mhurhangee/ep-ind-claims huggingface dataset:
Method for covering inner walls of a cavity of a vehicle body or of an add-on part for vehicle bodies, with a protective layer made of anti-corrosion wax or a wax-based anti-corrosion agent, characterized by the following features: a. anti-corrosion wax or a wax-based anti-corrosion agent is brought by means of a mist generator into an atomized form as a protective agent mist and is supplied through an outlet opening to the cavity to be preserved of the vehicle body or of the add-on part, wherein the protective agent mist consists of air and droplets of the anti-corrosion wax or anti-corrosion agent, wherein the average diameter of the droplets of the supplied mist is < 60 μm, wherein the droplets of the protective agent mist emerge from the outlet opening at a speed of < 10 m/s, and b. the protective agent mist is deposited on inner walls of the cavity of the vehicle body or of the add-on part and forms an anti-corrosion agent layer here. a. anti-corrosion wax or a wax-based anti-corrosion agent is brought by means of a mist generator into an atomized form as a protective agent mist and is supplied through an outlet opening to the cavity to be preserved of the vehicle body or of the add-on part, wherein the protective agent mist consists of air and droplets of the anti-corrosion wax or anti-corrosion agent, wherein the average diameter of the droplets of the supplied mist is < 60 μm, wherein the droplets of the protective agent mist emerge from the outlet opening at a speed of < 10 m/s, and b. the protective agent mist is deposited on inner walls of the cavity of the vehicle body or of the add-on part and forms an anti-corrosion agent layer here.
Process for the continuous production of a thin metal strip or a steel hot strip directly from a metal melt and with a strip cast thickness of < 10 mm after a roll-casting process, in which metal melt is applied to a lateral surface of at least one rotating casting roll and a metal strip is formed, the metal strip is fed at casting rate for in-line thickness reduction, and the metal strip is then fed to a storage device and stored in the latter, characterized in that, in order to minimize flatness deviations, a flatness measurement is performed on the moving metal strip, and the flatness measured values from this flatness measurement are used to influence the flatness of the metal strip in a targeted way, in that the in-line thickness reduction of the metal strip is carried out in at least one deformation stage in an at least single-stand rolling installation, and the flatness measurement is carried out before or after at least one deformation stage, wherein the flatness measured values from the flatness measurement are used to influence the surface profile of the casting roll, and wherein both the profile formation during the casting process in the two-roll casting device and the profile formation or change in the first roll pass in the first rolling stand are monitored and influenced.
An apparatus for inserting a pipeline lining into a pipe and for final positioning of the pipeline lining inserted in a pipe, comprising a housing, especially a drum-shaped housing, wherein a winding apparatus is formed in the housing and an attachment element, especially an attachment ring, is formed on a first housing opening, characterised in that either a cover plate or an inverter add-on is fastened to an at least second housing opening, wherein, in a first state for inserting the pipeline lining, the inverter add-on and, in a second state for final positioning of the pipeline lining, the cover plate is fastened to the second housing opening. either a cover plate or an inverter add-on is fastened to an at least second housing opening, wherein, in a first state for inserting the pipeline lining, the inverter add-on and, in a second state for final positioning of the pipeline lining, the cover plate is fastened to the second housing opening.
An image display device configured to display an internal body image group based on internal body image data acquired from a capsule endoscope taking internal body images of a subject, via a receiver conducting wireless communications with the capsule endoscope, the image display device comprising: a memory unit configured to store the internal body image data and information associated with the internal body image data and related to a position of the capsule endoscope within the subject; a position information acquisition unit configured to perform a position estimation process based on the information related to the position to acquire position information of the capsule endoscope at imaging of each of the internal body images; and a determination unit (61; 63, 65; 67; 71) configured to determine whether each of the internal body images meets a predetermined condition, characterized by a preferential process control unit (62; 64, 66; 68; 69; 72) configured to control the position information acquisition unit to perform the position estimation process preferentially on the internal body image determined to meet the predetermined condition by the determination unit (61; 63, 65; 67; 71). a memory unit configured to store the internal body image data and information associated with the internal body image data and related to a position of the capsule endoscope within the subject; a position information acquisition unit configured to perform a position estimation process based on the information related to the position to acquire position information of the capsule endoscope at imaging of each of the internal body images; and a determination unit (61; 63, 65; 67; 71) configured to determine whether each of the internal body images meets a predetermined condition, characterized by a preferential process control unit (62; 64, 66; 68; 69; 72) configured to control the position information acquisition unit to perform the position estimation process preferentially on the internal body image determined to meet the predetermined condition by the determination unit (61; 63, 65; 67; 71).
A seat depth adjustment mechanism which is used in the vehicle seats and provides the adjustment of the seat depth of the seat positioned on the frame fixed to the vehicle, comprising - a level adjustment part connectable to said frame; - fixing holes formed on said level adjustment part; - a locking arm, the front end of which is moved upward by the user before the seat is moved forward or backward by the user in order to provide the adjustment of the seat depth; which is positioned in the front edge of the seat and extends in a parallel direction to the side edges of the seat - at least one locking spring which returns the locking arm to its initial position when the user force applied to said locking arm is removed and which is connected with said locking arm; - a fixing protrusion which is formed on said locking arm, and is positioned inside said fixing hole when said locking spring returns the locking arm to its initial position in order to provide said seat to be fixed to the frame; - an arm movement space which provides the connection of said locking arm to the level adjustment part and the downward and upward movement of the locking arm, through which locking arm passes and which is formed in the front edge of said seat; - a shaft on which said locking spring is positioned; - shaft connectors for connecting said shaft to the seat. - a level adjustment part connectable to said frame; - fixing holes formed on said level adjustment part; - a locking arm, the front end of which is moved upward by the user before the seat is moved forward or backward by the user in order to provide the adjustment of the seat depth; which is positioned in the front edge of the seat and extends in a parallel direction to the side edges of the seat - at least one locking spring which returns the locking arm to its initial position when the user force applied to said locking arm is removed and which is connected with said locking arm; - a fixing protrusion which is formed on said locking arm, and is positioned inside said fixing hole when said locking spring returns the locking arm to its initial position in order to provide said seat to be fixed to the frame; - an arm movement space which provides the connection of said locking arm to the level adjustment part and the downward and upward movement of the locking arm, through which locking arm passes and which is formed in the front edge of said seat; - a shaft on which said locking spring is positioned; - shaft connectors for connecting said shaft to the seat.
A composite surgical implant comprising a planar sheet having a top surface (23; 55; 90) and a bottom surface, the implant comprising thermoplastic a resin and a titanium mesh (20; 40; 80; 300) comprising interstices wherein the configuration of the mesh (20; 40; 80; 300) confers flexibility to the implant to be bent or shaped into a desired shape such that the implant will generally maintain the shape to which it has been bent or shaped, thereby enabling the implant to be bent or displaced by manipulation by hand; characterised in that the implant comprises a sheet of polyethylene, the mesh (20; 40; 80; 300) being within the sheet of polyethylene such that polyethylene fills the interstices of the mesh (20; 40; 80; 300).
Thermoplastic moulding composition consisting of: 20-88 wt% of a mixture consisting of 60-100 wt% of a thermoplastic or of a mixture of thermoplastics consisting of (A1_1) 40-100 wt% of aliphatic polyamide (A1_2) 0-60 wt% of amorphous, partially aromatic polyamide, the sum of components (A1_1) and (A1_2) adding up to 100 wt% of component; 0-40 wt% of a mixture of (A2_1) 0-40 wt% of a thermoplastic other than, or of a mixture of thermoplastics other than; (A2_2) 0-40 wt% of impact modifiers other than and (A2_1); the sum of components, (A2_1) and (A2_2) adding up to 100 wt% of component; 10-70 wt% of fibrous adjuvants; 0.1-10 wt% of an laser direct structuring additive or of a mixture of laser direct structuring additive additives, at least one laser direct structuring additive additive being selected from the following group: metal oxide based on copper, indium, neodymium, molybdenum, bismuth or tin or mixtures thereof, with the proviso that spinels are excluded; metal phosphate; metal hydroxide phosphate; 0.1-20 wt% of white pigment; 0-20 wt% of particulate filler other than C and/or D; 0-2 wt% of further, different additives; the sum of - making up 100 wt%. 20-88 wt% of a mixture consisting of 60-100 wt% of a thermoplastic or of a mixture of thermoplastics consisting of (A1_1) 40-100 wt% of aliphatic polyamide (A1_2) 0-60 wt% of amorphous, partially aromatic polyamide, the sum of components (A1_1) and (A1_2) adding up to 100 wt% of component; 0-40 wt% of a mixture of (A2_1) 0-40 wt% of a thermoplastic other than, or of a mixture of thermoplastics other than; (A2_2) 0-40 wt% of impact modifiers other than and (A2_1); the sum of components, (A2_1) and (A2_2) adding up to 100 wt% of component; 60-100 wt% of a thermoplastic or of a mixture of thermoplastics consisting of (A1_1) 40-100 wt% of aliphatic polyamide (A1_2) 0-60 wt% of amorphous, partially aromatic polyamide, the sum of components (A1_1) and (A1_2) adding up to 100 wt% of component; (A1_1) 40-100 wt% of aliphatic polyamide (A1_2) 0-60 wt% of amorphous, partially aromatic polyamide, 0-40 wt% of a mixture of (A2_1) 0-40 wt% of a thermoplastic other than, or of a mixture of thermoplastics other than; (A2_2) 0-40 wt% of impact modifiers other than and (A2_1); the sum of components, (A2_1) and (A2_2) adding up to 100 wt% of component; (A2_1) 0-40 wt% of a thermoplastic other than, or of a mixture of thermoplastics other than; (A2_2) 0-40 wt% of impact modifiers other than and (A2_1); 10-70 wt% of fibrous adjuvants; 0.1-10 wt% of an laser direct structuring additive or of a mixture of laser direct structuring additive additives, at least one laser direct structuring additive additive being selected from the following group: metal oxide based on copper, indium, neodymium, molybdenum, bismuth or tin or mixtures thereof, with the proviso that spinels are excluded; metal phosphate; metal hydroxide phosphate; 0.1-20 wt% of white pigment; 0-20 wt% of particulate filler other than C and/or D; 0-2 wt% of further, different additives;
A computer implemented method for controlling at least one driven and/or braked wheel (102, 310) of a heavy-duty vehicle, the method comprising configuring a default inverse tyre model and a boost inverse tyre model, where each inverse tyre model represents a respective relationship between longitudinal wheel slip (λ) and longitudinal wheel force (Fx) at the wheel (102, 310), where the boost inverse tyre model is associated with a higher maximum obtainable wheel slip value (λ lim) for the wheel (102, 310) compared to the default inverse tyre model, obtaining a motion request (a req) indicative of a desired longitudinal force (F x) to be generated by the wheel (102, 310), selecting the boost inverse tyre model as active inverse tyre model, and controlling the at least one driven and/or braked wheel (102, 310) in dependence of the motion request (a req) and based on the active inverse tyre model, characterized in that the boost inverse tyre model is selected as active inverse tyre model in response to detecting a boost signal and the default inverse tyre model is selected as active inverse tyre model otherwise. configuring a default inverse tyre model and a boost inverse tyre model, where each inverse tyre model represents a respective relationship between longitudinal wheel slip (λ) and longitudinal wheel force (Fx) at the wheel (102, 310), where the boost inverse tyre model is associated with a higher maximum obtainable wheel slip value (λ lim) for the wheel (102, 310) compared to the default inverse tyre model, obtaining a motion request (a req) indicative of a desired longitudinal force (F x) to be generated by the wheel (102, 310), selecting the boost inverse tyre model as active inverse tyre model, and controlling the at least one driven and/or braked wheel (102, 310) in dependence of the motion request (a req) and based on the active inverse tyre model, characterized in that the boost inverse tyre model is selected as active inverse tyre model in response to detecting a boost signal and the default inverse tyre model is selected as active inverse tyre model otherwise.
A method for producing alveolar epithelial progenitor cells from pluripotent stem cells comprising Steps to below: culturing pluripotent stem cells in a medium containing activin A and a GSK3β inhibitor, wherein the GSK3β inhibitor is CHIR99021; culturing the cells obtained in Step in a medium containing a BMP inhibitor and a TGFβ inhibitor, wherein the BMP inhibitor is Noggin and the TGFβ inhibitor is SB431542; and culturing the cells obtained in Step in a medium containing BMP4, retinoic acid, and a GSK3β inhibitor, wherein the GSK3β inhibitor is CHIR99021. culturing pluripotent stem cells in a medium containing activin A and a GSK3β inhibitor, wherein the GSK3β inhibitor is CHIR99021; culturing the cells obtained in Step in a medium containing a BMP inhibitor and a TGFβ inhibitor, wherein the BMP inhibitor is Noggin and the TGFβ inhibitor is SB431542; and culturing the cells obtained in Step in a medium containing BMP4, retinoic acid, and a GSK3β inhibitor, wherein the GSK3β inhibitor is CHIR99021.
A gateway server characterised in that it comprises: - a first sub-system (22, 24, 26) with a media level, a communication level and a control level, - a second sub-system (32, 34, 36) with a second media level, a second communication level and a second control level, - a microkernel and an IPC ("Inter Process Communication") controller adapted to manage communications between the server resources allocated to the first sub-system, on the one hand, and to also manage communications between the server resources allocated to the second sub-system, on the other hand, and - a reading and writing shared memory, set under the control of the microkernel and the IPC controller, for transmitting requests between the control level of the first sub-system and the control level of the second sub-system. - a first sub-system (22, 24, 26) with a media level, a communication level and a control level, - a second sub-system (32, 34, 36) with a second media level, a second communication level and a second control level, - a microkernel and an IPC ("Inter Process Communication") controller adapted to manage communications between the server resources allocated to the first sub-system, on the one hand, and to also manage communications between the server resources allocated to the second sub-system, on the other hand, and - a reading and writing shared memory, set under the control of the microkernel and the IPC controller, for transmitting requests between the control level of the first sub-system and the control level of the second sub-system.
An injectable formulation for magnetic field induced hyperthermia treatment of selected cells comprising: a liquid carrier; and two or more populations of nanoparticles, wherein each population of nanoparticles has a mean Curie temperature in the range 37 to 47 °C and wherein the mean Curie temperature of each population of the two or more populations of nanoparticles differs from the mean Curie temperature of each of the remaining populations of nanoparticles by at least 2 °C. a liquid carrier; and two or more populations of nanoparticles, wherein each population of nanoparticles has a mean Curie temperature in the range 37 to 47 °C and wherein the mean Curie temperature of each population of the two or more populations of nanoparticles differs from the mean Curie temperature of each of the remaining populations of nanoparticles by at least 2 °C.
A composite colorant formulation comprising: (a) a visually-detectable dye, which partially absorbs energy emitted by a 5- and/or 6-carboxy-X-rhodamine passive reference dye at a specific wavelength range, at an integer multiple concentration of a sufficient concentration for visualizing the dye, wherein said integer multiple is between 2 and 1000; and (b) an internal reference molecule comprising a first fluorophore, which first fluorophore upon excitation emits energy at said specific wavelength range, wherein the first fluorophore is a 5- and/or 6-carboxy-X-rhodamine dye at a concentration, which is an integer multiple of a sufficient concentration to compensate for the absorbed signal of said 5- and/or 6-carboxy-X-rhodamine passive reference dye by the visually-detectable dye at said specific wavelength range, wherein said integer multiple of (b) is the same as the integer multiple of (a); wherein the formulation does not comprise sufficient components for target nucleic acid amplification if added to a target nucleic acid and primers. (a) a visually-detectable dye, which partially absorbs energy emitted by a 5- and/or 6-carboxy-X-rhodamine passive reference dye at a specific wavelength range, at an integer multiple concentration of a sufficient concentration for visualizing the dye, wherein said integer multiple is between 2 and 1000; and (b) an internal reference molecule comprising a first fluorophore, which first fluorophore upon excitation emits energy at said specific wavelength range, wherein the first fluorophore is a 5- and/or 6-carboxy-X-rhodamine dye at a concentration, which is an integer multiple of a sufficient concentration to compensate for the absorbed signal of said 5- and/or 6-carboxy-X-rhodamine passive reference dye by the visually-detectable dye at said specific wavelength range, wherein said integer multiple of (b) is the same as the integer multiple of (a);
A method for sending a paging message, which is applied to a base station, comprising: determining that a current user equipment, UE, belongs to a first service group or a second service group, if there is a paging request for the current UE, wherein the first service group comprises a first larger service group or a first smaller service group, the second service group comprises a second larger service group or a second smaller service group, the first larger service group comprises at least one of the first smaller service group, and the second larger service group comprises at least one of the second smaller service group; sending a first paging message to all UEs in the first smaller service group to which the current UE belongs through one of a plurality of first paging occasions, Pos, according to first configuration information which is pre-generated, if the current UE belongs to the first service group; and carrying a paging indication through one of the plurality of the first POs and sending a second paging message to the UE indicated by the paging indication through one second PO according to second configuration information which is pre-generated, if the current UE belongs to the second service group, wherein the paging indication is configured to indicate an identification of all the UEs in the second smaller service group to which the current UE belongs. determining that a current user equipment, UE, belongs to a first service group or a second service group, if there is a paging request for the current UE, wherein the first service group comprises a first larger service group or a first smaller service group, the second service group comprises a second larger service group or a second smaller service group, the first larger service group comprises at least one of the first smaller service group, and the second larger service group comprises at least one of the second smaller service group; sending a first paging message to all UEs in the first smaller service group to which the current UE belongs through one of a plurality of first paging occasions, Pos, according to first configuration information which is pre-generated, if the current UE belongs to the first service group; and carrying a paging indication through one of the plurality of the first POs and sending a second paging message to the UE indicated by the paging indication through one second PO according to second configuration information which is pre-generated, if the current UE belongs to the second service group, wherein the paging indication is configured to indicate an identification of all the UEs in the second smaller service group to which the current UE belongs.