mhurhangee/ep-ind-claims huggingface dataset:
A corrugated fiberboard printing device which prints a pattern to a corrugated fiberboard which is transported on a transport passage (Ls), comprising: an inkjet head which is disposed above the transport passage (Ls) and injects ink to the corrugated fiberboard; a protection device which regulates approaching of the corrugated fiberboard within a predetermined distance against the inkjet head; and a controller which acquires order information of the corrugated fiberboard from a production management device and controls the operations of the inkjet head and the protection device, wherein the protection device includes multiple regulation means which are juxtaposed in a width direction of the corrugated fiberboard, and a movement mechanism which moves each of the multiple regulation means in the width direction, characterised in that the controller includes a specific column setting unit which is set to classify a specific column, in which a printing quality is less influenced even when the specific column is regulated by the regulation means, with respect to the corrugated fiberboard in a sheet width direction based on the order information, and a movement mechanism control unit which controls the operation of the movement mechanism and moves each of the regulation means so as to regulate the corrugated fiberboard in the specific column. an inkjet head which is disposed above the transport passage (Ls) and injects ink to the corrugated fiberboard; a protection device which regulates approaching of the corrugated fiberboard within a predetermined distance against the inkjet head; and a controller which acquires order information of the corrugated fiberboard from a production management device and controls the operations of the inkjet head and the protection device, wherein the protection device includes multiple regulation means which are juxtaposed in a width direction of the corrugated fiberboard, and a movement mechanism which moves each of the multiple regulation means in the width direction, characterised in that the controller includes a specific column setting unit which is set to classify a specific column, in which a printing quality is less influenced even when the specific column is regulated by the regulation means, with respect to the corrugated fiberboard in a sheet width direction based on the order information, and a movement mechanism control unit which controls the operation of the movement mechanism and moves each of the regulation means so as to regulate the corrugated fiberboard in the specific column.
A method for monitoring the level of the power emitted by an antenna of a contactless communication device, said antenna being controlled by control means (2, D1, D2) powered by a supply voltage (Vext) and configured to output a current to the antenna, the method comprising, in the presence of a request for reducing a current level of said emitted power, a reduction of the supply voltage (Vext) of the control means up to a target value (VextC1) corresponding to a new target level of said emitted power lower than said current level.
Method for continuously laminating a substrate with a thermoplastic coating material, comprising an IR heating device, by means of which a surface of the thermoplastic, film-shaped coating material is melted, a cooling apparatus which is opposite the IR heating apparatus and actively cools the surface of the continuous thermoplastic coating material that is opposite the molten surface, and at least one press-roller assembly, by means of which a continuous substrate web and the continuous thermoplastic coating material are pressed together to produce a hot-melt adhesive bond between the substrate web and the thermoplastic coating material, characterized in that the cooling apparatus is designed as a rotatably driven cooling roller, over the circumference of which the following are arranged in succession, in the order given below: - a feed apparatus for the thermoplastic coating material, - one or more IR radiant heaters for heating the surface of the thermoplastic coating material resting on the cooling roller, - a feed apparatus for the substrate web, - one or more press-roller assemblies for pressing the substrate web against the molten surface of the thermoplastic coating material resting on the cooling roller, - and a removal apparatus for the laminated product. - a feed apparatus for the thermoplastic coating material, - one or more IR radiant heaters for heating the surface of the thermoplastic coating material resting on the cooling roller, - a feed apparatus for the substrate web, - one or more press-roller assemblies for pressing the substrate web against the molten surface of the thermoplastic coating material resting on the cooling roller, - and a removal apparatus for the laminated product.
A liquid ejecting head comprising: a head main body for ejecting liquid from a liquid ejection surface and having a plurality of manifolds for storing the liquid; and a flow-path member in which a first distribution flow path and a second distribution flow path are provided to supply liquid to the head main body, wherein the plurality of manifolds are arranged on the same plane and the plurality of manifolds, the first distribution flow path, and the second distribution flow path are not disposed in the same plane, the liquid ejecting head further comprising a plurality of head main bodies, wherein the flow-path member includes: first connection portions and second connection portions which are connected to the respective head main bodies, first bifurcation flow paths which allow the first distribution flow paths to be connected to the respective first connection portions, and second bifurcation flow paths which allow the second distribution flow paths to be connected to the respective second connection portions, wherein the first distribution flow path and the first bifurcation flow path are formed in the same plane, and the second distribution flow path and the second bifurcation flow path are formed in the same plane. a head main body for ejecting liquid from a liquid ejection surface and having a plurality of manifolds for storing the liquid; and a flow-path member in which a first distribution flow path and a second distribution flow path are provided to supply liquid to the head main body, wherein the plurality of manifolds are arranged on the same plane and the plurality of manifolds, the first distribution flow path, and the second distribution flow path are not disposed in the same plane, the liquid ejecting head further comprising a plurality of head main bodies, wherein the flow-path member includes: first connection portions and second connection portions which are connected to the respective head main bodies, first bifurcation flow paths which allow the first distribution flow paths to be connected to the respective first connection portions, and second bifurcation flow paths which allow the second distribution flow paths to be connected to the respective second connection portions, wherein the first distribution flow path and the first bifurcation flow path are formed in the same plane, and first connection portions and second connection portions which are connected to the respective head main bodies, first bifurcation flow paths which allow the first distribution flow paths to be connected to the respective first connection portions, and second bifurcation flow paths which allow the second distribution flow paths to be connected to the respective second connection portions, wherein the first distribution flow path and the first bifurcation flow path are formed in the same plane, and the second distribution flow path and the second bifurcation flow path are formed in the same plane.
A drilling and lining method for consolidating a well (1, 1A) on a crumbly soil with view to sinking a stake, in searching for petroleum or reconnoitring soil, or drilling for water or a drain hole, via a hollow drillpipe string (3, 3A) actuated in rotation or linearly, at the end of which a drilling tool (4, 4A) adapted to the nature of the soil is positioned and in proximity to which is projected a drilling fluid injected into the string of rods (3, 3A), the spoils thereby generated by the drilling being discharged by moving them up to the surface with the same drilling fluid, characterized in that the lining (6, 6A) of the wellbore (1, 1A) is obtained from a dual projection jet (7, 8 - 7A, 8A) on its wall (9, 9A) of a slurry of material having hardening characteristics on the one hand, of a fluid hardener on the other hand, the first jet (7, 7A) intervening immediately behind the drilling tool (4, 4A), the second jet (8, 8A) intervening simultaneously behind said first jet (7, 7A), the whole may be biodegradable depending on the type of borehole to be obtained.
A user-wearable power generator, comprising a deformation unit and a piezoelectric unit, wherein: the deformation unit is coupled to the piezoelectric unit; the deformation unit comprises a conductive polymer, configured to deform upon contacting moisture to thereby apply a mechanical force to the piezoelectric unit to thereby generate electricity; characterized by a first substrate disposed between the conductive polymer of the deformation unit and the piezoelectric unit and comprising at least one of thermoplastic polyurethane TPU, TPSiV, thermoplastic vulcanizate TPV, thermoplastic elastomer TPE, theroplastic polyolefin TPO, liquid silicone rubber LSR, and high consistency rubber HCR. the deformation unit is coupled to the piezoelectric unit; the deformation unit comprises a conductive polymer, configured to deform upon contacting moisture to thereby apply a mechanical force to the piezoelectric unit to thereby generate electricity; characterized by a first substrate disposed between the conductive polymer of the deformation unit and the piezoelectric unit and comprising at least one of thermoplastic polyurethane TPU, TPSiV, thermoplastic vulcanizate TPV, thermoplastic elastomer TPE, theroplastic polyolefin TPO, liquid silicone rubber LSR, and high consistency rubber HCR.
A vehicular driving support system comprising: recognition means for recognizing a solid body that exists around a host vehicle; acquisition means for acquiring a current movement amount of the host vehicle; and support means configured to provide support for avoiding a collision with the solid body on a condition that there be no avoidance line in a traveling range, wherein an avoidance line is a route that allows a collision with the solid body to be avoided, and said traveling range is a range of routes on which the host vehicle is to travel if a change in a movement amount (ΔGy) of the host vehicle that is within a range of driving operations normally performed by a driver is added or substracted from the current movement amount acquired by the acquisition means, the vehicular driving support system being characterized in that the support means provides support for avoiding a collision with the solid body if a length of a longest one of routes included in the traveling range becomes equal to or shorter than a threshold in a case where there is no avoidance line in the traveling range. recognition means for recognizing a solid body that exists around a host vehicle; acquisition means for acquiring a current movement amount of the host vehicle; and support means configured to provide support for avoiding a collision with the solid body on a condition that there be no avoidance line in a traveling range, wherein an avoidance line is a route that allows a collision with the solid body to be avoided, and said traveling range is a range of routes on which the host vehicle is to travel if a change in a movement amount (ΔGy) of the host vehicle that is within a range of driving operations normally performed by a driver is added or substracted from the current movement amount acquired by the acquisition means, the vehicular driving support system being characterized in that the support means provides support for avoiding a collision with the solid body if a length of a longest one of routes included in the traveling range becomes equal to or shorter than a threshold in a case where there is no avoidance line in the traveling range.
A vibrator (5; 5A) for detecting a turning angular rate around a specified axis, said vibrator (5; 5A) comprising a driving vibration piece (2A, 2B, 2C, 2D), a detection vibration piece (11A, 11B), a base portion connecting said driving vibration piece (2A, 2B, 2C, 2D) and said detection vibration piece (11A, 11B), and a supporting part protruding from said base portion, wherein said detection vibration piece (11A, 11B) is a bending vibration piece comprising a pair of surfaces (11c, 11d) substantially parallel with each other and perpendicular to said specified axis, and a pair of side faces (11a, 11b); wherein said driving vibration piece (2A, 2B, 2C, 2D) is supported with said supporting part at a base part of said driving vibration piece (2A, 2B, 2C, 2D); wherein said driving vibration piece (2A, 2B, 2C, 2D) is vibrated in bending vibration mode around said base part along a specified plane which is substantially parallel with said pair of parallel surfaces (11c, 11d); and wherein said supporting part is vibrated in bending vibration mode circumferentially around said base part to said base portion and, responsive to this, said detection vibration piece (11A, 11B) is vibrated in bending vibration mode along said specified plane, characterized in that said detection vibration piece (11A, 11B) has a ratio WT/TT of a width WT to a thickness TT of not smaller than 0.3 and not larger than 0.8.
An antibody, or a functional fragment thereof, which recognizes and specifically binds to a phospho-epitope on the mammalian Tau protein or to a phospho-epitope on a fragment of the mammalian Tau protein, wherein the phospho-epitope comprises Tau aa 396-401 (SPVVSG) comprising a phosphorylated Ser at position 396, wherein said antibody or antibody fragment binds to soluble, oligomeric and insoluble phosphorylated Tau protein with a dissociation constant in a range of between 2 nM and 80 nM and is capable of detecting and/or modulating levels of soluble oligomeric and insoluble phosphorylated tau in vivo, wherein said antibody or fragment thereof binds to a pathological protein Tau conformer, but does not bind to the corresponding unphosphorylated epitope and/or to non-related epitopes as measured by surface plasma resonance, and wherein said antibody or fragment thereof comprises: a light chain variable region comprising a CDR1 with the amino acid sequence shown in SEQ ID NO: 93, a CDR2 with the amino acid sequence shown in SEQ ID NO: 94, and a CDR3 with the amino acid sequence shown in SEQ ID NO: 95, and a heavy chain variable region comprising a CDR1 with the amino acid sequence shown in SEQ ID NO: 12, a CDR2 with the amino acid sequence shown in SEQ ID NO: 90, and a CDR3 with the amino acid sequence shown in SEQ ID NO: 91.
A golf club head, comprising: a face plate formed from metal; a crown formed from fiber reinforced plastic attached to the face plate, wherein the crown includes a low rigidity portion (33,103) extending from a vicinity of the face plate toward a rearmost portion of the golf club head, wherein the low rigidity portion has a width that becomes gradually narrower as it extends toward the rearmost portion, wherein the low rigidity portion is formed between a first high rigidity portion (32,102) located adjacent a first side of the low rigidity portion and a second high rigidity portion (32,102) located adjacent a second side of the low rigidity portion, and wherein the low rigidity portion has a lower rigidity than the first high rigidity portion and the second high rigidity portion; a sole formed from fiber reinforced plastic attached to the face plate and the crown; a weighted member provided inside a space defined by the crown, sole, and face plate, wherein the weighted member is provided at the rearmost portion of the golf club head; and wherein: the low rigidity portion is provided on a convex portion of the crown so as to protrude from a main surface of the crown; or the low rigidity portion is provided on a concave portion of the crown so as to be recessed from a main surface of the crown into an interior space of the club head body. a face plate formed from metal; a crown formed from fiber reinforced plastic attached to the face plate, wherein the crown includes a low rigidity portion (33,103) extending from a vicinity of the face plate toward a rearmost portion of the golf club head, wherein the low rigidity portion has a width that becomes gradually narrower as it extends toward the rearmost portion, wherein the low rigidity portion is formed between a first high rigidity portion (32,102) located adjacent a first side of the low rigidity portion and a second high rigidity portion (32,102) located adjacent a second side of the low rigidity portion, and wherein the low rigidity portion has a lower rigidity than the first high rigidity portion and the second high rigidity portion; a sole formed from fiber reinforced plastic attached to the face plate and the crown; a weighted member provided inside a space defined by the crown, sole, and face plate, wherein the weighted member is provided at the rearmost portion of the golf club head; and wherein: the low rigidity portion is provided on a convex portion of the crown so as to protrude from a main surface of the crown; or the low rigidity portion is provided on a concave portion of the crown so as to be recessed from a main surface of the crown into an interior space of the club head body. the low rigidity portion is provided on a convex portion of the crown so as to protrude from a main surface of the crown; or the low rigidity portion is provided on a concave portion of the crown so as to be recessed from a main surface of the crown into an interior space of the club head body.
A transistor device, comprising: at least one gate electrode; a gate runner connected to the at least one gate electrode and arranged on top of a semiconductor body; and a gate pad arranged on top of the semiconductor body and electrically connected to the gate runner, characterized in that the gate runner comprises: a first metal line and a second metal line on top of the first metal line; a first gate runner section (10 1) and at least one second gate runner section (10 2), the second gate runner section (10 2) forming a resistor; wherein the at least one second gate runner section (10 2) is arranged between the first gate runner section and the gate pad; and wherein a cross sectional area of the second metal line in the at least one second gate runner section (10 2) is less than 50% of the cross sectional area of the second metal line in the first gate runner section. at least one gate electrode; a gate runner connected to the at least one gate electrode and arranged on top of a semiconductor body; and a gate pad arranged on top of the semiconductor body and electrically connected to the gate runner, characterized in that the gate runner comprises: a first metal line and a second metal line on top of the first metal line; a first gate runner section (10 1) and at least one second gate runner section (10 2), the second gate runner section (10 2) forming a resistor; wherein the at least one second gate runner section (10 2) is arranged between the first gate runner section and the gate pad; and wherein a cross sectional area of the second metal line in the at least one second gate runner section (10 2) is less than 50% of the cross sectional area of the second metal line in the first gate runner section. a first metal line and a second metal line on top of the first metal line; a first gate runner section (10 1) and at least one second gate runner section (10 2), the second gate runner section (10 2) forming a resistor; wherein the at least one second gate runner section (10 2) is arranged between the first gate runner section and the gate pad; and wherein a cross sectional area of the second metal line in the at least one second gate runner section (10 2) is less than 50% of the cross sectional area of the second metal line in the first gate runner section.
Device with a carrier element, on which a camera unit is assembled, which serves for the image acquisition of the outer area of a vehicle, and with at least a drive mechanism for the camera unit, which serves for moving the camera back and forth between a rest position (Ia) and an image acquisition position (Ib), wherein the drive mechanism is assembled at the carrier element in order to keep the camera unit movable, and wherein the carrier element comprises an opening (11.1) at the front side, through which at least in the image acquisition position (Ib) images are recordable for the camera unit and with at least a gap (11.2) at the front side between the opening (11.1) at the front side in the carrier element and the camera unit in order to transfer the camera unit into the image acquisition position (lb), characterized in that the gap (11.2) at the front side is closable through a sealing element wherein the sealing element seals the gap (11.2) at the front side during the whole back and forth movement of a camera unit between the rest position (Ia) and an image acquisition position (lb).
A medical catheter system comprising: a source of a composition (70, 72, 170b) that may be applied to an internal wound site of a mammalian body; and a catheter assembly (10, 110) including, an outer tube (20, 120) having a proximal end and a distal end, characterised by a balloon catheter (30, 130) located within the outer tube, the balloon catheter moveable within the outer tube so as to create an open space within the outer tube at the distal end thereof, and wherein an amount of the composition supplied by the source is sufficient to fill the open space. a source of a composition (70, 72, 170b) that may be applied to an internal wound site of a mammalian body; and a catheter assembly (10, 110) including, an outer tube (20, 120) having a proximal end and a distal end, characterised by a balloon catheter (30, 130) located within the outer tube, the balloon catheter moveable within the outer tube so as to create an open space within the outer tube at the distal end thereof, and wherein an amount of the composition supplied by the source is sufficient to fill the open space. an outer tube (20, 120) having a proximal end and a distal end, a balloon catheter (30, 130) located within the outer tube, the balloon catheter moveable within the outer tube so as to create an open space within the outer tube at the distal end thereof, and wherein an amount of the composition supplied by the source is sufficient to fill the open space.
A guide element for a continuous conveyor belt for guiding substrates during the printing process of a printing press comprising a plurality of guide rollers, which can be brought into contact with the conveyor belt and a number of first load bridges for accommodating a plurality of the guide rollers in each case, wherein a number of second load bridges is provided, in which a number of the first load bridges and/or a number of further second load bridges is in each case pivotably supported characterized in that the first load bridges and the further second load bridges can be pivoted about an axis perpendicular to the conveyor belt plane.