mhurhangee/ep-ind-claims huggingface dataset:
A dental care unit, comprising: - a frame structure; - a support construction for supporting at least one dental instrument, a diagnostic instrument related to dental care and/or at least one instrument used in connection with a dental care operation; - a control system; - a user interface; - an arrangement via which to said at least one instrument can be delivered power, or control signals, or both, needed for their operation, and wherein the delivering includes supplying to said at least one instrument at least one of the following: water, compressed air; - an operating light arranged for use in connection with dental care comprising a lighting system (83, 85) arranged to generate a desired kind light pattern in a desired direction and at a desired distance from the operating light, to illuminate a first area; - a support structure of the operating light wherein a projector construction is configured to project graphics, pictures and/or video in essentially the same direction as said desired direction on a surface, the surface comprising a second area whereto the graphics, pictures and/or video is projected, the projector construction being both structurally and operatively integrated into the operating light to be a part of the operating light. - a frame structure; - a support construction for supporting at least one dental instrument, a diagnostic instrument related to dental care and/or at least one instrument used in connection with a dental care operation; - a control system; - a user interface; - an arrangement via which to said at least one instrument can be delivered power, or control signals, or both, needed for their operation, and wherein the delivering includes supplying to said at least one instrument at least one of the following: water, compressed air; - an operating light arranged for use in connection with dental care comprising a lighting system (83, 85) arranged to generate a desired kind light pattern in a desired direction and at a desired distance from the operating light, to illuminate a first area; - a support structure of the operating light wherein a projector construction is configured to project graphics, pictures and/or video in essentially the same direction as said desired direction on a surface, the surface comprising a second area whereto the graphics, pictures and/or video is projected, the projector construction being both structurally and operatively integrated into the operating light to be a part of the operating light.
A flexible sound absorbent barrier for acoustic screening of a construction site comprising: a screen body comprising a sound absorbent layer disposed between a first porous sound-permeable cover and a second cover, wherein the first cover is formed from a flexible plastic material; characterised in that the screen body further comprises a waterproof sound-permeable textile membrane disposed between the first cover and the sound absorbent layer. a screen body comprising a sound absorbent layer disposed between a first porous sound-permeable cover and a second cover, wherein the first cover is formed from a flexible plastic material; characterised in that the screen body further comprises a waterproof sound-permeable textile membrane disposed between the first cover and the sound absorbent layer.
Housing of a local display or of a measuring device for the measurement of process variables, said housing comprising: - a housing segment (3, 29, 45), wherein a shoulder which extends radially inwards (5, 37, 47) continues on from the end of said segment that points out of the housing, said shoulder externally surrounding at an end an opening that tapers conically from the housing interior to the housing exterior, - a transparent window (1, 27) in the form of a disc which is inserted into the opening in a flush-mounted manner, said window having an external shell surface (17, 33) which tapers conically from the housing interior to the housing exterior and is adjacent to the surface of the window pointing towards the outside, - a one-piece gasket seal (19, 43), which has a first subsection, which fully surrounds the transparent window (1, 27) on the outside, and which has a second subsection on which an outer edge of a surface of the transparent window (1, 27), which points into the housing, rests, and - a support ring that is fitted in the housing segment (3, 29, 45) and secured in the housing segment (3, 29, 45), via said support ring the transparent window (1, 27) is clamped in the housing segment (3, 29, 45); - wherein a partial area of the housing interior that is covered by the transparent window, is visible from the outside via the transparent window, - and wherein a display and/or an LED display is arranged in the visible partial area. - a housing segment (3, 29, 45), wherein a shoulder which extends radially inwards (5, 37, 47) continues on from the end of said segment that points out of the housing, said shoulder externally surrounding at an end an opening that tapers conically from the housing interior to the housing exterior, - a transparent window (1, 27) in the form of a disc which is inserted into the opening in a flush-mounted manner, said window having an external shell surface (17, 33) which tapers conically from the housing interior to the housing exterior and is adjacent to the surface of the window pointing towards the outside, - a one-piece gasket seal (19, 43), which has a first subsection, which fully surrounds the transparent window (1, 27) on the outside, and which has a second subsection on which an outer edge of a surface of the transparent window (1, 27), which points into the housing, rests, and - a support ring that is fitted in the housing segment (3, 29, 45) and secured in the housing segment (3, 29, 45), via said support ring the transparent window (1, 27) is clamped in the housing segment (3, 29, 45); - wherein a partial area of the housing interior that is covered by the transparent window, is visible from the outside via the transparent window, - and wherein a display and/or an LED display is arranged in the visible partial area.
A method implemented by one or more processors, comprising: determining an object of interest; receiving vision data, the vision data generated based on output from one or more vision sensors of a vision component of a robot, the vision data including one or more visual frames (184; 284; 300; 400) that capture at least a portion of an environment in which a robot operates or will operate; applying one or more of the visual frames as input to a machine learning model to generate output of the machine learning model, wherein the output of the machine learning model identifies one or more surfaces in the portion of the environment that potentially conceal, from a vantage point of the one or more vision sensors, an instance of the object of interest; altering a position or pose of the robot based on the output to relocate one or more of the vision sensors to have a direct view behind one or more of the surfaces; receiving, from one or more of the vision sensors of the vision component, one or more subsequent visual frames that capture at least a portion of the environment that was previously concealed by the one or more surfaces; applying one or more of the subsequent visual frames as input to the machine learning model to generate subsequent output, wherein the subsequent output identifies the instance of the object of interest; and operating the robot to perform one or more tasks that relate to the instance of the object of interest. determining an object of interest; receiving vision data, the vision data generated based on output from one or more vision sensors of a vision component of a robot, the vision data including one or more visual frames (184; 284; 300; 400) that capture at least a portion of an environment in which a robot operates or will operate; applying one or more of the visual frames as input to a machine learning model to generate output of the machine learning model, wherein the output of the machine learning model identifies one or more surfaces in the portion of the environment that potentially conceal, from a vantage point of the one or more vision sensors, an instance of the object of interest; altering a position or pose of the robot based on the output to relocate one or more of the vision sensors to have a direct view behind one or more of the surfaces; receiving, from one or more of the vision sensors of the vision component, one or more subsequent visual frames that capture at least a portion of the environment that was previously concealed by the one or more surfaces; applying one or more of the subsequent visual frames as input to the machine learning model to generate subsequent output, wherein the subsequent output identifies the instance of the object of interest; and operating the robot to perform one or more tasks that relate to the instance of the object of interest.
A closure, comprising: a cap body formed from a first material, the cap body defining a cavity therethrough; a stopper formed from a second material and disposed within the cavity, the second material being different than the first material; and a barrier layer formed from a third material, the third material being different from at least the first material and associated with at least one of the cap body and/or the stopper, and wherein barrier layer is disposed across at least a portion of the cavity, characterized in that the cap body includes an inward rim extending into the cavity and the barrier layer is in contact with a portion of the inward rim and a portion of the stopper. a cap body formed from a first material, the cap body defining a cavity therethrough; a stopper formed from a second material and disposed within the cavity, the second material being different than the first material; and a barrier layer formed from a third material, the third material being different from at least the first material and associated with at least one of the cap body and/or the stopper, and wherein barrier layer is disposed across at least a portion of the cavity, characterized in that the cap body includes an inward rim extending into the cavity and the barrier layer is in contact with a portion of the inward rim and a portion of the stopper.
A toner comprising at least: a binder resin; and a colorant, wherein: the binder resin contains at least a polyester unit and a vinyl copolymer unit, wherein the polyester unit contains, as a monomer, adipic acid; a main peak MpA is present in a molecular weight region of 2,000 to 7,000 in a molecular weight distribution measured by means of gel permeation chromatography of a tetrahydrofuran soluble matter A when the toner is extracted through Soxhlet extraction with THF for 16 hours; a main peak MpB is present in a molecular weight region of 5,000 to 10,000 in a molecular weight distribution measured by means of GPC of a THF soluble matter B when the toner is left in a THF solvent at 25°C for 24 hours, and the THF soluble matter B contains a component of a molecular weight region of 100,000 or less in range from 70 to 100 mass%; and a peak molecular weight MpA of the THF soluble matter A and a peak molecular weight MpB of the THF soluble matter B satisfy the following equation: 0.50 < MpA / MpB < 0.95. a binder resin; and a colorant, wherein: the binder resin contains at least a polyester unit and a vinyl copolymer unit, wherein the polyester unit contains, as a monomer, adipic acid; a main peak MpA is present in a molecular weight region of 2,000 to 7,000 in a molecular weight distribution measured by means of gel permeation chromatography of a tetrahydrofuran soluble matter A when the toner is extracted through Soxhlet extraction with THF for 16 hours; a main peak MpB is present in a molecular weight region of 5,000 to 10,000 in a molecular weight distribution measured by means of GPC of a THF soluble matter B when the toner is left in a THF solvent at 25°C for 24 hours, and the THF soluble matter B contains a component of a molecular weight region of 100,000 or less in range from 70 to 100 mass%; and a peak molecular weight MpA of the THF soluble matter A and a peak molecular weight MpB of the THF soluble matter B satisfy the following equation: 0.50 < MpA / MpB < 0.95. the binder resin contains at least a polyester unit and a vinyl copolymer unit, wherein the polyester unit contains, as a monomer, adipic acid; a main peak MpA is present in a molecular weight region of 2,000 to 7,000 in a molecular weight distribution measured by means of gel permeation chromatography of a tetrahydrofuran soluble matter A when the toner is extracted through Soxhlet extraction with THF for 16 hours; a main peak MpB is present in a molecular weight region of 5,000 to 10,000 in a molecular weight distribution measured by means of GPC of a THF soluble matter B when the toner is left in a THF solvent at 25°C for 24 hours, and the THF soluble matter B contains a component of a molecular weight region of 100,000 or less in range from 70 to 100 mass%; and a peak molecular weight MpA of the THF soluble matter A and a peak molecular weight MpB of the THF soluble matter B satisfy the following equation: 0.50 < MpA / MpB < 0.95.
A wheel bearing apparatus with a generator comprising: a wheel bearing including a fixed wheel and a rotating wheel having a hub flange, the rotating wheel being rotatably supported by the fixed wheel via rolling elements and attached with a vehicle wheel and a brake rotor at the hub flange; a generator including a stator attached to the fixed wheel and a motor rotor attached to the rotating wheel, the generator being of an outer-rotor type in which the stator is located on an outer periphery of the wheel bearing, and the motor rotor is located radially outside of the stator; and at least one conducting unit (26, 26A-26F) configured to conduct a current between the fixed wheel and the rotating wheel; wherein a first conducting unit of the at least one conducting unit (26, 26A-26F) is a conductive covering member that covers the inboard-side end of the fixed wheel, and the covering member is in contact with the rotating wheel at a center of a rotation axis. a wheel bearing including a fixed wheel and a rotating wheel having a hub flange, the rotating wheel being rotatably supported by the fixed wheel via rolling elements and attached with a vehicle wheel and a brake rotor at the hub flange; a generator including a stator attached to the fixed wheel and a motor rotor attached to the rotating wheel, the generator being of an outer-rotor type in which the stator is located on an outer periphery of the wheel bearing, and the motor rotor is located radially outside of the stator; and at least one conducting unit (26, 26A-26F) configured to conduct a current between the fixed wheel and the rotating wheel; wherein
An explosion proof ball connector for use as pressure relief valve in shower head, comprising: a ball main body, which includes a waterway and an outlet hole running through the waterway outside and inside thereby forming a through hole, the waterway includes an inlet port and an outlet port; a valve body with an inlet passage and an outlet passage being independent from the inlet passage, the valve body being assembled inside the ball main body, such that the inlet passage forms a part of the waterway, one end of the outlet passage being connected to the outlet port, another end of the outlet passage being connected to the outlet hole; the explosion proof ball connector further comprising a decompression unit assembled inside the valve body, the decompression unit including at least a sealing element and an elastic element abutting the sealing element to make the sealing element close the end of the outlet passage, characterized in that the valve body includes a longitudinal external wall and an internal wall fixed to the external wall codirectionally, wherein the internal wall is disposed inside the external wall, the inlet passage forms between the internal wall and the external wall, the outlet passage forms inside the internal wall and wherein the decompression unit is assembled inside the internal wall. a ball main body, which includes a waterway and an outlet hole running through the waterway outside and inside thereby forming a through hole, the waterway includes an inlet port and an outlet port; a valve body with an inlet passage and an outlet passage being independent from the inlet passage, the valve body being assembled inside the ball main body, such that the inlet passage forms a part of the waterway, one end of the outlet passage being connected to the outlet port, another end of the outlet passage being connected to the outlet hole; the explosion proof ball connector further comprising a decompression unit assembled inside the valve body, the decompression unit including at least a sealing element and an elastic element abutting the sealing element to make the sealing element close the end of the outlet passage, characterized in that the valve body includes a longitudinal external wall and an internal wall fixed to the external wall codirectionally, wherein the internal wall is disposed inside the external wall, the inlet passage forms between the internal wall and the external wall, the outlet passage forms inside the internal wall and wherein the decompression unit is assembled inside the internal wall.
Quick fit system for fitting a blade to the attachment support of an agricultural soil tilling machine, the system comprising a blade, a support and attachment means, said blade comprising a leading end and an attachment end inserted into a housing of said support and secured by means of a positive fit connection by said attachment means passing through said support, said attachment means comprising [a] a fixed part provided with a first supporting end stop, [b] a movable part provided with a second supporting end stop and [c] said fixed and movable parts (14, 16) being mutually lockable with respect to one another by retention means via a relative rotation of less than 360o to secure said blade in a service position starting from a release position in which said blade can be dismantled, to a locking position in which said blade remains secured in said service position, characterized in that [d] said second supporting end stop is an eccentric which in said release position is inside the cross section of said fixed part, whereas in said locking position it projects from the cross section of said fixed part. [a] a fixed part provided with a first supporting end stop, [b] a movable part provided with a second supporting end stop and [c] said fixed and movable parts (14, 16) being mutually lockable with respect to one another by retention means via a relative rotation of less than 360o to secure said blade in a service position starting from a release position in which said blade can be dismantled, to a locking position in which said blade remains secured in said service position, characterized in that [d] said second supporting end stop is an eccentric which in said release position is inside the cross section of said fixed part, whereas in said locking position it projects from the cross section of said fixed part.
A light emitting diode lighting system, comprising: a lighting apparatus comprising at least one printed circuit board having an array of light emitting diode chips mounted thereto, the printed circuit board including a segmented conductor pathway configured to electrically couple at least a portion of the array of LED chips; the segmented conductor pathway including electrically conductive segments, each LED chip being mounted to an electrically conductive segment having a surface area of at least 90 mm 2 whereby heat is conducted laterally away from the LED chip to prevent a maximum junction temperature from exceeding 125°C; and a portion of the printed circuit board forming a card edge connector, the card edge connector including a portion of the segmented conductor pathway which provides an electrical contact configured to electrically couple the segmented conductor pathway to a power source. a lighting apparatus comprising at least one printed circuit board having an array of light emitting diode chips mounted thereto, the printed circuit board including a segmented conductor pathway configured to electrically couple at least a portion of the array of LED chips; the segmented conductor pathway including electrically conductive segments, each LED chip being mounted to an electrically conductive segment having a surface area of at least 90 mm 2 whereby heat is conducted laterally away from the LED chip to prevent a maximum junction temperature from exceeding 125°C; and a portion of the printed circuit board forming a card edge connector, the card edge connector including a portion of the segmented conductor pathway which provides an electrical contact configured to electrically couple the segmented conductor pathway to a power source.
Nerve cap for covering a nerve stump, comprising a tubular body with a closed end and an open end and essentially consisting of biodegradable polymeric material, which cap has at least one tab, wherein the polymeric material comprises a poly(DL-lactide-co-ε-caprolactone) copolymer obtained by the copolymerizaton of DL-lactide and ε-caprolactone, which copolymer has a lactide content of 51-75 mol%, preferably of 55-70 mol%, most preferably of 62-69 mol%, which nerve cap is obtainable by a method comprising providing a tube essentially consisting of biodegradable polymeric material and closing the tube by pressing it between two surfaces such that a tube closed in the radial direction is obtained, and wherein the tab is formed upon pressing the tube between the two surfaces.
A presentation device, which can be used in shops, supermarkets or similar sales establishments in the manner of a permanent display, by means of which respective individual items, goods containers or similar packages are provided on an upper storage surface of a box-like or table-like substructure of the presentation device, and the goods can be reached easily therewith with good visibility for the customer, wherein the substructure can be connected to at least one advertising medium (3, 3') of the presentation device, which protrudes beyond a bearing surface, which is defined by the storage surface, at least in some regions, and wherein the substructure is essentially designed as a support frame, which forms a cuboid basic shape with horizontal (7, 8, 9, 10; 7', 8', 9', 10') as well as vertical struts (11, 12, 13, 14), and at least the one advertising medium (3, 3'), which protrudes vertically to the top, can be secured to this support frame, wherein the support frame, which is provided as substructure, is provided in the bottom-side region of its horizontal struts (8, 10), which are connected to the vertical struts (11, 12, 13, 14), with a roller assembly (R, R') forming a base support, wherein in the region of the roller assembly (R, R'), a locking brake is provided, which can be adjusted to said roller assembly and which is equipped with a manually operable upper control member, and wherein a handle having vertical guide supports (23, 24) is integrated into the strut assembly of the support frame at least in some regions, so that the handle can be transferred into a protected security position.