mhurhangee/ep-ind-claims huggingface dataset:
An armored cab comprising a top wall, two side walls, a front wall, a back wall, and a bottom wall, said cab having a longitudinal axis extending from said back wall to said front wall, said bottom wall including a first downwardly facing convex wall generally parallel to said longitudinal axis of said cab, at least a second downwardly facing convex wall generally parallel to said longitudinal axis of said cab above said first convex wall, and a plurality of connecting members interconnecting said first convex wall and said at least a second convex wall characterized in that said at least a second convex wall comprises second, third and fourth (52, 54, 56) downwardly facing convex walls generally parallel to said longitudinal axis of said cab positioned side-by-side across a transverse extent of said first convex wall.
Circuit arrangement for a digital input of an electronic peripheral module, comprising: - an inlet connection acting as a digital input, - a ground connection, wherein a semiconductor switching device to limit the current of an input current (I in) is arranged between the inlet connection and the ground connection, - a reference voltage source (V ref) which is connected to a control input of the semiconductor switching device to control the semiconductor switching device, characterised in that there is a regulation means which is designed, depending on an input voltage (V in) at the inlet connection, to regulate the reference voltage source (V ref) such that for a first voltage value the semiconductor switching device adjusts the input current (I in) for the input voltage (V in) to a first input current (I in1) and for a second voltage value adjusts the input current (I in) for the input voltage (V in) to a second input current (I in2), wherein the first voltage value is greater than the second voltage value and the first input current (I in1) is consequently smaller than the second input current (I in2) on account of the regulation means. - an inlet connection acting as a digital input, - a ground connection, wherein a semiconductor switching device to limit the current of an input current (I in) is arranged between the inlet connection and the ground connection, - a reference voltage source (V ref) which is connected to a control input of the semiconductor switching device to control the semiconductor switching device,
A lean duplex stainless steel excellent in corrosion resistance and toughness of a weld heat affected zone consisting of, by mass%, C: 0.06% or less, Si: 0.1 to 1.5%, Mn: 2.0 to 4.0%, P: 0.05% or less, S: 0.005% or less, Cr: 19.0 to 23.0%, Ni: 1.0 to 4.0%, Mo: 1.0% or less, Cu: 0.1 to 3.0%, V: 0.05 to 0.5%, Al: 0.003 to 0.050%, 0: 0.007% or less, N: 0.10 to 0.25%, and Ti: 0.05% or less, and optionally, by mass%, Nb: 0.02 to 0.15% and satisfying Nb×N of 0.003 to 0.015, where Nb and N show the mass% of their respective contents, optionally one or more of Ca≤0.0050%, Mg≤0.0050%, REM: ≤0.050%, and B≤0.0040%, and optionally Co: 0.02 to 1.00%, and optionally, by mass%, Mg: 0.0001 to 0.0050%, having a product of f N, Ti content, and N content, that is, f N ×Ti×N, of 0.00004 or more, and having a product of Ti content and N content, that is, Ti×N, of 0.008 or less: where, f N is a value satisfying the formula <4>: log 10 f N = − 0.046 × Cr − 0.02 × Mn − 0.011 × Mo + 0.048 × Si + 0.007 × Ni + 0.009 × Cu where, in the above formula, the element names all express content (mass%), and optionally, one or more of, by mass%, Zr≤0.03%, Ta≤0.1%, W≤1.0%, and Sn≤0.1%, and a balance of Fe and unavoidable impurities, and having an Md30 value expressed by formula <1> of 80 or less, having an Ni-bal expressed by formula <2> of -8 to -4, having a relationship between the Ni-bal and the N content satisfying formula <3>, having an austenite phase area percentage of 40 to 70%, and having a 2×Ni+Cu of 3.5 or more: Md 30 = 551 − 462 × C + N − 9.2 × Si − 8.1 × Mn − 29 × Ni + Cu − 13.7 × Cr − 18.5 × Mo − 68 × Nb Ni-bal = Ni + 0.5 Mn + 0.5 Cu + 30 C + 30 N − 1.1 Cr + 1.5 Si + Mo + W + 8.2 N % ≤ 0.37 + 0.03 × Ni-bal where, in the above formulas, the element names all express their content (%).
Method for purifying diesel engine exhaust gases having the following method steps: a. passing the exhaust gas to be purified through a diesel oxidation catalyst for oxidizing gaseous residual hydrocarbons and carbon monoxide to carbon dioxide (CO 2) and for oxidizing at least a proportion of the nitrogen monoxide contained in the exhaust gas to nitrogen dioxide (NO 2); b. addition of aqueous urea solution preconditioned at the engine, i.e. heated to 80 - 90°C, to the exhaust gas resulting from step a.) and liberation of ammonia from the urea added by thermolysis and hydrolysis; c. passing the exhaust gas resulting from step b.) through a particulate filter activated for SCR catalysis (SDPF) in order to reduce the level of the particulates contained in the exhaust gas and the nitrogen oxides contained in the exhaust gas; d. passing the exhaust gas resulting from step c.) through a selective ammonia oxidation catalyst in order to reduce residual ammonia contents, wherein the AUS is situated in an AUS tank arranged in the region of the internal combustion engine and is heated by means of a heat exchanger which is integrated into the crankcase or into the cylinder head of the internal combustion engine, and wherein the AUS is conveyed by means of a liquid delivery pump into the region of the cooling-water-carrying region of the crankcase or of the cylinder head and is heated by means of the heat exchanger. a. passing the exhaust gas to be purified through a diesel oxidation catalyst for oxidizing gaseous residual hydrocarbons and carbon monoxide to carbon dioxide (CO 2) and for oxidizing at least a proportion of the nitrogen monoxide contained in the exhaust gas to nitrogen dioxide (NO 2); b. addition of aqueous urea solution preconditioned at the engine, i.e. heated to 80 - 90°C, to the exhaust gas resulting from step a.) and liberation of ammonia from the urea added by thermolysis and hydrolysis; c. passing the exhaust gas resulting from step b.) through a particulate filter activated for SCR catalysis (SDPF) in order to reduce the level of the particulates contained in the exhaust gas and the nitrogen oxides contained in the exhaust gas; d. passing the exhaust gas resulting from step c.) through a selective ammonia oxidation catalyst in order to reduce residual ammonia contents, wherein the AUS is situated in an AUS tank arranged in the region of the internal combustion engine and is heated by means of a heat exchanger which is integrated into the crankcase or into the cylinder head of the internal combustion engine, and wherein the AUS is conveyed by means of a liquid delivery pump into the region of the cooling-water-carrying region of the crankcase or of the cylinder head and is heated by means of the heat exchanger.
A dry ice machine, comprising: an outer casing including a main housing defining a liquid containing space; a lifting assembly including a lifting member and an operating member, wherein the lifting member is movably disposed on the outer casing, and the operating member is connected to the lifting member to drive the lifting member to move along a lifting axis relative to the outer casing; a dry ice container detachably assembled to the lifting member, wherein an internal space of the dry ice container is in spatial communication with the liquid containing space; a fog outlet pipe detachably assembled to the outer casing and including a backflow section and a bending section connected to the backflow section to guide the fog generated in the liquid containing space to the outside of the outer casing; wherein the main housing further includes a plurality of positioning structures, and the positioning structures are located on an outer side wall of the main housing and arranged corresponding to a moving path of the lifting member; wherein the operating member further includes an elastic member for providing an elastic force to drive the operating member to be engaged with one of the positioning structures when no external force is applied to the operating member. an outer casing including a main housing defining a liquid containing space; a lifting assembly including a lifting member and an operating member, wherein the lifting member is movably disposed on the outer casing, and the operating member is connected to the lifting member to drive the lifting member to move along a lifting axis relative to the outer casing; a dry ice container detachably assembled to the lifting member, wherein an internal space of the dry ice container is in spatial communication with the liquid containing space; a fog outlet pipe detachably assembled to the outer casing and including a backflow section and a bending section connected to the backflow section to guide the fog generated in the liquid containing space to the outside of the outer casing; wherein the main housing further includes a plurality of positioning structures, and the positioning structures are located on an outer side wall of the main housing and arranged corresponding to a moving path of the lifting member; wherein the operating member further includes an elastic member for providing an elastic force to drive the operating member to be engaged with one of the positioning structures when no external force is applied to the operating member.
An electrical connector including a male contact and a female contact movable between a non-inserted position, in which the male contact is away from the female contact, and an inserted position, in which an electrically conductive insertable portion of the male contact is inserted along an insertion axis into a housing defined by the female contact, the female contact including: - an electrically conductive body, - a plurality of strips protruding axially from the body and angularly distributed around the insertable portion in the inserted position, the strips being electrically conductive and radially flexible, the body and the strips defining said housing, and - at least one annular contention member positioned on radially external faces of the strips and adapted for exerting a centripetal radial pressure on the strips in the inserted position, the strips having radially internal faces flattened against the insertable portion in the inserted position, characterized in that the contention member consists of a material having a thermal expansion coefficient smaller than that of the strips, and less than that of the insertable portion. - an electrically conductive body, - a plurality of strips protruding axially from the body and angularly distributed around the insertable portion in the inserted position, the strips being electrically conductive and radially flexible, the body and the strips defining said housing, and - at least one annular contention member positioned on radially external faces of the strips and adapted for exerting a centripetal radial pressure on the strips in the inserted position, the strips having radially internal faces flattened against the insertable portion in the inserted position,
A blend consisting essentially of one or more alkoxylated C4-C10 alcohols and one or more siloxane-based defoamers in a weight ratio from 0.1: 10 to 10: 0.01 wherein the alkoxylated alcohol is a compound of formula, R 3 -O m -H, wherein R 3 is a C4-C10 alkyl group, AO is an alkyleneoxy group having 2-4, preferably 2 carbon atoms, and m is from 1-10, and the term "consisting essentially of" means that the blend comprises more than 90 percent by weight of the alkoxylated alcohol of formula and siloxane defoamer.
Press-fit bolt (10,20) for press-fitting into a pre-punched sheet metal part, said bolt comprising a head portion (14, 24) and a shank portion (12, 22), which head portion (14, 24) includes an annular surface (16, 26) facing the sheet metal part, which annular surface (16, 26) of said head portion (14, 24) furthermore includes two pressed-in raised structures (18, 28), said pressed-in structures (18, 28) being spaced from said shank (12, 22) and from the radial outer edge of said annular surface (16, 26) characterized in that said pressed-in structures (18, 28) define a contour line which - starting from the annular surface (16, 26) and at a radial distance from said shank (12, 22) - rises with a first upward gradient (γ) and then - in its further extension - slopes down again toward said annular surface (16, 26) with a downward inclination (δ), with said first gradient (γ) being smaller than said downward inclination (δ).
Transportation method for the intermittent, forwards moving transportation of flexible containers held suspended in a packaging line between stop stations coinciding with work stations, comprising the use of pairs of movable arms on a same movement plane, between which a container is secured in opposite areas, one of which is a tractor arm and the other a push arm, characterized in that in a forwards moving cycle, i.e., between two consecutive stops during the transportation of a container, the method comprises the steps of: a) starting from the static position, in an acceleration stage simultaneously moving the tractor arm at a velocity v2 and the push arm at a velocity v1 forwards, thus fulfilling the mathematical relation V1 >v2 and b) in a deceleration stage simultaneously moving the tractor arm at a velocity v2 and the push arm at a velocity v1 forwards, thus fulfilling the mathematical relation V2>v1. a) starting from the static position, in an acceleration stage simultaneously moving the tractor arm at a velocity v2 and the push arm at a velocity v1 forwards, thus fulfilling the mathematical relation V1 >v2 and b) in a deceleration stage simultaneously moving the tractor arm at a velocity v2 and the push arm at a velocity v1 forwards, thus fulfilling the mathematical relation V2>v1.
An article comprising: a case for receiving a removable article, the case having an outer surface; a switchable decorative sheet member having: a first side and a second side, neither of the first and second sides having an adhesive; a fixation sheet member having: a third side configured to be attached to the outer surface of the case, the third side including a permanent adhesive with a first adhesion characteristic; and a fourth side, opposite the third side and configured to receive one of the first and second sides of the switchable decorative sheet member, the fourth side having a repositionable adhesive with a second adhesion characteristic, the second adhesion characteristic being less permanent than the first adhesion characteristic; wherein the switchable decorative sheet member is configured to be removed from the fixation sheet member that is firmly attached to the outer surface of the case through the third side of the fixation sheet member including the permanent adhesive. a case for receiving a removable article, the case having an outer surface; a switchable decorative sheet member having: a first side and a second side, neither of the first and second sides having an adhesive; a fixation sheet member having: a third side configured to be attached to the outer surface of the case, the third side including a permanent adhesive with a first adhesion characteristic; and a fourth side, opposite the third side and configured to receive one of the first and second sides of the switchable decorative sheet member, the fourth side having a repositionable adhesive with a second adhesion characteristic, the second adhesion characteristic being less permanent than the first adhesion characteristic; wherein the switchable decorative sheet member is configured to be removed from the fixation sheet member that is firmly attached to the outer surface of the case through the third side of the fixation sheet member including the permanent adhesive. a third side configured to be attached to the outer surface of the case, the third side including a permanent adhesive with a first adhesion characteristic; and a fourth side, opposite the third side and configured to receive one of the first and second sides of the switchable decorative sheet member, the fourth side having a repositionable adhesive with a second adhesion characteristic, the second adhesion characteristic being less permanent than the first adhesion characteristic;
Backing pad for use with a hand-held or hand-guided orbital sander or polisher, having a planar extension and an essentially triangular form comprising an equilateral or isosceles triangular region with three corners and three lateral lines interconnecting the corners and limiting the triangular region of the backing pad to the sides, the backing pad further having a top surface for releasable attachment of the backing pad to the sander or polisher by means of attachment means and with a bottom surface for releasable attachment of a sheet-like sanding or polishing member to the backing pad, characterized in that the backing pad comprises at only one of the three corners of the triangular region a protrusion extending in the plane of the planar extension of the backing pad and projecting laterally beyond the triangular region, wherein the protrusion is limited at its sides by straight or curved lateral lines interconnecting the lateral lines of the triangular region of the backing pad with a tip (110, 114, 116) of the protrusion, wherein the protrusion has a longitudinal extension extending from the attachment means to a centre of the tip (110, 114, 116) of the protrusion and wherein the backing pad comprises a resilient support structure made of a rigid or semi-rigid material and a flexible yielding layer made of an elastically deformable, soft material inextricably fixed to a bottom surface of the support structure. characterized in that the backing pad comprises at only one of the three corners of the triangular region a protrusion extending in the plane of the planar extension of the backing pad and projecting laterally beyond the triangular region, wherein the protrusion is limited at its sides by straight or curved lateral lines interconnecting the lateral lines of the triangular region of the backing pad with a tip (110, 114, 116) of the protrusion, wherein the protrusion has a longitudinal extension extending from the attachment means to a centre of the tip (110, 114, 116) of the protrusion and wherein the backing pad comprises a resilient support structure made of a rigid or semi-rigid material and a flexible yielding layer made of an elastically deformable, soft material inextricably fixed to a bottom surface of the support structure.
An agricultural working tool 10 for attachment to a tractor, the tool comprising a wheeled chassis 12 and a plurality of working units 14 mounted to a support frame 16 that is foldable from an operating configuration to a transport configuration, the support frame 16 comprising a centre frame 24 and a pair of side frame assemblies 28, the centre frame 24 being pivotably mounted to the chassis 12 about a transversely-extending first folding axis, and each side assembly 28 being pivotably mounted to the centre frame 24 about respective second folding axes that extend in a substantially fore and aft direction when the support frame 24 is in the operating configuration, the side assemblies 28 being foldable upwardly and inwardly about the second folding axes from the operating configuration, the tool 10 further comprising a linear actuator system 42 connected between the chassis 12 and the centre frame 24 and arranged to control movement of the centre frame 24 about the first folding axis characterised in that the linear actuator system 42 comprises a first linear actuator 44 connected between the chassis 12 and a rocker arm 50 which is pivotably mounted to the chassis about a transverse pivot axis, and a second linear actuator 62 connected between the rocker arm 50 and the centre frame 24.
A method for operating a technical facility in a flowing body of water, comprising at least the following steps: • stunning of living beings in the water upstream of the technical facility and/or in the technical facility, and • passing the water along with the stunned living beings through the technical facility. • stunning of living beings in the water upstream of the technical facility and/or in the technical facility, and • passing the water along with the stunned living beings through the technical facility.
An information processing system comprising a stationary type device and a hand-held type device, the stationary type device sensing first user information for evaluating QOL of a user while the user is asleep, and the hand-held type device sensing second user information for evaluating QOL of the user while the user is awake, wherein the second user information is a positional information the information processing system comprising evaluation means for performing an evaluation regarding QOL of the user on the basis of the first user information and the second user information, wherein on the basis of the second user information means based on activity information calculated from the second user information, characterized in that the hand-held type device is mountable or placeable on the stationary type device, and the hand-held type device is configured to suspend sensing of the second user information while being mounted or placed on the stationary type device.
Alignment device for carrying out a periacetabular osteotomy operation on a predefined patient, comprising: - a patient-specific acetabular unit, suitable for being fixed in a univocal position on the iliac bone of the patient, in proximity of the acetabulum of the femur; - a patient-specific iliac unit, suitable for being fixed in a univocal position on the iliac bone of the patient, in a lateral position with respect to the acetabular unit; - a patient-specific bridge, suitable for being connected in a rigid and univocal manner to the acetabular unit and to the iliac unit; wherein, when the acetabular unit and the iliac unit are properly fixed on the intact iliac bone, the acetabular unit and the iliac unit assume, the one with respect to the other, a first predefined mutual position incompatible with the simultaneous connection of the bridge to both said units (32, 34); and when osteotomy is carried out and the bridge is connected both to the acetabular unit and to the iliac unit, the acetabular unit and the iliac unit assume, the one with respect to the other, a second predefined mutual position, different from the first mutual position and corresponding to a bio-mechanically correct position of the acetabulum with respect to the remaining portion of the iliac bone. - a patient-specific acetabular unit, suitable for being fixed in a univocal position on the iliac bone of the patient, in proximity of the acetabulum of the femur; - a patient-specific iliac unit, suitable for being fixed in a univocal position on the iliac bone of the patient, in a lateral position with respect to the acetabular unit; - a patient-specific bridge, suitable for being connected in a rigid and univocal manner to the acetabular unit and to the iliac unit; wherein, when the acetabular unit and the iliac unit are properly fixed on the intact iliac bone, the acetabular unit and the iliac unit assume, the one with respect to the other, a first predefined mutual position incompatible with the simultaneous connection of the bridge to both said units (32, 34); and
A multilayer security element with an opaque functional layer arranged between two build-up layers (3a, 3b) of a transmissive material, wherein the layers (2, 3a, 3b) are connected by lamination to form an areal body with planar surfaces (10, 11), wherein the opaque functional layer has at least one cutout and the at least one cutout is filled up with transmissive material of the build-up layers (3a, 3b), characterized in that on one of the build-up layers (3a, 3b) there is further arranged a feature carrier layer, and in the feature carrier layer and/ or on the feature carrier layer between the feature carrier layer and the functional layer a security feature (6, 7) is formed which extends at least partially into the area of the at least one cutout.