mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger (1, 27) of a condensation laundry dryer, comprising a heat exchanger block consisting of a plurality of metallic lamellae layers (3, 25, 25a, 25b), which form a cooling air surface, for passing dry cooling air in a cooling air flow direction, wherein at least one tube (2, 24) forming a process air surface is arranged between each of the lamellae layers (3, 25, 25a, 25b) for passing moist process air in a process air flow direction, wherein front ends of the tubes (2, 24) extend beyond the edge of the lamellae layers (3, 25, 25a, 25b) and protrude into a respective holding frame and are glued thereto, characterized in that a respective lamellae layer (3, 25, 25a, 25b) is attached to the respective topside and underside of the tubes (2.24), wherein the ratio between the cooling air area and the process air area is greater than or equal to 7.0 and wherein the lamellae layers (3, 25, 25a, 25b) are glued to the topside or underside of the tubes (2.24).
An apparatus comprising: a very long instruction word, VLIW, processing unit, wherein the VLIW processing unit includes: a first processing cluster; a second processing cluster; and a shared processing resource that is accessible by the first processing cluster and by the second processing cluster; a scheduling unit configured to resolve a resource conflict at the shared processing resource, wherein the resource conflict is detected when a first instruction associated with the first processing cluster and a second instruction associated with the second processing cluster are scheduled for concurrent execution by the shared processing resource; and a memory coupled to the VLIW processing unit. a very long instruction word, VLIW, processing unit, wherein the VLIW processing unit includes: a first processing cluster; a second processing cluster; and a shared processing resource that is accessible by the first processing cluster and by the second processing cluster; a first processing cluster; a second processing cluster; and a shared processing resource that is accessible by the first processing cluster and by the second processing cluster; a scheduling unit configured to resolve a resource conflict at the shared processing resource, wherein the resource conflict is detected when a first instruction associated with the first processing cluster and a second instruction associated with the second processing cluster are scheduled for concurrent execution by the shared processing resource; and a memory coupled to the VLIW processing unit.
An aqueous composition comprising: a. an aqueous solution; b. a calcium phosphate compound wherein the calcium phosphate is α-TCP; c. an additive compound selected from phosphocreatine, wherein the carboxylic acid of the phosphocreatine may be in acid form or the corresponding salt; wherein the calcium phosphate compound represents 10-90 wt% and the additive compound represents 10-90 wt% of the solid content in the composition, wherein the composition comprises an acid, said acid optionally being the carboxylic acid of the additive compound, and has an acid concentration of 1.0-4.0M, and wherein the L/P ratio is 0.16-0.45, wherein the L/P ratio is the liquid to powder ratio, whereby powder means the calcium phosphate plus the additive compound, and the ratio is a volume in mL to weight in g ratio. a. an aqueous solution; b. a calcium phosphate compound wherein the calcium phosphate is α-TCP; c. an additive compound selected from phosphocreatine, wherein the carboxylic acid of the phosphocreatine may be in acid form or the corresponding salt; wherein the calcium phosphate compound represents 10-90 wt% and the additive compound represents 10-90 wt% of the solid content in the composition, wherein the composition comprises an acid, said acid optionally being the carboxylic acid of the additive compound, and has an acid concentration of 1.0-4.0M, and wherein the L/P ratio is 0.16-0.45, wherein the L/P ratio is the liquid to powder ratio, whereby powder means the calcium phosphate plus the additive compound, and the ratio is a volume in mL to weight in g ratio. wherein the calcium phosphate compound represents 10-90 wt% and the additive compound represents 10-90 wt% of the solid content in the composition, wherein the composition comprises an acid, said acid optionally being the carboxylic acid of the additive compound, and has an acid concentration of 1.0-4.0M, and wherein the L/P ratio is 0.16-0.45, wherein the L/P ratio is the liquid to powder ratio, whereby powder means the calcium phosphate plus the additive compound, and the ratio is a volume in mL to weight in g ratio.
A high gamma prime (y') nickel based welding material for repair and 3D additive manufacturing of turbine engine components, comprising by wt. %: - Chromium from 9.0 to 11.0 %, - Cobalt from 16.0 to 24.0 %, - Molybdenum from 1.0 to 1.4 %, - Tungsten from 5.0 to 5.8 %, - Tantalum from 1.5 to 1.9 %, - Aluminum from 4.5 to 5.5 %, - Rhenium from 1.5 to 2.5 %, - Iron from 0.2 to 0.8 %, - Hafnium from 0.1 to 0.3 %, - Boron from 0.005 to 0.02 %, - Carbon from 0.05 to 0.12 %, and - Nickel with impurities to balance. - Chromium from 9.0 to 11.0 %, - Cobalt from 16.0 to 24.0 %, - Molybdenum from 1.0 to 1.4 %, - Tungsten from 5.0 to 5.8 %, - Tantalum from 1.5 to 1.9 %, - Aluminum from 4.5 to 5.5 %, - Rhenium from 1.5 to 2.5 %, - Iron from 0.2 to 0.8 %, - Hafnium from 0.1 to 0.3 %, - Boron from 0.005 to 0.02 %, - Carbon from 0.05 to 0.12 %, and - Nickel with impurities to balance.
A layered object manufacturing "LOM" system for rapid prototyping of a layered object comprising an adhesive dispensing device for the application of controlled amounts of adhesive to a target substrate defining a layer of the object, the adhesive dispensing device comprising: an adhesive applicator wheel having a plurality of circumferentially spaced apart recesses for receiving adhesive, wherein the wheel comprises a contact surface configured for contact with the target substrate and wherein the plurality of recesses are formed therein, and an adhesive wipe, wherein the adhesive wipe together with the applicator wheel defines a adhesive filling chamber for filling adhesive into one or more recesses, wherein the adhesive wipe defines the side walls, and the contact surface of the adhesive applicator wheel defines the base thereof, the dimensions and form of the adhesive wipe corresponding to the adhesive applicator wheel such that when the adhesive wipe is coupled to the adhesive applicator wheel, the adhesive filling chamber that they define is a sealed adhesive filling chamber, wherein the adhesive wipe comprises a leading and trailing edge, the leading or trailing edge (22, 23) having a thickness less than a diameter of a recess to enable a venting of gas and filling of adhesive as the wheel is rotated relative to the wipe, and wherein the wheel is rotatable to convey adhesive filled in one or more recesses to a target substrate and to deposit controlled amounts of adhesive at discrete points thereon. an adhesive applicator wheel having a plurality of circumferentially spaced apart recesses for receiving adhesive, wherein the wheel comprises a contact surface configured for contact with the target substrate and wherein the plurality of recesses are formed therein, and an adhesive wipe,
Method for operating a sheet-fed printing press including a computer and a memory device for saving various print jobs and/or the associated settings and/or process steps for setting up the printing press for a job change, wherein the computer generates a query for the job data of a print job and/or for an operator's inputs even before a print job is completed or immediately after a print job is completed and, based on these inputs, makes or suggests settings or process steps of the printing press for a print job, characterized in that the inputs yield information on whether further passes are required within the same print job and, if so, which further passes are required, and that in accordance with the information provided therein, only those settings are made on the printing press and/or only those process steps are initiated or suggested that are required for the subsequent pass of the sheets that have already been printed.
Process for the production of sealing strips for sealing threaded connections by rolling PTFE into a film, whereby the film formed by rolling is cut along cutting lines, which, in the plane of the film, are at least approximately normal to the direction of rolling, into elongated strips, the longitudinal direction of which is at least approximately normal to the direction of rolling on the film.
A method of controlling operation of a plurality of movers traveling along an automated independent cart system, the system including a track having a plurality of track segments (15, 20), each track segment having a respective controller, the method comprising the steps of: receiving, at a first controller of a first track segment, a motion command for a first mover, wherein the first controller is responsible for the first mover over the entire track; receiving, at the first controller, from a second controller of a second track segment (15B, 20A, 20B) anywhere along the track, a position feedback corresponding to a location of the first mover on the second track segment; determining, at the first controller, a force command for the first mover on the second track segment based on the motion command and the position feedback, and sending the determined force command for the first mover to the second controller controlling the second track segment; and generating, at the second controller, an excitation field to interact with a magnet of the first mover based on the received force command. receiving, at a first controller of a first track segment, a motion command for a first mover, wherein the first controller is responsible for the first mover over the entire track; receiving, at the first controller, from a second controller of a second track segment (15B, 20A, 20B) anywhere along the track, a position feedback corresponding to a location of the first mover on the second track segment; determining, at the first controller, a force command for the first mover on the second track segment based on the motion command and the position feedback, and sending the determined force command for the first mover to the second controller controlling the second track segment; and generating, at the second controller, an excitation field to interact with a magnet of the first mover based on the received force command.
Pot detection sensor (25, 125, 225) for an induction hob, wherein said pot detection sensor has: - an air-core coil (40, 140) with at least two turns (41, 141), - a carrier (27, 127, 227) for said air-core coil, characterized in that a length of said air-core coil (40, 140) is at least five times a width of said air-core coil. - an air-core coil (40, 140) with at least two turns (41, 141), - a carrier (27, 127, 227) for said air-core coil,
A device for bending material, the device comprising a mould and a holder for supporting the mould, the mould comprising a first and a second mould half (4, 5), which in each case extend in a longitudinal direction of the device and which together enclose a mould cavity extending in the longitudinal direction, wherein the first mould half comprises a set of parallel first elements, each comprising a first extension and an outer wall, and the second mould half comprises a set of parallel second elements, which each comprise a second extension and an outer wall, wherein the first and second elements extend in a transverse direction of the device and are arranged alternatingly in longitudinal direction, and wherein the first elements are arranged at a first distance from each other to receive said second extension of the second elements between them and the second elements are arranged at a second distance from each other to receive said first extension of the first elements between them, wherein said outer walls of the first elements of the first mould half together form the first outer wall of the first mould half and said outer walls of the second elements of the second mould half together form the second outer wall of the second mould half, wherein the first and the second mould halves (4, 5) are arranged moveably in said transverse direction on the holder, such that they can be shifted relative to each other, to adjust the width of the mould cavity, wherein the device further comprises adjusting means for adjusting the width of the mould cavity, characterised in that the adjusting means comprise a plurality of adjusting slats (20, 21), wherein the adjusting slats (20, 21) are arranged movably in the longitudinal direction or in the height direction on the holder at the level of the outer wall of at least one of the mould halves (4, 5), wherein the adjusting slats (20, 21) are carried out such that by means of displacement of a number of the adjusting slats (20, 21), each time one of the adjusting slats (20, 21) forms a stop for the corresponding outer wall of the corresponding mould half (4, 5), and in that the adjusting means comprise gripping means for gripping and moving a number of the adjusting slats (20, 21 and as such adjust the position of the stop.
A continuous solution polymerization process comprising: injecting ethylene, a process solvent, a first catalyst system, optionally one or more α-olefins and optionally hydrogen into each of a first reactor and a second reactor configured in parallel to each other to produce a first exit stream containing a first polyethylene made in the first reactor and a second exit stream containing a second polyethylene made in the second reactor; passing the first exit stream and the second exit stream into a third reactor and injecting into the third reactor, ethylene, and optionally each of: a process solvent, one or more α-olefins, hydrogen, and a second catalyst system, to produce a third exit stream containing a final polyethylene product; passing the third exit stream to a devolatilization system to recover the final polyethylene product; wherein the first reactor operates at a temperature at least 25°C lower than the temperature at which the second reactor operates; the first catalyst system is a single site catalyst system; if injected into the third reactor, the second catalyst system is a single site catalyst system or a Ziegler-Natta catalyst system; and wherein at least 10 weight percent of the total ethylene injected into reactor 1, reactor 2 and reactor 3, is injected into reactor 3. injecting ethylene, a process solvent, a first catalyst system, optionally one or more α-olefins and optionally hydrogen into each of a first reactor and a second reactor configured in parallel to each other to produce a first exit stream containing a first polyethylene made in the first reactor and a second exit stream containing a second polyethylene made in the second reactor; passing the first exit stream and the second exit stream into a third reactor and injecting into the third reactor, ethylene, and optionally each of: a process solvent, one or more α-olefins, hydrogen, and a second catalyst system, to produce a third exit stream containing a final polyethylene product; a process solvent, one or more α-olefins, hydrogen, and a second catalyst system, to produce a third exit stream containing a final polyethylene product; passing the third exit stream to a devolatilization system to recover the final polyethylene product; wherein the first reactor operates at a temperature at least 25°C lower than the temperature at which the second reactor operates; the first catalyst system is a single site catalyst system; if injected into the third reactor, the second catalyst system is a single site catalyst system or a Ziegler-Natta catalyst system; and wherein at least 10 weight percent of the total ethylene injected into reactor 1, reactor 2 and reactor 3, is injected into reactor 3.
A method of managing memory, the method comprising: generating a page pool by aligning a plurality of pages of a memory by grouping pages to correspond to the same rank included in the memory (310, 910); when a request to store first data is received, allocating a destination page corresponding to the first data by searching for a page that allows a source page in which the first data is stored and the destination page of the first data to be included in the same rank from among pages included in the page pool; and updating a page table using information about the allocated destination page (330, 930), characterized by further comprising generating a chunk pool using a space other than a space occupied by the first data in the memory, wherein the first data requested to be stored is a chunk smaller than a page. generating a page pool by aligning a plurality of pages of a memory by grouping pages to correspond to the same rank included in the memory (310, 910); when a request to store first data is received, allocating a destination page corresponding to the first data by searching for a page that allows a source page in which the first data is stored and the destination page of the first data to be included in the same rank from among pages included in the page pool; and updating a page table using information about the allocated destination page (330, 930), characterized by further comprising generating a chunk pool using a space other than a space occupied by the first data in the memory, wherein the first data requested to be stored is a chunk smaller than a page.
A powered device, PD, adapted to receive power and data from a power source equipment, PSE, in a power over Ethernet, PoE, system, wherein the PD is operable at least in a detection state and a powered state, and the PD comprises a determining unit, a control unit, a first load and a second load; characterized in that: the determining unit is configured to determine an operating state of the PD; and the control unit is configured to: when the operating state of the PD is determined to be the detection state, control the first load to be in a connected state and control the second load to be in a disconnected state; and when the detection state is completed, control the first load to be in a disconnected state and control the second load to be in a connected state. the determining unit is configured to determine an operating state of the PD; and the control unit is configured to: when the operating state of the PD is determined to be the detection state, control the first load to be in a connected state and control the second load to be in a disconnected state; and when the detection state is completed, control the first load to be in a disconnected state and control the second load to be in a connected state. when the operating state of the PD is determined to be the detection state, control the first load to be in a connected state and control the second load to be in a disconnected state; and when the detection state is completed, control the first load to be in a disconnected state and control the second load to be in a connected state.
Control device comprising an electric motor with a support and a rotor movable relative to the support, a control unit by means of which the speed of the rotor can be controlled as a function of the intended speed (nsoll), a field weakening unit by means of which a weakening of the field can be induced as a function of the speed (n) in the upper speed range, and in part load operation of the electric motor a weakening of the field can be induced as a function of the current load of the rotor in a basic speed range lying below the upper speed range, a current control unit by means of which one or more electrical motor currents (Ia, Ib, Ic) fed to the electric motor can be controlled or regulated as a function of the current target value, which encompass a cross current target value (qref) producible by the control unit and a longitudinal current target value (dref) producible by the field weakening unit, and a current actual value unit (23, 24), by means of which several current actual values can be generated which carry information about the currently flowing motor current or currents (Ia, Ib, Ic) and encompass a longitudinal current actual value (id) and a cross current actual value (iq), characterized in that the field weakening unit encompasses two series connected sub-units (47, 48), whereby weakening of the field is induced in the upper speed range by means of the first of the sub-units and in part load operation of the electric motor by means of the second of the sub-units which is connected downstream from the first sub-unit, whereby the longitudinal current target value (dref) can be generated by means of the second sub-unit on the basis of the cross current actual value (iq) which can be fed to the current control unit in the basic speed range, and whereby a longitudinal current target value (dref) can be generated by means of the first sub-unit on the basis of the current speed (n) which can be fed in the upper speed range to the current control unit by means of the second sub-unit as a longitudinal current target value (d'ref).
A composition for pharmaceutical, veterinary use, for a medical device, or for a dietary supplement, said composition presenting a solid form, preferably in powdery form, and comprising: - at least one active substance, preferably of natural origin, preferably of plant natural origin or of natural origin from a beehive, and - at least one excipient for pharmaceutical, veterinary use for a medical device, or for a dietary supplement; said excipient presenting a solid form and comprising a set of chemically unmodified dietary plant fibres, in a mass percentage greater than or equal to 50% relative to the total mass of the excipient, said set of dietary fibres comprising: - a mass percentage of water-soluble fibres less than 20%, preferably less than or equal to 15%, for example less than or equal to 10%, relative to the total mass of the excipient, and - a mass percentage of water-insoluble fibres greater than 40%, preferably greater than or equal to 45%, relative to the total mass of the excipient; said excipient advantageously presenting a mass percentage in water less than or equal to 8% relative to the total mass of the excipient; said excipient presenting a powdery form, said powdery-form excipient being in the form of micron-sized particles such as micronised particles, said micron-sized particles having a granulometry less than or equal to 1000 μm, preferably less than 1000 μm, and preferentially being between about 1 μm and about 250 μm. - at least one active substance, preferably of natural origin, preferably of plant natural origin or of natural origin from a beehive, and - at least one excipient for pharmaceutical, veterinary use for a medical device, or for a dietary supplement; said excipient presenting a solid form and comprising a set of chemically unmodified dietary plant fibres, in a mass percentage greater than or equal to 50% relative to the total mass of the excipient, said set of dietary fibres comprising: - a mass percentage of water-soluble fibres less than 20%, preferably less than or equal to 15%, for example less than or equal to 10%, relative to the total mass of the excipient, and - a mass percentage of water-insoluble fibres greater than 40%, preferably greater than or equal to 45%, relative to the total mass of the excipient; - a mass percentage of water-soluble fibres less than 20%, preferably less than or equal to 15%, for example less than or equal to 10%, relative to the total mass of the excipient, and - a mass percentage of water-insoluble fibres greater than 40%, preferably greater than or equal to 45%, relative to the total mass of the excipient; said excipient advantageously presenting a mass percentage in water less than or equal to 8% relative to the total mass of the excipient; said excipient presenting a powdery form, said powdery-form excipient being in the form of micron-sized particles such as micronised particles, said micron-sized particles having a granulometry less than or equal to 1000 μm, preferably less than 1000 μm, and preferentially being between about 1 μm and about 250 μm.