mhurhangee/ep-ind-claims huggingface dataset:
A blank for producing a three-dimensional structure of paper, cardboard or plastic, in particular a package or the like, including at least three lateral surfaces (12, 14, 16, 18) as well as at least one bottom and/or cover tab (20, 24) for forming the three-dimensional structure in a folded state of the blank, wherein at least two of the lateral surfaces (12, 14, 16, 18) and/or at least one of the lateral surfaces (12, 16) having the bottom and/or cover tab (20, 24) are connected to each other by means of at least one mechanically produced creasing line (36, 38, 40, 56, 58), wherein the mechanically produced creasing line (36, 38, 40, 56, 58) is produced without ablation or other removal of material of the blank, characterized in that at least one groove (62, 64, 66, 68, 70) produced by means of a laser is formed within at least one of the lateral surfaces (14, 16, 18) connected by means of the creasing line (36, 38, 40, 56), wherein the groove (62, 64, 66, 68, 70) is formed extending at an angle to the creasing line (36, 38, 40, 56) and impinges on or intersects it. wherein the mechanically produced creasing line (36, 38, 40, 56, 58) is produced without ablation or other removal of material of the blank, characterized in that at least one groove (62, 64, 66, 68, 70) produced by means of a laser is formed within at least one of the lateral surfaces (14, 16, 18) connected by means of the creasing line (36, 38, 40, 56), wherein the groove (62, 64, 66, 68, 70) is formed extending at an angle to the creasing line (36, 38, 40, 56) and impinges on or intersects it.
A method comprising: receiving, by a computing system, communication information comprising information related to one or more communications associated with a user of a computing device, the one or more communications comprising at least one of an email associated with the user, a phone call associated with the user or a message associated with the user, or social interaction data associated with the user; determining, by the computing system, based at least in part on location data from the computing device and the communication information, a future location and a future time at which the user is predicted to engage in an outdoor activity; determining, by the computing system, one or more differences between an average weather forecast for the future location over a period of time and a predicted weather forecast for the future location at the future time; and responsive to determining that at least one of the one or more differences satisfies a threshold, sending, by the computing system, to the computing device, notification data comprising an indication of the one or more differences. receiving, by a computing system, communication information comprising information related to one or more communications associated with a user of a computing device, the one or more communications comprising at least one of an email associated with the user, a phone call associated with the user or a message associated with the user, or social interaction data associated with the user; determining, by the computing system, based at least in part on location data from the computing device and the communication information, a future location and a future time at which the user is predicted to engage in an outdoor activity; determining, by the computing system, one or more differences between an average weather forecast for the future location over a period of time and a predicted weather forecast for the future location at the future time; and responsive to determining that at least one of the one or more differences satisfies a threshold, sending, by the computing system, to the computing device, notification data comprising an indication of the one or more differences.
A drop-down door seal for a hinged door which is pivotal over a door threshold when closed, the door having a door bottom and the drop down seal comprising: an elongate housing formed with a U-shaped channel which is open along its lower side; a sealing member positioned in the channel having a length corresponding to that of the door bottom; and an actuator responsive to closing of the door and configured automatically to move the sealing member vertically downwardly into a sealing position relative to the door threshold when the door is closed; the actuator comprising a plurality of elements located within the channel and including at least one fixed block which is fixed in position within the channel, at least one slide block which can slide along the channel, and at least one leaf spring attached to and between one slide block and one fixed block and to the sealing member, characterised in that a pivotal arm is connected at one end to an underside of the or each slide block and at its other end to the sealing member such that the pivot centre point is forward of a leading edge of the slide block, the arm being pivotal in a direction towards the sealing member to a substantially vertical position and the leaf spring being configured to flex downwardly such that the arm and the leaf spring impart a combined downward force on the sealing member as the slide block slides along the channel. an elongate housing formed with a U-shaped channel which is open along its lower side; a sealing member positioned in the channel having a length corresponding to that of the door bottom; and an actuator responsive to closing of the door and configured automatically to move the sealing member vertically downwardly into a sealing position relative to the door threshold when the door is closed; the actuator comprising a plurality of elements located within the channel and including at least one fixed block which is fixed in position within the channel, at least one slide block which can slide along the channel, and at least one leaf spring attached to and between one slide block and one fixed block and to the sealing member, characterised in that a pivotal arm is connected at one end to an underside of the or each slide block and at its other end to the sealing member such that the pivot centre point is forward of a leading edge of the slide block, the arm being pivotal in a direction towards the sealing member to a substantially vertical position and the leaf spring being configured to flex downwardly such that the arm and the leaf spring impart a combined downward force on the sealing member as the slide block slides along the channel.
Passenger boarding bridge, comprising, - a tunnel having a first tunnel section and a second tunnel section, the tunnel sections (3, 4) can be telescoped for adjusting the length of the tunnel along a main sliding direction, - a number of bearings adapted to slidably support the tunnel sections (3, 4) relative to each other, having at least one bearing rail connected to the first tunnel section and at least one bearing sledge connected to the second tunnel section, wherein the bearing rail comprises a planar first horizontal bearing surface, wherein the bearing sledge comprises a planar second horizontal bearing surface, which is adapted to slide along the planar first horizontal bearing surface during telescoping, wherein the bearing sledge comprises - a bearing support attached to the second tunnel section and - a bearing shoe carrying the planar second horizontal bearing surface, characterized in; that the bearing shoe is tiltably connected to the bearing support, in particular by a first hinge. - a tunnel having a first tunnel section and a second tunnel section, the tunnel sections (3, 4) can be telescoped for adjusting the length of the tunnel along a main sliding direction, - a number of bearings adapted to slidably support the tunnel sections (3, 4) relative to each other, having at least one bearing rail connected to the first tunnel section and at least one bearing sledge connected to the second tunnel section, wherein the bearing rail comprises a planar first horizontal bearing surface, wherein the bearing sledge comprises a planar second horizontal bearing surface, which is adapted to slide along the planar first horizontal bearing surface during telescoping, wherein the bearing sledge comprises - a bearing support attached to the second tunnel section and - a bearing shoe carrying the planar second horizontal bearing surface, characterized in; that the bearing shoe is tiltably connected to the bearing support, in particular by a first hinge.
An apparatus for eliminating electrostatic charge from a mould, the apparatus comprising heating wires within the mould for heating a zone of a moulding surface of the mould, an electrical power supply circuit connected to the heating wires, and an intermediate relay of an electrostatic elimination circuit connected between the heating wires and the electrical power supply circuit, the intermediate relay being switchable between a heating mode and a grounding mode so as selectively electrically to connect the heating wires to the electrical power supply circuit in the heating mode or to electrical earth in the grounding mode.
A method for performing wireless communication by a first device, the method comprising: transmitting, to a second device, a plurality of physical sidelink control channels, PSCCHs, and a plurality of physical sidelink shared channels, PSSCHs, wherein each of the plurality of PSSCHs is related with a corresponding one of the plurality of PSCCHs; receiving, from the second device, each of a plurality of sidelink, SL, hybrid automatic repeat request, HARQ, feedback information bits through a corresponding one of a plurality of physical sidelink feedback channels, PSFCHs, wherein each of the plurality of PSFCHs is related with a corresponding one of the plurality of PSSCHs; determining a priority value of physical uplink control channel, PUCCH, transmission for reporting the plurality of SL HARQ feedback information bits to a base station; and performing the PUCCH transmission or SL transmission based on the priority value of the PUCCH transmission and a priority value of the SL transmission, wherein the priority value of the PUCCH transmission with the plurality of SL HARQ feedback information bits is a smallest value among priority values of the plurality of SL HARQ feedback information bits, wherein the PUCCH transmission and the SL transmission overlap in a time domain, and wherein, if the priority value of the PUCCH transmission is smaller than the priority value of the SL transmission, the PUCCH transmission is performed to the base station. transmitting, to a second device, a plurality of physical sidelink control channels, PSCCHs, and a plurality of physical sidelink shared channels, PSSCHs, wherein each of the plurality of PSSCHs is related with a corresponding one of the plurality of PSCCHs; receiving, from the second device, each of a plurality of sidelink, SL, hybrid automatic repeat request, HARQ, feedback information bits through a corresponding one of a plurality of physical sidelink feedback channels, PSFCHs, wherein each of the plurality of PSFCHs is related with a corresponding one of the plurality of PSSCHs; determining a priority value of physical uplink control channel, PUCCH, transmission for reporting the plurality of SL HARQ feedback information bits to a base station; and performing the PUCCH transmission or SL transmission based on the priority value of the PUCCH transmission and a priority value of the SL transmission, wherein the priority value of the PUCCH transmission with the plurality of SL HARQ feedback information bits is a smallest value among priority values of the plurality of SL HARQ feedback information bits, wherein the PUCCH transmission and the SL transmission overlap in a time domain, and wherein, if the priority value of the PUCCH transmission is smaller than the priority value of the SL transmission, the PUCCH transmission is performed to the base station.
A process of fabricating a rotating component having a rotational axis, the process characterized by: fabricating at least two preforms (22/32,24/34) corresponding to at least two portions (12,14) of the component, each of the preforms (22/32,24/34) comprising an interface surface at which the preforms (22/32,24/34) can be joined to locate a first of the portions (12,14) in a radially outward direction from a second of the portions (12,14); inertia welding the preforms (22/32,24/34) together to form a profile and so that the interface surfaces thereof form a solid-state weld joint located between portions (32,34) of the profile corresponding to the portions (12,14) of the component, the solid-state weld joint containing a finer-grained material relative to material in the portions (32,34) of the profile and defining joint surfaces located on opposite axial surfaces of the profile; and then forging the profile with dies (42,44) to produce a forging (60/70) containing forging portions (62/72,64/74) corresponding to the portions (12,14) of the component, the dies (42,44) defining first and second die cavities (46,48), at least one of the die cavities (46,48) having a recess (52/54) into which the finer-grained material from the solid-state weld joint is expelled during forging to purge a joint region (68/78) of the forging (60/70) between the forging portions (62/72,64/74) of the finer-grained material, the joint region (68/78) containing grains distorted in an axial direction of the forging (60/70). fabricating at least two preforms (22/32,24/34) corresponding to at least two portions (12,14) of the component, each of the preforms (22/32,24/34) comprising an interface surface at which the preforms (22/32,24/34) can be joined to locate a first of the portions (12,14) in a radially outward direction from a second of the portions (12,14); inertia welding the preforms (22/32,24/34) together to form a profile and so that the interface surfaces thereof form a solid-state weld joint located between portions (32,34) of the profile corresponding to the portions (12,14) of the component, the solid-state weld joint containing a finer-grained material relative to material in the portions (32,34) of the profile and defining joint surfaces located on opposite axial surfaces of the profile; and then forging the profile with dies (42,44) to produce a forging (60/70) containing forging portions (62/72,64/74) corresponding to the portions (12,14) of the component, the dies (42,44) defining first and second die cavities (46,48), at least one of the die cavities (46,48) having a recess (52/54) into which the finer-grained material from the solid-state weld joint is expelled during forging to purge a joint region (68/78) of the forging (60/70) between the forging portions (62/72,64/74) of the finer-grained material, the joint region (68/78) containing grains distorted in an axial direction of the forging (60/70).
In vitro method for generating T cell progenitors having the phenotype CD7+CD34-, comprising the step of culturing CD34+ cells in a medium comprising TNF-alpha and optionally an antagonist of the Aryl hydrocarbon/Dioxin receptor, in particular StemRegenin 1, in the presence of an immobilized Notch ligand.
A device, comprising: a hinge mechanism rotatably coupling a first portion of the device to a second portion of the device, wherein the hinge mechanism comprises a spring for providing the force necessary to automatically open the device; a damper configured to control a rate at which the hinge mechanism automatically opens the device; and wherein the hinge mechanism includes a hinge disposed between the first portion and the second portion to connect the first portion and the second portion, characterised in that the hinge mechanism comprises a spine covering the hinge and a side covering at each side of the device to close off the area between the hinge and the spine, and wherein the side covering is a bellows. a damper configured to control a rate at which the hinge mechanism automatically opens the device; and wherein the hinge mechanism includes a hinge disposed between the first portion and the second portion to connect the first portion and the second portion, characterised in that the hinge mechanism comprises a spine covering the hinge and a side covering at each side of the device to close off the area between the hinge and the spine, and wherein the side covering is a bellows.
Method of determining a volume of liquid flowing through a conduit (9,10,15), including: receiving a signal from a flow meter including a rotor drivable by liquid flowing through the flow meter, wherein the signal is representative of pulses obtainable by detecting passage of at least one signalling device of which movement is at least synchronised with that of the rotor; determining a number of the pulses within a time interval ( Δt); determining a measure ( f) of a pulse frequency within the time interval ( Δt); and determining the volume as a function of a number of pulses within the time interval ( Δt) if the measure ( f) is indicative of a pulse frequency above a certain value ( y), characterised by determining the volume as a pre-determined value ( z) upon determining that the measure ( f) is indicative of a pulse frequency equal to or lower than the certain value ( y). receiving a signal from a flow meter including a rotor drivable by liquid flowing through the flow meter, wherein the signal is representative of pulses obtainable by detecting passage of at least one signalling device of which movement is at least synchronised with that of the rotor; determining a number of the pulses within a time interval ( Δt); determining a measure ( f) of a pulse frequency within the time interval ( Δt); and determining the volume as a function of a number of pulses within the time interval ( Δt) if the measure ( f) is indicative of a pulse frequency above a certain value ( y), characterised by determining the volume as a pre-determined value ( z) upon determining that the measure ( f) is indicative of a pulse frequency equal to or lower than the certain value ( y).
A method for transmitting a broadcast signal, the method comprising: generating a plurality of input packets comprising broadcast data; generating a link layer packet by encapsulating the input packets, wherein the link layer packet includes a header and a payload, wherein the header includes packet type information for indicating a type of the input packets encapsulated in the payload of the link layer packet, and packet configuration information for indicating configuration of the payload of the link layer packet; generating a broadcast signal using the link layer packet; and transmitting the broadcast signal, wherein the header further includes either a segmentation information part or a concatenation information part depending on whether the packet configuration information indicates that the payload encapsulates a segment of an input packet or concatenated input packets, wherein the header further includes count information for indicating a number of the concatenated input packets and a value of the count information is set to the number of the concatenated input packets minus two when the payload encapsulates the concatenated input packet, and wherein the packet type information indicates that a type extension is used, packet type extension information is further added to the header and the packet type extension information is used to indicate the type of the input packets encapsulated in the payload of the link layer packet. generating a plurality of input packets comprising broadcast data; generating a link layer packet by encapsulating the input packets, wherein the link layer packet includes a header and a payload, wherein the header includes packet type information for indicating a type of the input packets encapsulated in the payload of the link layer packet, and packet configuration information for indicating configuration of the payload of the link layer packet; generating a broadcast signal using the link layer packet; and transmitting the broadcast signal, wherein the header further includes either a segmentation information part or a concatenation information part depending on whether the packet configuration information indicates that the payload encapsulates a segment of an input packet or concatenated input packets, wherein the header further includes count information for indicating a number of the concatenated input packets and a value of the count information is set to the number of the concatenated input packets minus two when the payload encapsulates the concatenated input packet, and wherein the packet type information indicates that a type extension is used, packet type extension information is further added to the header and the packet type extension information is used to indicate the type of the input packets encapsulated in the payload of the link layer packet.
A process for preparing C 3 to C 19 aldehydes and/or alcohols by the hydroformylation of olefins and/or alkynes in the gas phase with a mixture of hydrogen and carbon monoxide over a heterogeneous catalyst at a temperature of 80-250°C and a pressure of 1.5 to 50 bar above atmospheric pressure, in the presence of a support material and/or of promoters, wherein the mixture of hydrogen and carbon monoxide has a H 2 /CO ratio of 0.1 to 0.9, the proportion of reactant component in the form of olefins and/or alkynes is in the range of 2-30% based on volume, and the catalytically active component used in the heterogeneous catalyst is rhodium phosphide or cobalt phosphide or mixtures of the two.
A resistance bridge measurement circuit configured to be coupled to a first resistor (R x) and a second resistor (R s), the first and second resistors being coupled in series, comprising: a current source coupled to the first and second resistors; a first voltage measurement circuit and a second voltage measurement circuit, wherein the first voltage measurement circuit is configured to measure a first voltage across the first resistor and the second voltage measurement circuit is configured to measure a second voltage across the second resistor, wherein the first voltage and the second voltage are measured at substantially the same time; and one or more switches (208, 209), wherein the one or more switches are configured to selectively couple the first voltage measurement circuit across the second resistor so that the first voltage measurement circuit is configured to measure a third voltage across the second resistor, wherein the one or more switches are configured to selectively couple the second voltage measurement circuit across the first resistor so that the second voltage measurement circuit is configured to measure a fourth voltage across the first resistor, and wherein the third voltage and the fourth voltage are measured at substantially the same time. a current source coupled to the first and second resistors; a first voltage measurement circuit and a second voltage measurement circuit, wherein the first voltage measurement circuit is configured to measure a first voltage across the first resistor and the second voltage measurement circuit is configured to measure a second voltage across the second resistor, wherein the first voltage and the second voltage are measured at substantially the same time; and one or more switches (208, 209), wherein the one or more switches are configured to selectively couple the first voltage measurement circuit across the second resistor so that the first voltage measurement circuit is configured to measure a third voltage across the second resistor, wherein the one or more switches are configured to selectively couple the second voltage measurement circuit across the first resistor so that the second voltage measurement circuit is configured to measure a fourth voltage across the first resistor, and wherein the third voltage and the fourth voltage are measured at substantially the same time.
At least one bacterial strain of Prevotella melaninogenica for use in the treatment and/or prevention of cancer wherein said cancer is caused by a tumor cell expressing IL-17 or expressing the receptor for IL-17.