mhurhangee/ep-ind-claims huggingface dataset:
Agricultural machine to be hitched to a tractor, comprising - a frame; - work tools, which are arranged on the frame and can be moved between a working position and a transport position; - a coupling device, which, for hitching to a tractor, is configured to be coupled to a tractor-side coupling device; and - a support wheel device, which is configured to support the frame with the work tools during a transport journey, when the work tools are arranged in the transport position, and comprises the following: - a support wheel, which rolls on the ground during the transport journey, - a carrier means, by means of which the support wheel is arranged on the frame and which can be moved into various positions with respect to the frame for the transport journey, and - a hydraulic system, which is connected to the carrier means and is configured to allow deflection of the support wheel during the transport journey by moving the support wheel out of an extended position into a contrastingly deflected position of the various positions counter to a counterforce provided by the hydraulic system; characterized in that a supporting force provided by the support wheel device during the transport journey is substantially the same in the extended and in the deflected position. - a frame; - work tools, which are arranged on the frame and can be moved between a working position and a transport position; - a coupling device, which, for hitching to a tractor, is configured to be coupled to a tractor-side coupling device; and - a support wheel device, which is configured to support the frame with the work tools during a transport journey, when the work tools are arranged in the transport position, and comprises the following: - a support wheel, which rolls on the ground during the transport journey, - a carrier means, by means of which the support wheel is arranged on the frame and which can be moved into various positions with respect to the frame for the transport journey, and - a hydraulic system, which is connected to the carrier means and is configured to allow deflection of the support wheel during the transport journey by moving the support wheel out of an extended position into a contrastingly deflected position of the various positions counter to a counterforce provided by the hydraulic system; - a support wheel, which rolls on the ground during the transport journey, - a carrier means, by means of which the support wheel is arranged on the frame and which can be moved into various positions with respect to the frame for the transport journey, and - a hydraulic system, which is connected to the carrier means and is configured to allow deflection of the support wheel during the transport journey by moving the support wheel out of an extended position into a contrastingly deflected position of the various positions counter to a counterforce provided by the hydraulic system;
A fire extinguishing composition containing saccharide and a saccharide derivative, characterized in that it comprises a saccharide derivative, a saccharide material and an auxiliary fire extinguishing agent, whose mass percentages are respectively: saccharide derivative 30%-60% saccharide material 10%-40% auxiliary fire extinguishing agent 10%-30% a pyrotechnic agent is adopted as a heat source and a power source in a process of fire extinguishing; and the purpose of fire extinguishing is achieved by: igniting the pyrotechnic agent, generating fire extinguishing substance from the fire extinguishing composition in the use of heat produced by burning the pyrotechnic agent, and spraying the fire extinguishing substance together with the pyrotechnic agent out. saccharide derivative 30%-60% saccharide material 10%-40% auxiliary fire extinguishing agent 10%-30% a pyrotechnic agent is adopted as a heat source and a power source in a process of fire extinguishing; and the purpose of fire extinguishing is achieved by: igniting the pyrotechnic agent, generating fire extinguishing substance from the fire extinguishing composition in the use of heat produced by burning the pyrotechnic agent, and spraying the fire extinguishing substance together with the pyrotechnic agent out. igniting the pyrotechnic agent, generating fire extinguishing substance from the fire extinguishing composition in the use of heat produced by burning the pyrotechnic agent, and spraying the fire extinguishing substance together with the pyrotechnic agent out.
A medical device for intradermal or subcutaneous treatment of a patient, comprising: - a piercing element (12; 34) to penetrate a skin portion of the patient; - an illumination arrangement (24; 44) to illuminate the piercing element (12; 34) and/or to illuminate the skin portion at least during a treatment process, - and characterized in that the illumination arrangement (24; 44) is further adapted to visually indicate a predefined treatment sequence of the treatment process; - wherein the illumination arrangement (24; 44) comprises a control element adapted to at least partially correlate the operation mode of the illumination arrangement (24; 44) with the predefined sequence of the treatment process. - a piercing element (12; 34) to penetrate a skin portion of the patient; - an illumination arrangement (24; 44) to illuminate the piercing element (12; 34) and/or to illuminate the skin portion at least during a treatment process, - and characterized in that the illumination arrangement (24; 44) is further adapted to visually indicate a predefined treatment sequence of the treatment process; - wherein the illumination arrangement (24; 44) comprises a control element adapted to at least partially correlate the operation mode of the illumination arrangement (24; 44) with the predefined sequence of the treatment process.
A method, comprising: based on operating conditions of an engine, by a split fuel injection timing/advance control logic, injecting a first quantity of fuel into an engine cylinder at a first predetermined time during a second half of a compression stroke before a piston of the engine cylinder reaches top dead center of the compression stroke, wherein injecting the first quantity of fuel comprises injecting a pilot fuel quantity of about 1 to 5 percent of a fuel quantity; injecting a second quantity of fuel into the engine cylinder at a second predetermined time after the first predetermined time when the piston is advanced by a predetermined advance value before the piston reaches the top dead center of the compression stroke, wherein injecting the second quantity of fuel comprises injecting a majority fuel quantity of about 95 to 99 percent of the fuel quantity, the first quantity and second quantity comprising a total fuel quantity of a combustion cycle; wherein the first predetermined time corresponds with a crank angle of 20 to 90 degrees before top dead center of the compression stroke, and the second predetermined time corresponds with a crank angle less than 5 degrees before top dead center of the compression stroke based on operating conditions of an engine, by a split fuel injection timing/advance control logic, injecting a first quantity of fuel into an engine cylinder at a first predetermined time during a second half of a compression stroke before a piston of the engine cylinder reaches top dead center of the compression stroke, wherein injecting the first quantity of fuel comprises injecting a pilot fuel quantity of about 1 to 5 percent of a fuel quantity; injecting a second quantity of fuel into the engine cylinder at a second predetermined time after the first predetermined time when the piston is advanced by a predetermined advance value before the piston reaches the top dead center of the compression stroke, wherein injecting the second quantity of fuel comprises injecting a majority fuel quantity of about 95 to 99 percent of the fuel quantity, the first quantity and second quantity comprising a total fuel quantity of a combustion cycle; wherein the first predetermined time corresponds with a crank angle of 20 to 90 degrees before top dead center of the compression stroke, and the second predetermined time corresponds with a crank angle less than 5 degrees before top dead center of the compression stroke
A pack with an inner volume in which a food or beverage ingredient is stored and in which a beverage is produced when water is introduced inside, said inner volume being defined by sheets of material joined to one another at their edges and said inner volume presenting a generally plane shape defining a plane vertically oriented during beverage production, said pack comprising at least one inlet for introducing water in the inner volume and at least one outlet for delivering the beverage from said inner volume, the water inlet and the beverage outlet being included in one single insert, said single insert being positioned at the bottom of the pack and being partially positioned between two joined edges of the sheets of material, and the external end of the water inlet being oriented essentially perpendicularly to the plane defined by the inner volume, and wherein the single insert comprises a centring hole extending essentially perpendicularly to the generally plane shape of the inner volume.
A data transmission method, implemented in a terminal device having a first RLC and a second RLC, comprising: determining, when a number of retransmission times of a protocol data unit, PDU, of a radio link control, RLC, layer is greater than or equal to a maximum number of retransmission times and a radio link fault, RLF, is triggered, a type of a cell group corresponding to the PDU, the cell group corresponding to the PDU including a first-type cell group corresponding to the first RLC and a second-type cell group corresponding to the second RLC, and a type of the first-type cell group being different from a type of the second-type cell group, wherein the first-type cell group is a secondary cell group, SCG, and the second-type cell group is a master cell group, MCG; and processing the RLF according to the type of the cell group corresponding to the PDU, characterized in that, when the number of retransmission times of the PDU is greater than or equal to the maximum number of retransmission times and the RLF is triggered, a data duplication function of a packet data convergence protocol, PDCP, layer is in an inactivated state; and the processing the RLF according to the type of the cell group corresponding to the PDU, if the cell group corresponding to the PDU is the first-type cell group, comprises: pending a data radio bearer, DRB, of the first-type cell group and restoring a DRB of the second-type cell group; and sending the PDU to a network device on the DRB of the second-type cell group. determining, when a number of retransmission times of a protocol data unit, PDU, of a radio link control, RLC, layer is greater than or equal to a maximum number of retransmission times and a radio link fault, RLF, is triggered, a type of a cell group corresponding to the PDU, the cell group corresponding to the PDU including a first-type cell group corresponding to the first RLC and a second-type cell group corresponding to the second RLC, and a type of the first-type cell group being different from a type of the second-type cell group, wherein the first-type cell group is a secondary cell group, SCG, and the second-type cell group is a master cell group, MCG; and processing the RLF according to the type of the cell group corresponding to the PDU, characterized in that, when the number of retransmission times of the PDU is greater than or equal to the maximum number of retransmission times and the RLF is triggered, a data duplication function of a packet data convergence protocol, PDCP, layer is in an inactivated state; and the processing the RLF according to the type of the cell group corresponding to the PDU, if the cell group corresponding to the PDU is the first-type cell group, comprises: pending a data radio bearer, DRB, of the first-type cell group and restoring a DRB of the second-type cell group; and sending the PDU to a network device on the DRB of the second-type cell group. pending a data radio bearer, DRB, of the first-type cell group and restoring a DRB of the second-type cell group; and sending the PDU to a network device on the DRB of the second-type cell group.
A wavelength conversion member (120, 120A, 120B), comprising: a substrate configured to rotate based on an axis; a phosphor layer disposed on the substrate; and a ventilated blade (123, 123a, 123b1, 123b2) disposed on the substrate and having a pore density between 10 ppi and 500 ppi or a volume porosity between 5% and 95%, characterized in that the phosphor layer is in contact with the substrate and is spaced apart from the ventilated blade (123, 123a, 123b1, 123b2). a substrate configured to rotate based on an axis; a phosphor layer disposed on the substrate; and a ventilated blade (123, 123a, 123b1, 123b2) disposed on the substrate and having a pore density between 10 ppi and 500 ppi or a volume porosity between 5% and 95%, characterized in that the phosphor layer is in contact with the substrate and is spaced apart from the ventilated blade (123, 123a, 123b1, 123b2).
A blanket, particularly a quilt, with a closed textile cover and a filling arranged in the cover, wherein the cover has two outer layers (4a, 4b) that are sewn to one another and along at least one outer seam, wherein the outer layers (4a, 4b) consists of a first mite allergen-impermeable non-woven fabric, wherein the cover has two inner layers (6a, 6b) that are sewn to one another along at least one inner seam, wherein the inner layers (6a, 6b) are respectively arranged between the filling and an outer layer (4a, 4b) and consist of a second mite allergen-impermeable non-woven fabric, wherein a second non-woven fabric, which differs from the first non-woven fabric, is used for the inner layers (6a, 6b), and wherein the first non-woven fabric has a higher weight per unit area than the second non-woven fabric. with a closed textile cover and a filling arranged in the cover, wherein the cover has two outer layers (4a, 4b) that are sewn to one another and along at least one outer seam, wherein the outer layers (4a, 4b) consists of a first mite allergen-impermeable non-woven fabric, wherein the cover has two inner layers (6a, 6b) that are sewn to one another along at least one inner seam, wherein the inner layers (6a, 6b) are respectively arranged between the filling and an outer layer (4a, 4b) and consist of a second mite allergen-impermeable non-woven fabric, wherein a second non-woven fabric, which differs from the first non-woven fabric, is used for the inner layers (6a, 6b), and wherein the first non-woven fabric has a higher weight per unit area than the second non-woven fabric.
A purifying and infiltration system for rainwater, comprising a storage/infiltration stage and a stage upstream of the storage/infiltration stage, wherein the storage/infiltration stage is designed to receive within itself the rainwater for temporary storage and to dispense it for infiltration, the stage arranged upstream of the storage/infiltration stage is coupled to the storage/infiltration stage in such a way that an outflow of the rainwater from the stage arranged upstream of the storage/infiltration stage into the storage/infiltration stage is possible only when the stage arranged upstream of the storage/infiltration stage is backed up, the stage arranged upstream of the storage/infiltration stage is a purifying stage or the stage arranged upstream of the storage/infiltration stage is a treatment stage which is arranged downstream of a purifying stage, and the stage arranged upstream of the storage/infiltration stage has a drain element, which then also still allows an at least partial draining of rainwater present in the stage arranged upstream of the storage/infiltration stage when the rainwater no longer flows out from the stage arranged upstream of the storage/infiltration stage into the storage/infiltration stage, characterised in that the drain element is embodied in such a way that, when the stage arranged upstream of the storage/infiltration stage is overflowing, a main component of the rainwater of at least 95% can infiltrate via the storage/infiltration stage, whereas at the same time a smaller part can infiltrate as leakage through the drain element. a storage/infiltration stage and a stage upstream of the storage/infiltration stage, wherein the storage/infiltration stage is designed to receive within itself the rainwater for temporary storage and to dispense it for infiltration, the stage arranged upstream of the storage/infiltration stage is coupled to the storage/infiltration stage in such a way that an outflow of the rainwater from the stage arranged upstream of the storage/infiltration stage into the storage/infiltration stage is possible only when the stage arranged upstream of the storage/infiltration stage is backed up, the stage arranged upstream of the storage/infiltration stage is a purifying stage or the stage arranged upstream of the storage/infiltration stage is a treatment stage which is arranged downstream of a purifying stage, and the stage arranged upstream of the storage/infiltration stage has a drain element, which then also still allows an at least partial draining of rainwater present in the stage arranged upstream of the storage/infiltration stage when the rainwater no longer flows out from the stage arranged upstream of the storage/infiltration stage into the storage/infiltration stage, characterised in that the drain element is embodied in such a way that, when the stage arranged upstream of the storage/infiltration stage is overflowing, a main component of the rainwater of at least 95% can infiltrate via the storage/infiltration stage, whereas at the same time a smaller part can infiltrate as leakage through the drain element.
A method for improving the flavor and texture of a ground bran and germ component comprising subjecting a ground bran and germ component to heating while conveying and mixing the ground bran and germ component in a conveying and mixing device, said ground bran and germ component comprising bran and germ having at least 50% by weight bran and a moisture content of from about 5% by weight to about 25% by weight, based upon the weight of the ground bran and germ component, said heating being to a temperature of from about 140.6°C to about 210°C (about 285°F to about 410°F) to volatilize volatile wheaty flavor components and moisture in the ground bran and germ component and to develop a buttery, nutty, caramelized flavor in the bran component, removing the wheaty flavor components and moisture from the mixing and conveying device during said heating to reduce the moisture content of the bran and germ component by about 30% by weight to about 75% by weight and to obtain a dried ground bran component having a moisture content of from about 1.5% by weight to about 10% by weight, and removing the dried ground bran component from the conveying and mixing device to obtain a non-expanded ground bran and germ component having a non-wheaty, nutty, caramelized flavor and a non-gritty texture.
A human natural killer cell or NK cell line that has been modified to express a TRAIL variant, wherein the TRAIL variant has at least a 25% increase in affinity for DR4, relative to wildtype TRAIL.
A method for manufacturing a photovoltaic device comprising: - forming a porous first conducting layer on one side of a porous insulating substrate, - coating the first conducting layer with a layer of grains of a doped semiconducting material to form a structure, - performing a first heat treatment of the structure to bond the grains to the first conducting layer, - forming electrically insulating layers on surfaces of the first conducting layer, - forming a second conducting layer on an opposite side of the porous insulating substrate, - applying a charge conducting material onto the surfaces of the grains, inside pores of the first conducting layer, and inside pores of the insulating substrate, and - electrically connecting the charge conducting material to the second conducting layer. - forming a porous first conducting layer on one side of a porous insulating substrate, - coating the first conducting layer with a layer of grains of a doped semiconducting material to form a structure, - performing a first heat treatment of the structure to bond the grains to the first conducting layer, - forming electrically insulating layers on surfaces of the first conducting layer, - forming a second conducting layer on an opposite side of the porous insulating substrate, - applying a charge conducting material onto the surfaces of the grains, inside pores of the first conducting layer, and inside pores of the insulating substrate, and - electrically connecting the charge conducting material to the second conducting layer.
A handheld engine-driven cutter comprising: a disk blade; a four-stroke engine that drives the disk blade, a filter through which air provided to the four-stroke engine passes; a carburetor that mixes fuel and the air that passed through the filter; a casing that houses the filter and the carburetor, a filter bracket intervened between the filter and the carburetor, the filter bracket guides the air having passed the filter to the carburetor, a filter cover which is connected to the casing main body for covering the filter bracket and the filter, characterized in that the casing includes a casing main body to which the filter bracket is fixed, the filter and the carburetor are arranged to align on a straight line along a direction of flow of the air passing through the filter and the carburetor and the filter bracket and the filter cover are fixed to the casing main body by a mutual fixing member. a disk blade; a four-stroke engine that drives the disk blade, a filter through which air provided to the four-stroke engine passes; a carburetor that mixes fuel and the air that passed through the filter; a casing that houses the filter and the carburetor, a filter bracket intervened between the filter and the carburetor, the filter bracket guides the air having passed the filter to the carburetor, a filter cover which is connected to the casing main body for covering the filter bracket and the filter, characterized in that the casing includes a casing main body to which the filter bracket is fixed, the filter and the carburetor are arranged to align on a straight line along a direction of flow of the air passing through the filter and the carburetor and the filter bracket and the filter cover are fixed to the casing main body by a mutual fixing member.
Data storage method implemented by equipment installed on board a vehicle, comprising: - a step of sending data to be signed to an electronic tachograph installed on board said vehicle, said electronic tachograph and said equipment being distinct devices, said data including data generated by a positioning device that is included in said equipment and is capable of generating position, instantaneous speed, date and time data, said position, instantaneous speed, date and time data being included in said sent data, - a step of receiving, from said electronic tachograph, a signature of said data, - a step of storing said data and said signature, and - a step of transmitting the stored data and signature to a verification device. - a step of sending data to be signed to an electronic tachograph installed on board said vehicle, said electronic tachograph and said equipment being distinct devices, said data including data generated by a positioning device that is included in said equipment and is capable of generating position, instantaneous speed, date and time data, said position, instantaneous speed, date and time data being included in said sent data, - a step of receiving, from said electronic tachograph, a signature of said data, - a step of storing said data and said signature, and - a step of transmitting the stored data and signature to a verification device.