mhurhangee/ep-ind-claims huggingface dataset:
A random access response message for transmission from a base station to a mobile station in a random access procedure, the random access response message comprising: a resource grant field for granting resources to a mobile terminal for a scheduled uplink transmission, and a field indicating how many times a same transport block is to be repeatedly transmitted from the mobile terminal on the granted resources for the scheduled uplink transmission in consecutive subframes without waiting for a Hybrid Automatic-Repeat Request, HARQ feedback from the base station, wherein the random access response message is transmitted, in the random access procedure, from a base station in response to receiving a random access preamble from a mobile terminal. a resource grant field for granting resources to a mobile terminal for a scheduled uplink transmission, and a field indicating how many times a same transport block is to be repeatedly transmitted from the mobile terminal on the granted resources for the scheduled uplink transmission in consecutive subframes without waiting for a Hybrid Automatic-Repeat Request, HARQ feedback from the base station, wherein the random access response message is transmitted, in the random access procedure, from a base station in response to receiving a random access preamble from a mobile terminal.
A method of communication, comprising: configuring an access terminal to receive data on at least one first carrier; determining that the access terminal is to conduct a pilot measurement on at least one second carrier; determining whether the access terminal can concurrently receive on the at least one first carrier and the at least one second carrier; and conducting the pilot measurement in a manner that is based on the determination of whether the access terminal can concurrently receive on the at least one first carrier and the at least one second carrier, wherein, if the access terminal cannot concurrently receive on the at least one first carrier and the at least one second carrier, the pilot measurement is conducted on the at least one second carrier while using a measurement gap on the at least one first carrier; wherein, if the access terminal can concurrently receive on the at least one first carrier and the at least one second carrier, the pilot measurement is conducted on the at least one second carrier while receiving data on the at least one first carrier. configuring an access terminal to receive data on at least one first carrier; determining that the access terminal is to conduct a pilot measurement on at least one second carrier; determining whether the access terminal can concurrently receive on the at least one first carrier and the at least one second carrier; and conducting the pilot measurement in a manner that is based on the determination of whether the access terminal can concurrently receive on the at least one first carrier and the at least one second carrier, wherein, if the access terminal cannot concurrently receive on the at least one first carrier and the at least one second carrier, the pilot measurement is conducted on the at least one second carrier while using a measurement gap on the at least one first carrier; wherein, if the access terminal can concurrently receive on the at least one first carrier and the at least one second carrier, the pilot measurement is conducted on the at least one second carrier while receiving data on the at least one first carrier.
A method comprising: receiving, at data processing hardware, a shared read access command from a sharor sharing read access to a sharee (lOb) for a document stored on memory hardware in communication with the data processing hardware, the shared read access command comprising an encrypted value and a first cryptographic share value based on a write key for the document, a read key for the document, a document identifier (d) identifying the document, and a sharee identifier identifying the sharee; receiving, at the data processing hardware, a shared read access request from the sharee, the shared read access request comprising the sharee identifier, the document identifier (d), and a second cryptographic share value based on the read key for the document and a sharee cryptographic key associated with the sharee; multiplying, by the data processing hardware, the first cryptographic share value and the second cryptographic share value to determine a cryptographic read access value, the cryptographic read access value authorizing read access to the sharee (lOb) for the document; and storing, by the data processing hardware, a read access token for the sharee (lOb) in a user read set of the memory hardware, the read access token comprising the cryptographic read access value and the encrypted value, the user read set comprising a list of sharee identifiers associated with sharees having read access to the document. receiving, at data processing hardware, a shared read access command from a sharor sharing read access to a sharee (lOb) for a document stored on memory hardware in communication with the data processing hardware, the shared read access command comprising an encrypted value and a first cryptographic share value based on a write key for the document, a read key for the document, a document identifier (d) identifying the document, and a sharee identifier identifying the sharee; receiving, at the data processing hardware, a shared read access request from the sharee, the shared read access request comprising the sharee identifier, the document identifier (d), and a second cryptographic share value based on the read key for the document and a sharee cryptographic key associated with the sharee; multiplying, by the data processing hardware, the first cryptographic share value and the second cryptographic share value to determine a cryptographic read access value, the cryptographic read access value authorizing read access to the sharee (lOb) for the document; and storing, by the data processing hardware, a read access token for the sharee (lOb) in a user read set of the memory hardware, the read access token comprising the cryptographic read access value and the encrypted value, the user read set comprising a list of sharee identifiers associated with sharees having read access to the document.
A pharmaceutical composition, comprising, as an active ingredient, a population of adherent stromal cells, wherein said population is generated by a method comprising the steps of: - culturing adherent stromal cells from placenta or adipose tissue under three-dimensional culturing conditions, which support cell expansion, wherein said three-dimensional culturing conditions comprise: (a) a 3D bioreactor; and (b) an adherent material selected from the group consisting of a polyester, a polyalkylene, a polyfluorochloroethylene, a polyvinyl chloride, a polystyrene, a polysulfone, a cellulose acetate, a glass fiber, a ceramic particle, a matrigel, an extracellular matrix component, a collagen, a poly L lactic acid and an inert metal fiber; and - obtaining the adherent stromal cells from the three-dimensional culturing conditions. - culturing adherent stromal cells from placenta or adipose tissue under three-dimensional culturing conditions, which support cell expansion, wherein said three-dimensional culturing conditions comprise: (a) a 3D bioreactor; and (b) an adherent material selected from the group consisting of a polyester, a polyalkylene, a polyfluorochloroethylene, a polyvinyl chloride, a polystyrene, a polysulfone, a cellulose acetate, a glass fiber, a ceramic particle, a matrigel, an extracellular matrix component, a collagen, a poly L lactic acid and an inert metal fiber; and - obtaining the adherent stromal cells from the three-dimensional culturing conditions.
An isolated polypeptide comprising at most twelve consecutive amino acids, preferably wherein the polypeptide is nine, ten or eleven amino acids in length, wherein the isolated polypeptide comprises the amino acid sequence set forth as one of: a. WLLPGTSTL (SEQ ID NO: 15), b. WLLX 6 GTSTX 7 (SEQ ID NO: 19), wherein X 6 is serine, threonine, isoleucine, or valine and wherein X 7 is leucine or valine, and c. WLLPGTSTX 1 (SEQ ID NO: 3), wherein amino acid X 1 is valine. a. WLLPGTSTL (SEQ ID NO: 15), b. WLLX 6 GTSTX 7 (SEQ ID NO: 19), wherein X 6 is serine, threonine, isoleucine, or valine and wherein X 7 is leucine or valine, and c. WLLPGTSTX 1 (SEQ ID NO: 3), wherein amino acid X 1 is valine.
A method for supporting automatic detection and tracking of an interventional tool which is to be applied in the scope of minimally invasive X- ray guided interventions, said method comprising the steps of calculating discrepancy maps between i) 2D projected image data of a preoperatively acquired 3D voxel volume showing an anatomical structure or region of interest, a pathological abnormality, a pacemaker or other medical implant in a tissue of a patient's body to be examined or in a blood vessel segment of said patient's vascular system and ii) intraoperatively recorded 2D fluoroscopic images showing the aforementioned objects as well as an interventional tool which has been introduced into the interior of said patient's body, wherein said 2D fluoroscopic images have been co-registered with the 2D projected image data, using a detection filter for automatically detecting said interventional tool, and using each discrepancy map in order to weight (S8b) the output of the detection filter according to the fact that mismatching regions are more likely to contain the interventional tool, thereby using the discrepancy map as a probability map for the location of the interventional tool. calculating discrepancy maps between i) 2D projected image data of a preoperatively acquired 3D voxel volume showing an anatomical structure or region of interest, a pathological abnormality, a pacemaker or other medical implant in a tissue of a patient's body to be examined or in a blood vessel segment of said patient's vascular system and ii) intraoperatively recorded 2D fluoroscopic images showing the aforementioned objects as well as an interventional tool which has been introduced into the interior of said patient's body, wherein said 2D fluoroscopic images have been co-registered with the 2D projected image data, using a detection filter for automatically detecting said interventional tool, and using each discrepancy map in order to weight (S8b) the output of the detection filter according to the fact that mismatching regions are more likely to contain the interventional tool, thereby using the discrepancy map as a probability map for the location of the interventional tool.
A trolley for collecting waste, comprising: wheels for moving the trolley; a handle for steering the trolley; and a housing with a bottomwall and a sidewall extending from the bottomwall in vertical direction, the housing forming a waste chamber for receiving waste, wherein: the sidewall comprises an opening; a flap is connected by a first bearing to the sidewall of the housing such that the flap is pivotable about a horizontal flap axis at least between a closing position and an opening position; the flap in its closing position closes the opening of the sidewall; the flap in its opening position opens the opening in the sidewall, such that waste can be inserted into the waste chamber; characterised in that the handle is connected by a second bearing to the housing, such that the handle is pivotable about a handle axis at least between a first handle position and a second handle position; and the handle is linked to the flap by a mechanical linkage, such that pivoting the handle from its second handle position to its first handle position results in a pivoting of the flap from its opening position to its closing position. wheels for moving the trolley; a handle for steering the trolley; and a housing with a bottomwall and a sidewall extending from the bottomwall in vertical direction, the housing forming a waste chamber for receiving waste, wherein: the sidewall comprises an opening; a flap is connected by a first bearing to the sidewall of the housing such that the flap is pivotable about a horizontal flap axis at least between a closing position and an opening position; the flap in its closing position closes the opening of the sidewall; the flap in its opening position opens the opening in the sidewall, such that waste can be inserted into the waste chamber; characterised in that the handle is connected by a second bearing to the housing, such that the handle is pivotable about a handle axis at least between a first handle position and a second handle position; and the handle is linked to the flap by a mechanical linkage, such that pivoting the handle from its second handle position to its first handle position results in a pivoting of the flap from its opening position to its closing position. the sidewall comprises an opening; a flap is connected by a first bearing to the sidewall of the housing such that the flap is pivotable about a horizontal flap axis at least between a closing position and an opening position; the flap in its closing position closes the opening of the sidewall; the flap in its opening position opens the opening in the sidewall, such that waste can be inserted into the waste chamber; characterised in that the handle is connected by a second bearing to the housing, such that the handle is pivotable about a handle axis at least between a first handle position and a second handle position; and the handle is linked to the flap by a mechanical linkage, such that pivoting the handle from its second handle position to its first handle position results in a pivoting of the flap from its opening position to its closing position.
A method for controlling a heater in a video surveillance camera enclosure, the method comprising repeating the steps of: deactivating a heater element within the enclosure if a first thermostat is active; activating said heater element if a second thermostat is not active; activating said heater element if said second thermostat is active and a heater timer is on; and activating said heater element and turning on said heater timer if said second thermostat is active and a heater manual request is received and deactivating said heater element if said heater manual request is not received; wherein said heater timer remains on for a pre-set amount of time, said first thermostat is set to active when the temperature measured by each of the thermostats exceeds a first maximum temperature value above a first set temperature and goes inactive when the temperature measured by each of the thermostats falls below the first set temperature, said second thermostat is set to active when the temperature measured by each of the thermostats exceeds a second maximum temperature value above a second set maximum temperature and goes inactive when the temperature measured by each of the thermostats falls below the second set temperature, and said first set temperature being higher than said second set temperature. deactivating a heater element within the enclosure if a first thermostat is active; activating said heater element if a second thermostat is not active; activating said heater element if said second thermostat is active and a heater timer is on; and activating said heater element and turning on said heater timer if said second thermostat is active and a heater manual request is received and deactivating said heater element if said heater manual request is not received; wherein said heater timer remains on for a pre-set amount of time, said first thermostat is set to active when the temperature measured by each of the thermostats exceeds a first maximum temperature value above a first set temperature and goes inactive when the temperature measured by each of the thermostats falls below the first set temperature, said second thermostat is set to active when the temperature measured by each of the thermostats exceeds a second maximum temperature value above a second set maximum temperature and goes inactive when the temperature measured by each of the thermostats falls below the second set temperature, and said first set temperature being higher than said second set temperature.
A strategy method for reducing the power consumption of a motor vehicle comprising an assisted steering system equipped with an electric pump unit comprising a pump and an electric motor rotating the pump and suitable for establishing and applying, to the electric pump unit, speed values of the electric pump unit as a function of operating parameters of the vehicle in the so-called normal mode, when the driver of the vehicle actuates the steering wheel, and in standby mode when the driver does not actuate the steering wheel, characterized in that, in standby mode, speed values are applied to the electric pump unit that are taken from a table of values, where these values are recorded as setpoint values that have been established beforehand by reducing, at the same operating parameters of the vehicle, the current of the electric pump group to a value at which the force that the driver must apply to the steering wheel during a new actuation of the steering wheel does not increase to a value felt by the driver as a bother.
A riding grass cutting machine comprising: a pair of left and right front wheels; a pair of left and right rear wheels; a mower between the front wheels and the rear wheels; an engine mounted at a front portion of a machine body frame; and a hood pivotally openable/closable about a front pivot and housing the engine; wherein at a front lower portion of the hood, there is formed an opening opened toward the lower side; there is provided a cover member supported to the machine body frame, the cover member being configured to cover the opening when disengaged from the hood; characterised in that: forwardly adjacent the engine, there is provided a clutch device for engaging/disengaging power transmission to the mower; the opening is overlapped with the clutch device as seen in a front view; and when the hood is pivotally opened/closed, the clutch device enters the opening. a pair of left and right front wheels; a pair of left and right rear wheels; a mower between the front wheels and the rear wheels; an engine mounted at a front portion of a machine body frame; and a hood pivotally openable/closable about a front pivot and housing the engine; wherein at a front lower portion of the hood, there is formed an opening opened toward the lower side; there is provided a cover member supported to the machine body frame, the cover member being configured to cover the opening when disengaged from the hood; characterised in that: forwardly adjacent the engine, there is provided a clutch device for engaging/disengaging power transmission to the mower; the opening is overlapped with the clutch device as seen in a front view; and when the hood is pivotally opened/closed, the clutch device enters the opening. forwardly adjacent the engine, there is provided a clutch device for engaging/disengaging power transmission to the mower; the opening is overlapped with the clutch device as seen in a front view; and when the hood is pivotally opened/closed, the clutch device enters the opening.
A production plant for producing flat, stackable products of the food industry, particularly preferably flat bakery products, with a pre-treatment plant, a transport means/transport device downstream thereof and a post-treatment plant downstream of the transport means, wherein the transport means has a first transfer station at the inlet of the transport device, at least two conveyor belts downstream of the first transfer station and, downstream of the at least two conveyor belts, a second transfer station at the outlet of the transport device, and wherein the first transfer station has a first manipulator, by which the products can be stacked one on top of the other and/or unstacked, and wherein the second transfer station has a second manipulator, by which the products can be stacked one on top of the other and/or unstacked so that the products can be stored in the transport device by forming stacks (12, 13, 22) of the products, characterized in that the transport device is provided as an in-line transport device of the production plant and in that a control means for controlling the manipulators (10, 11) and for individually actuating the individual conveyor belts is provided so that the conveying direction and/or conveying speed of the respective conveyor belt can be changed.
Rechargeable battery of the lithium-ion type, comprising a negative electrode, characterized in that the negative electrode includes: - a current collector support; - a first electrochemically active element fixed on the support and including a carbon-containing compound capable of inserting the lithium ions reversibly, this carbon-containing compound being in a proportion at least equal to 75 wt%; - a second electrochemically active element fixed on the support and including silicon in a proportion at least equal to 70 wt%, said first and second electrochemically active elements being separated from one another. - a current collector support; - a first electrochemically active element fixed on the support and including a carbon-containing compound capable of inserting the lithium ions reversibly, this carbon-containing compound being in a proportion at least equal to 75 wt%; - a second electrochemically active element fixed on the support and including silicon in a proportion at least equal to 70 wt%, said first and second electrochemically active elements being separated from one another.
An antifouling coating composition comprising: a hydrolyzable polymer having a structural unit represented by the following formula and having a weight-average molecular weight of 1000 to 5000 determined as described in the description, and an antifouling agent comprising 4-bromo-2-(4-chlorophenyl)-5-(trifluoromethyl)-1H-pyrrole-3-carbonitrile, the antifouling coating composition having a volatile organic compound content of not more than 400 g/L determined as described in the description, wherein M represents zinc or copper, and R 1 independently represents a hydrogen atom or a methyl group. a hydrolyzable polymer having a structural unit represented by the following formula and having a weight-average molecular weight of 1000 to 5000 determined as described in the description, and an antifouling agent comprising 4-bromo-2-(4-chlorophenyl)-5-(trifluoromethyl)-1H-pyrrole-3-carbonitrile, the antifouling coating composition having a volatile organic compound content of not more than 400 g/L determined as described in the description,