mhurhangee/ep-ind-claims huggingface dataset:
An autonomous lawn mower comprising: a traveling frame provided with traveling wheels (17, 18); a motor holding member, on the traveling frame, configured to vertically move while holding a cutter blade driving motor; a vertical driving member, on the traveling frame, configured to vertically move the motor holding member; and one of a vertical driving motor being configured to electrically drive the vertical driving member or a manual driving mechanism being configured to manually drive the vertical driving member on the traveling frame, characterized in that the traveling frame includes: a support portion (28, 75) configured to support the vertical driving member; a motor mounting portion configured to mount the vertical driving motor; and a manual driving mechanism mounting portion (95 to 98) configured to mount the manual driving mechanism, and, when the traveling frame is viewed from above, the motor mounting portion and the manual driving mechanism mounting portion (95 to 98) are positioned in different phases around the support portion (28, 75). a traveling frame provided with traveling wheels (17, 18); a motor holding member, on the traveling frame, configured to vertically move while holding a cutter blade driving motor; a vertical driving member, on the traveling frame, configured to vertically move the motor holding member; and one of a vertical driving motor being configured to electrically drive the vertical driving member or a manual driving mechanism being configured to manually drive the vertical driving member on the traveling frame, characterized in that the traveling frame includes: a support portion (28, 75) configured to support the vertical driving member; a motor mounting portion configured to mount the vertical driving motor; and a manual driving mechanism mounting portion (95 to 98) configured to mount the manual driving mechanism, and, a support portion (28, 75) configured to support the vertical driving member; a motor mounting portion configured to mount the vertical driving motor; and a manual driving mechanism mounting portion (95 to 98) configured to mount the manual driving mechanism, and, when the traveling frame is viewed from above, the motor mounting portion and the manual driving mechanism mounting portion (95 to 98) are positioned in different phases around the support portion (28, 75).
A solid rocket propellant grain comprising frontal surfaces and a lateral surface, comprising: a first type layer which is completely filled in cross-section with a solid propellant material with an inhibited lateral surface, and a second type layer which has at least one recess in a solid propellant material with a non-inhibited lateral surface, wherein the solid propellant material is a homogenous solid propellant material, wherein the first and second type layers are cylindrical in shape, and wherein for at least one cylinder of the second type layer, both bottom and upper bases adhere to a base of a first type layer cylinder. a first type layer which is completely filled in cross-section with a solid propellant material with an inhibited lateral surface, and a second type layer which has at least one recess in a solid propellant material with a non-inhibited lateral surface, wherein the solid propellant material is a homogenous solid propellant material, wherein the first and second type layers are cylindrical in shape, and wherein for at least one cylinder of the second type layer, both bottom and upper bases adhere to a base of a first type layer cylinder.
A surveillance camera that is a dome type surveillance camera, comprising: a plurality of cameras (11a, 11b, 11c, 11d); a controller which wirelessly transmits video data of an image captured by the plurality of cameras (11a, 11b, 11c, 11d) to a mobile terminal via the wireless adapter attached to the connector; and a base; characterized in that the surveillance camera further comprises: a connector to which a wireless adapter is detachably attachable; a plurality of connecting members (21aa, 21ab, 21b, 21c, 21d) connected to the plurality of cameras (11a, 11b, 11c, 11d), respectively, the plurality of connecting members (21aa, 21ab, 21b, 21c, 21d) being configured to connect the plurality of cameras (11a, 11b, 11c, 11d) to the base; and a dome type cover configured to be fixed to the base so as to cover the plurality of cameras (11a, 11b, 11c, 11d) and the plurality of connecting members (21aa, 21ab, 21b, 21c, 21d), wherein the connector is provided on the base. a plurality of cameras (11a, 11b, 11c, 11d); a controller which wirelessly transmits video data of an image captured by the plurality of cameras (11a, 11b, 11c, 11d) to a mobile terminal via the wireless adapter attached to the connector; and a base; a connector to which a wireless adapter is detachably attachable; a plurality of connecting members (21aa, 21ab, 21b, 21c, 21d) connected to the plurality of cameras (11a, 11b, 11c, 11d), respectively, the plurality of connecting members (21aa, 21ab, 21b, 21c, 21d) being configured to connect the plurality of cameras (11a, 11b, 11c, 11d) to the base; and a dome type cover configured to be fixed to the base so as to cover the plurality of cameras (11a, 11b, 11c, 11d) and the plurality of connecting members (21aa, 21ab, 21b, 21c, 21d), wherein the connector is provided on the base.
Method for filling a container to be filled with a filling product, which is a drink, in a drink filling plant with the following steps: - pressure-tight connection of the container to be filled to a filling product line, which can be brought into communication with a filling product feed via a filling valve; - determination of the initial pressure in the container to be filled by means of a pressure gauge; - filling of the container to be filled with the filling product through opening of the filling valve; and - ending of the filling of the container to be filled, when a predetermined cut-off pressure is reached in the container, through closing of the filling valve, characterised in that the cut-off pressure is determined on the basis of the determined initial pressure, taking into account the desired fill volume, the volume of the internal space of the container and the volume contributed by the filling product line, and at which cut-off pressure the desired fill volume is thus introduced in the container to be filled. - pressure-tight connection of the container to be filled to a filling product line, which can be brought into communication with a filling product feed via a filling valve; - determination of the initial pressure in the container to be filled by means of a pressure gauge; - filling of the container to be filled with the filling product through opening of the filling valve; and - ending of the filling of the container to be filled, when a predetermined cut-off pressure is reached in the container, through closing of the filling valve,
An endoscope objective optical system comprising, in order from an object side, a first group, a second group, an aperture stop, and a third group, wherein the first group includes, in order from the object side, a plano-concave lens and a meniscus lens, whose convex surface is towards an image side; the second group includes a positive meniscus lens, whose convex surface is towards the object side, and moves in a direction of an optical axis to perform focusing; and the third group consists of a first positive lens and a joined lens composed of a second positive lens and a negative lens; and the following Conditional Expressions - are satisfied: | f / f 2 | < 0.12 092 < f / IH < 1 ⁢.08 0.08 < d / f < 0 ⁢.32 where f2: a focal length of the meniscus lens, IH: an image height, d: the air gap between the meniscus lens, whose convex surface is towards the image side, and the positive meniscus lens, whose convex surface is towards the object side, at a far-point observation, and f: a focal length of the entire objective optical system during far-point observation. f2: a focal length of the meniscus lens, IH: an image height, d: the air gap between the meniscus lens, whose convex surface is towards the image side, and the positive meniscus lens, whose convex surface is towards the object side, at a far-point observation, and f: a focal length of the entire objective optical system during far-point observation.
A sticky note pad, comprising: a stack of note sheets each of which includes: a substrate having a writing face and a back face opposite to said writing face, said back face having a central re-adherable portion and a peripheral flippable portion surrounding said central re-adherable portion; and an adhesive layer having a predetermined surface area, and including a plurality of loop-shaped adhesive material segments formed on said central re-adherable portion to permit said substrate together with said adhesive layer to be releasably attached to said writing face of a next one of said note sheets, said loop-shaped adhesive material segments surrounding and being radially spaced apart from one another, wherein the surface area of said adhesive layer remains constant independent of number of said looped-shaped adhesive material segments. a stack of note sheets each of which includes: a substrate having a writing face and a back face opposite to said writing face, said back face having a central re-adherable portion and a peripheral flippable portion surrounding said central re-adherable portion; and an adhesive layer having a predetermined surface area, and including a plurality of loop-shaped adhesive material segments formed on said central re-adherable portion to permit said substrate together with said adhesive layer to be releasably attached to said writing face of a next one of said note sheets, said loop-shaped adhesive material segments surrounding and being radially spaced apart from one another, wherein the surface area of said adhesive layer remains constant independent of number of said looped-shaped adhesive material segments. a substrate having a writing face and a back face opposite to said writing face, said back face having a central re-adherable portion and a peripheral flippable portion surrounding said central re-adherable portion; and an adhesive layer having a predetermined surface area, and including a plurality of loop-shaped adhesive material segments formed on said central re-adherable portion to permit said substrate together with said adhesive layer to be releasably attached to said writing face of a next one of said note sheets, said loop-shaped adhesive material segments surrounding and being radially spaced apart from one another, wherein the surface area of said adhesive layer remains constant independent of number of said looped-shaped adhesive material segments.
A method of preparing a pair of joint surfaces of a PTFE-based material, the method comprising - welding the pair of joint surfaces together with an intermediate layer of binder, and - subsequently separating the joint thus obtained so that complementary joint surfaces are obtained, wherein the joint surfaces on separation are given complementary profiles. - welding the pair of joint surfaces together with an intermediate layer of binder, and - subsequently separating the joint thus obtained so that complementary joint surfaces are obtained, wherein the joint surfaces on separation are given complementary profiles.
A clamp comprising: a first clamping portion comprising a tube clamp for clamping a tube; a second clamping portion comprising a hole for receiving a first bolt of the clamp; wherein the clamp is configured such that when the second clamping portion is laid on top of the first clamping portion, the second clamping portion can be secured to the first clamping portion by receiving the first bolt in the hole of the second clamping portion and then securing the first bolt; wherein a top face and a bottom face of the first clamping portion have a repeated pattern of folds; wherein a bottom face of the second clamping portion has the same repeated pattern of folds as the top face and the bottom face of the first clamping portion; whereby a part of a first sheet can be held in between the tube and the first clamping portion by placing the part of first sheet in between the tube and the first clamping portion and clamping the tube to the first clamping portion using the tube clamp; a part of a second sheet can be held in between the first clamping portion and the second clamping portion by placing the part of the second sheet in between the first clamping portion and the second clamping portion and then securing the second clamping portion to the first clamping portion by receiving the first bolt in the hole of the second clamping portion and then securing the first bolt; the first sheet comprises a corrugated sheet and the second sheet comprises a corrugated sheet. a first clamping portion comprising a tube clamp for clamping a tube; a second clamping portion comprising a hole for receiving a first bolt of the clamp; wherein the clamp is configured such that when the second clamping portion is laid on top of the first clamping portion, the second clamping portion can be secured to the first clamping portion by receiving the first bolt in the hole of the second clamping portion and then securing the first bolt; wherein a top face and a bottom face of the first clamping portion have a repeated pattern of folds; wherein a bottom face of the second clamping portion has the same repeated pattern of folds as the top face and the bottom face of the first clamping portion; whereby a part of a first sheet can be held in between the tube and the first clamping portion by placing the part of first sheet in between the tube and the first clamping portion and clamping the tube to the first clamping portion using the tube clamp; a part of a second sheet can be held in between the first clamping portion and the second clamping portion by placing the part of the second sheet in between the first clamping portion and the second clamping portion and then securing the second clamping portion to the first clamping portion by receiving the first bolt in the hole of the second clamping portion and then securing the first bolt; the first sheet comprises a corrugated sheet and the second sheet comprises a corrugated sheet.
A semi-fabricated semiconductor switching device comprising a semiconductor element having a cathode side and an anode side opposite to the cathode side and a housing comprising a cathode pole piece, which is arranged on the semiconductor element on the cathode side, an anode pole piece, which is arranged on the semiconductor element on the anode side, wherein the cathode pole piece and the anode pole piece laterally project beyond the semiconductor element, and a spring system laterally surrounding the semiconductor element for clamping the semiconductor element between the cathode pole piece and anode pole piece, the spring system comprising a ring-shaped washer laterally surrounding the semiconductor element, which washer has a first side and second side opposite to the first side and which washer is made of a material, which keeps its shape reproducibly under deformation at least up to a spring deflection, characterized in that the washer is deflectable between the cathode pole piece and the anode pole piece by a first deflection element, which comprises at least one first protruding element (70, 70', 70", 70"'; 75) that contacts the washer in a first contact area of the washer on the first side, and by a second deflection element, which comprises at least one second protruding element (80, 80', 80", 80'"; 85) that contacts the washer in a second contact area of the washer on the second side, wherein the first contact area is laterally displaced to the second contact area so that the first contact area and the second contact area are displaced lateral to each other in a plane parallel to the cathode side, and wherein the first deflection element and the second deflection element are adapted to deflect the washer during clamping by a strain distance, which is less or equal to the spring deflection, wherein the strain distance is so large that in clamped condition an electrical contact is achievable between the cathode pole piece, the semiconductor element and the anode pole piece.
Water free composition for bleaching and/or highlighting keratin fibres especially human hair based on at least one compound with bleaching and/or highlighting effect characterized in that it comprises at least one arylated silicone at a concentration of 1 to 50% by weight calculated to total composition, and at least one ammonium salt.
An apparatus comprising: a blower to deliver a therapeutic pressure to a patient; and a respiratory mask configured to be connected to the blower, the respiratory mask including a shell and a mask cushion, the mask cushion comprising a thin-walled quasi-toroidal inflatable bladder under a positive offset pressure that is higher than the therapeutic pressure to thereby maintain a seal between the patient and the respiratory mask, the inflatable bladder comprising walls having a skin contact region and a wall thickness; characterized in that the wall thickness progressively increases from the skin contact region. a blower to deliver a therapeutic pressure to a patient; and a respiratory mask configured to be connected to the blower, the respiratory mask including a shell and a mask cushion, the mask cushion comprising a thin-walled quasi-toroidal inflatable bladder under a positive offset pressure that is higher than the therapeutic pressure to thereby maintain a seal between the patient and the respiratory mask, the inflatable bladder comprising walls having a skin contact region and a wall thickness; characterized in that the wall thickness progressively increases from the skin contact region.
An oar for a watercraft, the oar comprising a blade and a shaft, the blade having a front side and a back side, and the shaft having a longitudinal axis; characterised in that the blade includes a plurality of slit shaped openings oriented substantially perpendicularly to the longitudinal axis of the shaft and passing from the front side to the back side.
A helicopter comprising: - a fuselage elongated along a first longitudinal axis of said helicopter and extending between a nose and a tail boom of the helicopter from which a fin projects; - a tailplane arranged at said tail boom and transversal to the tail boom; said tailplane defining a pair of first aerodynamic surfaces generating, in use, respective first aerodynamic forces and elongated along a second axis transversal to said first axis; said first and second axes (X, Y) defining a first plane; - a pair of first elements transversal to said first respective aerodynamic surfaces; and - a pair of second aerodynamic surfaces generating, in use, respective second aerodynamic forces, connected to said respective first elements, and facing and spaced from said respective first aerodynamic surfaces; each of said second aerodynamic surface comprising, in turn: - a first root end connected to said respective element; - a first leading edge; - a first trailing edge opposite to the said first leading edge; - a first chord joining said first leading edge and said first trailing edge at said first root end parallel to said first axis; and - a second chord joining said first leading edge and said first trailing edge (55, 56) parallel to said first axis; said first and second chord (C2, C1) defining a second plane tilted with respect to said first plane; characterized in that each of said second aerodynamic surfaces comprises a second free end being spaced from said tail boom and opposite to said first root end; said second chord (Cl) being defined at said second free end. - a fuselage elongated along a first longitudinal axis of said helicopter and extending between a nose and a tail boom of the helicopter from which a fin projects; - a tailplane arranged at said tail boom and transversal to the tail boom; - a pair of first elements transversal to said first respective aerodynamic surfaces; and - a pair of second aerodynamic surfaces generating, in use, respective second aerodynamic forces, connected to said respective first elements, and facing and spaced from said respective first aerodynamic surfaces; - a first root end connected to said respective element; - a first leading edge; - a first trailing edge opposite to the said first leading edge; - a first chord joining said first leading edge and said first trailing edge at said first root end parallel to said first axis; and - a second chord joining said first leading edge and said first trailing edge (55, 56) parallel to said first axis; characterized in that each of said second aerodynamic surfaces comprises a second free end being spaced from said tail boom and opposite to said first root end; said second chord (Cl) being defined at said second free end.
A flexible multi-panel sterilization assembly comprising a barrier panel having a first end defining a fold protection panel, a second end, opposing first and third edges (120, 124), a second edge opposite the first end, opposing first and second wings (400a, 400b) to secure portions of the first edge and the third edge to each other or to a portion of the second end after the barrier panel has been folded at or near its midpoint such that its second end is brought towards its first end, and a pull tab attached to the second end used to unfold the barrier panel, wherein the pull tab is held against said assembly with a transient adhesive, wherein the barrier panel includes a first surface configured to cover or contact an item to be sterilized and an opposing second surface, characterized in that the transient adhesive holds the pull tab against said assembly with a peel strength or pull force of at least 1.47 N (150 grams force) during manufacturing of the sterilization assembly, and that the transient adhesive holds the pull tab against said assembly with a force of less than 1.47 N (150 grams force) tensile pull after manufacturing of the assembly.