, 138, 238) is configured to melt the ribbon filament received in the channel (72, 172, 272) to at least an extrudable state with the received thermal energy to provide a melt flow, and wherein the dimensions of the channel (72, 172, 272) are further configured to conform the melt flow to an axially-asymmetric flow within the channel (72, 172, 272); and an extrusion tip (52, 152) extending along the longitudinal axis (46, 146, 246) from the outer liquefier portion at the outlet end of the channel (72, 172, 272), wherein the dimensions of the extrusion tip (52, 152) are configured to conform the melt flow from the axially-asymmetric flow in the channel (72, 172, 272) to a substantially axially-symmetric flow for extrusion from the extrusion tip (52, 152) an outer liquefier portion having a length extending along a longitudinal axis (46,146, 246) and configured to receive thermal energy from the heat transfer component; a channel (72, 172, 272) extending along the longitudinal axis (46, 146, 246) at least partially defined by the outer liquefier portion, the channel (72, 172, 272) having an inlet end (48, 148) with dimensions that are configured to receive a ribbon filament, and an outlet end, wherein the ribbon liquefier (38, 138, 238) is configured to melt the ribbon filament received in the channel (72, 172, 272) to at least an extrudable state with the received thermal energy to provide a melt flow, and wherein the dimensions of the channel (72, 172, 272) are further configured to conform the melt flow to an axially-asymmetric flow within the channel (72, 172, 272); and an extrusion tip (52, 152) extending along the longitudinal axis (46, 146, 246) from the outer liquefier portion at the outlet end of the channel (72, 172, 272), wherein the dimensions of the extrusion tip (52, 152) are configured to conform the melt flow from the axially-asymmetric flow in the channel (72, 172, 272) to a substantially axially-symmetric flow for extrusion from the extrusion tip (52, 152)
A package for two liquid cosmetic compositions, where the first composition is a liquid mascara composition and the second composition is a liquid mascara remover composition, the package comprising: a first reservoir holding a quantity of the first mascara liquid composition therein, the first reservoir comprising a first reservoir proximal end and an opposing first reservoir distal end, wherein the first reservoir proximal end comprises an open end through which a mascara brush applicator is inserted and removed, and wherein the first reservoir distal end defines a closed end of the package; the package further comprising a second reservoir holding a quantity of the second mascara remover liquid composition therein, the second reservoir comprising a second reservoir proximal end and an opposing second reservoir distal end, wherein the second reservoir proximal end comprises a closed end, and wherein the second reservoir distal end comprises an open end through which the second mascara remover liquid cosmetic composition is dispensed; and wherein the mascara brush is non-removably connected at and extends away from the second reservoir closed end, and wherein the first reservoir is removably attached to at least one of the mascara brush and the second reservoir and extends away from the second reservoir closed end to protectively encase the mascara brush, characterized in that: the package comprises only one applicator being the said mascara brush. a first reservoir holding a quantity of the first mascara liquid composition therein, the first reservoir comprising a first reservoir proximal end and an opposing first reservoir distal end, wherein the first reservoir proximal end comprises an open end through which a mascara brush applicator is inserted and removed, and wherein the first reservoir distal end defines a closed end of the package; the package further comprising a second reservoir holding a quantity of the second mascara remover liquid composition therein, the second reservoir comprising a second reservoir proximal end and an opposing second reservoir distal end, wherein the second reservoir proximal end comprises a closed end, and wherein the second reservoir distal end comprises an open end through which the second mascara remover liquid cosmetic composition is dispensed; and wherein the mascara brush is non-removably connected at and extends away from the second reservoir closed end, and wherein the first reservoir is removably attached to at least one of the mascara brush and the second reservoir and extends away from the second reservoir closed end to protectively encase the mascara brush, characterized in that: the package comprises only one applicator being the said mascara brush.