mhurhangee/ep-ind-claims huggingface dataset:
A temporary storage system comprising: a travel rail having a plurality of first rails extending linearly in a first direction and a plurality of second rails extending in a second direction orthogonal to the first direction, the first rails and the second rails being disposed in a grid pattern on a same plane and disposed so as to surround a transfer port for receiving an article in a two-dimensional view; a vehicle having a travel part configured to travel on the travel rail in the first direction and the second direction and a transfer part including a holder configured to hold the article and an elevator configured to elevate and lower the holder; and a plurality of storages each configured to store the article, wherein the travel rail is disposed to allow the vehicle to access a first stop position where the transfer part is disposed immediately above the transfer port from a side with the storage for the transfer port, and to allow the vehicle to access a second stop position where the transfer part is disposed immediately above the storage, and wherein the vehicle is configured to travel on the travel rail with the transfer part positioned below the travel rail. a travel rail having a plurality of first rails extending linearly in a first direction and a plurality of second rails extending in a second direction orthogonal to the first direction, the first rails and the second rails being disposed in a grid pattern on a same plane and disposed so as to surround a transfer port for receiving an article in a two-dimensional view; a vehicle having a travel part configured to travel on the travel rail in the first direction and the second direction and a transfer part including a holder configured to hold the article and an elevator configured to elevate and lower the holder; and a plurality of storages each configured to store the article, wherein the travel rail is disposed to allow the vehicle to access a first stop position where the transfer part is disposed immediately above the transfer port from a side with the storage for the transfer port, and to allow the vehicle to access a second stop position where the transfer part is disposed immediately above the storage, and wherein the vehicle is configured to travel on the travel rail with the transfer part positioned below the travel rail.
A method for manufacturing paper implementing a cellulosic suspension and particles, the particles being integrated in the cellulosic suspension or deposited on the paper once formed, the particles having a hydrophilic core coated with a hydrophobic polymeric layer, and being beforehand prepared according to the following steps: - preparing an aqueous phase comprising at least one hydrophilic optical brightener or colorant; - preparing an organic phase comprising at least one hydrophobic polymer; - forming a water-in-oil inverse emulsion by adding the aqueous phase into the organic phase; - forming the particles by thermal quenching of the emulsion; - obtaining particles having an average diameter smaller than 5 micrometers and having a hydrophilic core coated with a hydrophobic polymeric layer; - isolating the particles thus obtained. - preparing an aqueous phase comprising at least one hydrophilic optical brightener or colorant; - preparing an organic phase comprising at least one hydrophobic polymer; - forming a water-in-oil inverse emulsion by adding the aqueous phase into the organic phase; - forming the particles by thermal quenching of the emulsion; - obtaining particles having an average diameter smaller than 5 micrometers and having a hydrophilic core coated with a hydrophobic polymeric layer; - isolating the particles thus obtained.
System for the delivery of newspapers to end customers - with at least one drone comprising a) a flight control unit set up for autonomous flight, b) at least one aircraft engine designed as an electric motor, c) an exchangeable rechargeable battery that supplies the aircraft engine with voltage, d) a programmable control unit assigned to at least one memory and e) a coupling on its underside for an electrical and mechanical connection; and - with a plurality of holding boxes, wherein each holding box comprises f) a coupling counterpart interacting with the coupling for rigidly connecting a holding box to a drone, g) a number of downwardly open trays that are arranged next to each other for receiving one foiled newspaper respectively, h) per tray, one retaining means connected to the control unit for the newspaper, which normally blocks the way for the newspaper downwardly out of the tray and is moved by the control unit out of the blocking state into a release state, in which the newspaper falls down from the tray and i) a data carrier that uniquely identifies the holding box and which has a read connection to the programmable control unit. - with at least one drone comprising a) a flight control unit set up for autonomous flight, b) at least one aircraft engine designed as an electric motor, c) an exchangeable rechargeable battery that supplies the aircraft engine with voltage, d) a programmable control unit assigned to at least one memory and e) a coupling on its underside for an electrical and mechanical connection; and - with a plurality of holding boxes, wherein each holding box comprises f) a coupling counterpart interacting with the coupling for rigidly connecting a holding box to a drone, g) a number of downwardly open trays that are arranged next to each other for receiving one foiled newspaper respectively, h) per tray, one retaining means connected to the control unit for the newspaper, which normally blocks the way for the newspaper downwardly out of the tray and is moved by the control unit out of the blocking state into a release state, in which the newspaper falls down from the tray and i) a data carrier that uniquely identifies the holding box and which has a read connection to the programmable control unit.
Composite powder for use in an anode of a lithium ion battery, whereby the particles of the composite powder comprise silicon-based domains in a matrix, whereby the matrix is carbon or a precursor material that can be converted into carbon by thermal treatment, whereby the individual silicon-based domains are either free silicon-based domains that are not or not completely embedded in the matrix or are fully embedded silicon-based domains that are completely surrounded by the matrix, whereby the percentage of free silicon-based domains is lower than or equal to 4 weight% of the total amount of Si in metallic or oxidized state in the composite powder, whereby the silicon-based domains have a weight based size distribution with a d 50 of 200 nm or less and a d 90 of 1000 nm or less, characterised in that the composite powder also contains graphite, whereby the graphite is not embedded in the matrix.
A method of wireless communication of a first network, comprising: receiving, at a base station, user equipment, UE, capability information from each UE of a plurality of UEs (414, 416), the UE capability information received from each UE indicating at least a number of different carrier synchronization timings that the UE can track within a plurality of carriers, the plurality of carriers being associated with a plurality of different networks including the first network; determining, at the base station, for the plurality of UEs (414, 416), a set of synchronization-timing priorities based on the received UE capability information, the set of synchronization-timing priorities indicating a priority for timing synchronization types for use within each carrier of a set of carriers of the plurality of carriers; and broadcasting, from the base station, the determined set of synchronization-timing priorities to the plurality of UEs (414, 416). receiving, at a base station, user equipment, UE, capability information from each UE of a plurality of UEs (414, 416), the UE capability information received from each UE indicating at least a number of different carrier synchronization timings that the UE can track within a plurality of carriers, the plurality of carriers being associated with a plurality of different networks including the first network; determining, at the base station, for the plurality of UEs (414, 416), a set of synchronization-timing priorities based on the received UE capability information, the set of synchronization-timing priorities indicating a priority for timing synchronization types for use within each carrier of a set of carriers of the plurality of carriers; and broadcasting, from the base station, the determined set of synchronization-timing priorities to the plurality of UEs (414, 416).
A method for operating through an application programming interface, the method comprising: in a framework with software of a first device acting as an interface for other software to establish a first connection (502, 504, 506) between the first device and a second device, each device having software and transferring function calls between the devices to establish the first connection: establishing the first connection between the first device and the second device with the first connection being associated with a collaborative software application (530, 570) that is located on at least one of the first and second devices; determining whether a second connection between the first device and the second device can be established using voice chat software to provide a voice chat service between the first and second devices; and transferring a first function call from the voice chat service to the collaborative software application of the first or second device to request use of the first connection for the a voice chat if the second connection fails. establishing the first connection between the first device and the second device with the first connection being associated with a collaborative software application (530, 570) that is located on at least one of the first and second devices; determining whether a second connection between the first device and the second device can be established using voice chat software to provide a voice chat service between the first and second devices; and transferring a first function call from the voice chat service to the collaborative software application of the first or second device to request use of the first connection for the a voice chat if the second connection fails.
Capsule-filling machine for filling a capsule comprising an upper capsule part and a lower capsule part, the capsule-filling machine comprising - a multiplicity of separate stations for handling the capsules and - a capsule-separating device and a capsule-presence device for checking the presence of a capsule, - wherein the capsule-separating device and the capsule-presence device are integrated in a common station, characterized in that the capsule-separating device comprises an upper-capsule-part holder, a lower-capsule-part holder and a vacuum generator, wherein the vacuum generator" is in connection with the lower-capsule-part holder, wherein the capsule-presence device comprises a sensor for sensing the presence of a capsule in the lower-capsule-part holder, wherein the capsule-separating device comprises at least one separating pin, which is arranged beneath the lower-capsule-part holder, and wherein the sensor is arranged at an end of the separating pin which is directed towards the lower-capsule-part holder. - a multiplicity of separate stations for handling the capsules and - a capsule-separating device and a capsule-presence device for checking the presence of a capsule, - wherein the capsule-separating device and the capsule-presence device are integrated in a common station, characterized in that the capsule-separating device comprises an upper-capsule-part holder, a lower-capsule-part holder and a vacuum generator, wherein the vacuum generator" is in connection with the lower-capsule-part holder, wherein the capsule-presence device comprises a sensor for sensing the presence of a capsule in the lower-capsule-part holder, wherein the capsule-separating device comprises at least one separating pin, which is arranged beneath the lower-capsule-part holder, and wherein the sensor is arranged at an end of the separating pin which is directed towards the lower-capsule-part holder.
A method performed by a User Equipment, in the following also referred to as UE, the method comprising: receiving a message associated with Physical Uplink Shared Channel, in the following also referred to as PUSCH, parameter configuration, wherein: the message comprises either a first parameter indicative of a list of entries associated with time resource allocation for multiple PUSCHs or a second parameter that at least one of configures or indicates an aggregation factor; the list does not comprise a third parameter for configuring a number of repetitions; receiving a Downlink Control Information, in the following also referred to as DCI, indicative of a first entry in the list, wherein the first entry is indicative of one or more time resource allocations; and performing one or more transmissions on one or more time occasions, wherein a number of time occasions of the one or more time occasions is based on a number of time resource allocations of the one or more time resource allocations, wherein the UE is a UE set as not allowed to be concurrently configured with both the first parameter and the second parameter. receiving a message associated with Physical Uplink Shared Channel, in the following also referred to as PUSCH, parameter configuration, wherein: the message comprises either a first parameter indicative of a list of entries associated with time resource allocation for multiple PUSCHs or a second parameter that at least one of configures or indicates an aggregation factor; the list does not comprise a third parameter for configuring a number of repetitions; the message comprises either a first parameter indicative of a list of entries associated with time resource allocation for multiple PUSCHs or a second parameter that at least one of configures or indicates an aggregation factor; the list does not comprise a third parameter for configuring a number of repetitions; receiving a Downlink Control Information, in the following also referred to as DCI, indicative of a first entry in the list, wherein the first entry is indicative of one or more time resource allocations; and performing one or more transmissions on one or more time occasions, wherein a number of time occasions of the one or more time occasions is based on a number of time resource allocations of the one or more time resource allocations, wherein the UE is a UE set as not allowed to be concurrently configured with both the first parameter and the second parameter.
A patient support comprising: a plurality of stacked layers (14, 16, 22) of cushioning material forming a primary patient support surface, at least two of the stacked layers having a different firmness, and at least one of the stacked layers including a gel layer; two rails (30, 32), the primary patient support surface bounded by the two rails (30, 32), and the two rails (30, 32) being formed from a foam material with a greater firmness than any of the layers forming the patient support surface to thereby form a cradle around the patient support surface wherein each rail (30, 32) is formed from an upper rail and a lower rail, and each lower rail having a greater firmness than its respective upper rail, wherein the gel layer is formed by a plurality of intersecting gel walls, the gel walls forming spaces there between, at least some of the spaces each having a foam body inserted therein, wherein the foam bodies extend partially into the spaces.
A method of operating a dispensing unit, comprising: providing a power source to the dispensing unit that includes a housing having a container disposed therein; providing a sleep period interval between a spray operation and activation of a motion sensor which starts on completion of the spray operation; and activating the motion sensor disposed on the dispensing unit after completion of the sleep period interval to detect motion within a sensory path of the sensor; wherein the motion sensor remains activated until same detects motion, whereupon a fluid is discharged from the container, and the sleep period interval is reset; the dispenser thereafter automatically alternating between said sleep periods and said spray operations initiated by motion detection following expiration of a sleep period; characterized in that upon detection of said motion the fluid is immediately automatically discharged from the container, and the motion sensor is deactivated preventing the dispenser from automatically activating again in response to detection of motion until the sleep period has elapsed. providing a power source to the dispensing unit that includes a housing having a container disposed therein; providing a sleep period interval between a spray operation and activation of a motion sensor which starts on completion of the spray operation; and activating the motion sensor disposed on the dispensing unit after completion of the sleep period interval to detect motion within a sensory path of the sensor; wherein the motion sensor remains activated until same detects motion, whereupon a fluid is discharged from the container, and the sleep period interval is reset; the dispenser thereafter automatically alternating between said sleep periods and said spray operations initiated by motion detection following expiration of a sleep period; characterized in that upon detection of said motion the fluid is immediately automatically discharged from the container, and the motion sensor is deactivated preventing the dispenser from automatically activating again in response to detection of motion until the sleep period has elapsed.
An optical branching device (1; 1') suitable for branching optical fibers extracted through an access window cut in a sheath of an optical cable, said optical branching device (1; 1') comprising: - a central channel (24; 24') configured to house a portion of said optical cable; - at least one lateral channel (25, 26; 25', 26') which radiates from said central channel (25, 26; 25', 26'), which diverges by an acute angle from said central channel (24; 24'), and which is configured to house at least one of said optical fibers; and - at least one housing (27b; 27b') suitable for receiving a fixing member for fixing said device (1; 1') to said optical cable, wherein said housing (27b; 27b') does not project beyond the maximum extension of said at least one lateral channel (25, 26; 25', 26') in the longitudinal direction of said central channel (24; 24'). - a central channel (24; 24') configured to house a portion of said optical cable; - at least one lateral channel (25, 26; 25', 26') which radiates from said central channel (25, 26; 25', 26'), which diverges by an acute angle from said central channel (24; 24'), and which is configured to house at least one of said optical fibers; and - at least one housing (27b; 27b') suitable for receiving a fixing member for fixing said device (1; 1') to said optical cable,
An attraction system, comprising: an elevator assembly comprising an elevator path, wherein the elevator path intersects a ride path of the attraction system; an elevator car comprising a support, wherein the elevator car is configured to travel along the elevator path; a ride vehicle comprising a cabin coupled to a bogie, wherein the ride vehicle is configured to travel along the ride path via the bogie, wherein the bogie is configured to travel into the elevator car via the ride path; characterised by further comprising a cabin projection of the cabin, wherein the support is configured to capture the cabin projection on at least two sides when the ride vehicle is in a loaded position. an elevator assembly comprising an elevator path, wherein the elevator path intersects a ride path of the attraction system; an elevator car comprising a support, wherein the elevator car is configured to travel along the elevator path; a ride vehicle comprising a cabin coupled to a bogie, wherein the ride vehicle is configured to travel along the ride path via the bogie, wherein the bogie is configured to travel into the elevator car via the ride path; characterised by further comprising a cabin projection of the cabin, wherein the support is configured to capture the cabin projection on at least two sides when the ride vehicle is in a loaded position.
Apparatus for cleaning the floor of a building for housing livestock, this apparatus comprising at least one device for cleaning the floor of this building, such a cleaning device comprising one or more assemblies (2; 2'), which each comprise a scraper (3; 3') designed to rest on the ground for the scraping thereof, and said apparatus also comprising at least one means for moving this or these cleaning devices with respect to the ground, such a movement means comprising a chain, which is designed to be housed in a groove in the floor, and which is connected to such a cleaning device, and said movement means also comprising a motor for driving the chain, characterized in that the assembly or assemblies (2; 2') further comprises or each further comprise a broom (6; 6') designed to rest on the ground for the sweeping thereof, at least one means for securing the broom (6; 6') of such an assembly (2; 2') to the scraper (3; 3') of such an assembly (2; 2'), and at least one adjustment means for adjusting, in a vertical direction, the position of the broom (6; 6') of such an assembly (2; 2') relative to the scraper (3; 3') of such an assembly (2; 2').
A liquid medium for the cultivation of Clostridiurn histolyticurn, the medium comprising water, a fish gelatin and a plant peptone, the source of the peptone being selected from the group consisting of soy bean, broad bean, pea, potato, and a mixture thereof, whereby the aggregate concentration of the plant peptone(s) in the medium is between about 2% and about 10% weight by volume, and whereby in the medium the concentration of fish gelatin is between about 2% and about 10%, the percentage indicating weight by volume when the isolated fish gelatin is dry matter and volume by volume when the isolated fish gelatin is liquid matter.
A tire inflation system, comprising: an axle housing; a sealing ring disposed on the axle housing, the sealing ring having a conduit formed therethrough; a hub rotatably disposed on the axle housing adjacent the sealing ring; a hub ring disposed on the hub adjacent the sealing ring and having a conduit formed therethrough; an inner seal member disposed between the sealing ring and the hub ring; and an outer seal member disposed between the sealing ring and the hub ring, wherein the conduit formed through the hub ring is in fluid communication with the conduit formed through the sealing ring through an area between the inner seal member and the outer seal member characterized in that the hub ring is disposed on an inboard end and attached to an outer surface of the hub. an axle housing; a sealing ring disposed on the axle housing, the sealing ring having a conduit formed therethrough; a hub rotatably disposed on the axle housing adjacent the sealing ring; a hub ring disposed on the hub adjacent the sealing ring and having a conduit formed therethrough; an inner seal member disposed between the sealing ring and the hub ring; and an outer seal member disposed between the sealing ring and the hub ring, wherein the conduit formed through the hub ring is in fluid communication with the conduit formed through the sealing ring through an area between the inner seal member and the outer seal member characterized in that the hub ring is disposed on an inboard end and attached to an outer surface of the hub.