mhurhangee/ep-ind-claims huggingface dataset:
Rotatable cutting head for the vulcanization burr of a tyre, the cutting head consisting of at least two cutting tools which are arranged for cutting the respective burr, characterized by at least one cutting tool for the vulcanization burr of the tyre, the cutting tool containing a holder for a removable cutting insert and said removable cutting insert; in which the holder has an elongate body with a first part, in order to fasten the tool to a robot arm, a second bent part, and a third part, in order to slide on the tyre and to cut off the burr; in which the second part connects the first part and the third part to each other; in which the third part has a recess for receiving the removable cutting insert; in which the removable cutting insert has two V-shaped cutting edges in order to cut the burr between said cutting edges; in which the vertex of the "V" is aligned in a direction along the holder, opposite the first part. in which the holder has an elongate body with a first part, in order to fasten the tool to a robot arm, a second bent part, and a third part, in order to slide on the tyre and to cut off the burr; in which the second part connects the first part and the third part to each other; in which the third part has a recess for receiving the removable cutting insert; in which the removable cutting insert has two V-shaped cutting edges in order to cut the burr between said cutting edges; in which the vertex of the "V" is aligned in a direction along the holder, opposite the first part.
A method for producing a board sandwich (2, 17, 40) for use as a wall, ceiling or floor panel (1, 16) having at least the steps: - providing a base board (7, 20, 31) consisting of a chipboard, OSB panel or fiber board, - arranging a sound-insulating layer (9, 18) above the base board (7, 20, 31), wherein an elastic plastic material is used to produce the sound-insulating layer (9, 18), - arranging a cover board (11, 22, 38) consisting of a chipboard, OSB panel or fiber board above the base board (7, 20, 31), - pressing the sandwich, preferably in a press, characterized in that - a closed-cell foam is arranged as an elastic plastic material, - that, before being introduced into the board sandwich (2, 17, 40), has an elastic modulus of 0.25 MPa to 1.5 MPa and - has a bulk density between 75 kg/m 3 to 350 kg/m 3. - providing a base board (7, 20, 31) consisting of a chipboard, OSB panel or fiber board, - arranging a sound-insulating layer (9, 18) above the base board (7, 20, 31), wherein an elastic plastic material is used to produce the sound-insulating layer (9, 18), - arranging a cover board (11, 22, 38) consisting of a chipboard, OSB panel or fiber board above the base board (7, 20, 31), - pressing the sandwich, preferably in a press, - a closed-cell foam is arranged as an elastic plastic material, - that, before being introduced into the board sandwich (2, 17, 40), has an elastic modulus of 0.25 MPa to 1.5 MPa and - has a bulk density between 75 kg/m 3 to 350 kg/m 3.
A chute assembly for directing cement from a cement truck comprising: an elongate chute of generally u-shaped cross section fabricated from UHMWPe and comprising an upper end and a lower end; characterized by a plurality of reinforcing rods arranged along a length of and encased within said UHMWPe, one end of each of said rods adjacent said upper end and another end of each of said rods adjacent said lower end; a pair of u-shaped collars (14, 18), an upper one of said collars adjacent said upper end and a lower one of said collars adjacent said lower end; and a fastener for securing each of said collars (14, 18) to their respective rod ends. an elongate chute of generally u-shaped cross section fabricated from UHMWPe and comprising an upper end and a lower end; characterized by a plurality of reinforcing rods arranged along a length of and encased within said UHMWPe, one end of each of said rods adjacent said upper end and another end of each of said rods adjacent said lower end; a pair of u-shaped collars (14, 18), an upper one of said collars adjacent said upper end and a lower one of said collars adjacent said lower end; and a fastener for securing each of said collars (14, 18) to their respective rod ends.
An accessory part to be used in connection with cleaning a suction bag emptying device, the accessory part comprising a lid for closing a container in the emptying device, characterised by the lid comprising a container formed in the lid and inside the container there is a space containing liquid agent to be used for cleaning the emptying device, the container being closed by a plug extending to the inside of the container in such a manner that between the bottom of the container and the end of the plug there is a gap with liquid agent for throttling the liquid flow during cleaning, the gap is in connection with the liquid agent on the side wall of the container, the plug is arranged to displace the liquid agent from the mid-area of the container and move the liquid agent against the side wall of the container.
A protective suit (120, 200, 300, 400) comprising: a substantially air-impervious shell; an air-connection port configured to attach to a source of breathable air; a filter (205, 305, 415) having an inner connector and an outer face, the filter having an attached mode and a detached mode, wherein when the filter (205, 305, 415) is in the attached mode, the filter (205, 305, 415) is attached to the substantially air-impervious shell, and when the filter is in the detached mode, the filter is detached from the substantially air-impervious shell; and, a breathing tube having a first port connectable to a mouthpiece, and in fluid communication with a second port configured to connect to the inner connector of the filter. a substantially air-impervious shell; an air-connection port configured to attach to a source of breathable air; a filter (205, 305, 415) having an inner connector and an outer face, the filter having an attached mode and a detached mode, wherein when the filter (205, 305, 415) is in the attached mode, the filter (205, 305, 415) is attached to the substantially air-impervious shell, and when the filter is in the detached mode, the filter is detached from the substantially air-impervious shell; and, a breathing tube having a first port connectable to a mouthpiece, and in fluid communication with a second port configured to connect to the inner connector of the filter.
A receiving part for receiving a rod for coupling the rod to a bone anchoring element, the receiving part including a receiving part body with a top end and a bottom end, and a rod receiving portion with a channel for receiving the rod, and a head receiving portion for accommodating a head of the bone anchoring element, the head receiving portion having an open end (19, 17b) for introducing the head; and a locking ring embracing the head receiving portion, wherein the head receiving portion comprises a plurality of flexible wall portions and wherein the flexible wall portions and the locking ring are configured to engage each other at circumferentially distinct pressure areas within the flexible wall sections, wherein the distinct pressure areas are provided by tear drop-shaped projections, characterized in that the tear drop-shaped proj ections are arranged at the centre of the flexible wall sections in an axial direction and in a circumferential direction.
Liberation and separation device for separating a first fraction with particles having first sizes in a first size range, and a second fraction with particles having second sizes in a second size range, comprising: a driven rotor, having a substantially horizontal rotational axis and a plurality of rotor blades arranged for rotating around the rotational axis in a rotational direction, an infeed device for introducing a particle stream into the liberation and separation device, a distribution device or area for distributing the particle stream comprising falling particles from the infeed device towards the rotor in a substantially downwards particle inflow direction, to a particle contact area at the upper part of the rotor where the particle stream contacts the rotor blades, wherein the liberation and separation device comprises an airflow generator (12, 16) arranged at a same height as the rotor for, during use, generating a substantially horizontal airflow towards the upper part of the rotor in an air inflow direction substantially perpendicular to the particle inflow direction and the rotational axis, wherein in the particle contact area the rotational direction is aligned with the air inflow direction for creating a low pressure zone in the particle contact area due to the Magnus-effect, the particle contact area therein exerting such a suction force on the falling particles that virtually all particles will reach the particle contact area in order to be hit by the rotor blades. a driven rotor, having a substantially horizontal rotational axis and a plurality of rotor blades arranged for rotating around the rotational axis in a rotational direction, an infeed device for introducing a particle stream into the liberation and separation device, a distribution device or area for distributing the particle stream comprising falling particles from the infeed device towards the rotor in a substantially downwards particle inflow direction, to a particle contact area at the upper part of the rotor where the particle stream contacts the rotor blades, wherein the liberation and separation device comprises an airflow generator (12, 16) arranged at a same height as the rotor for, during use, generating a substantially horizontal airflow towards the upper part of the rotor in an air inflow direction substantially perpendicular to the particle inflow direction and the rotational axis, wherein in the particle contact area the rotational direction is aligned with the air inflow direction for creating a low pressure zone in the particle contact area due to the Magnus-effect, the particle contact area therein exerting such a suction force on the falling particles that virtually all particles will reach the particle contact area in order to be hit by the rotor blades.
Photovoltaic module for the production of electricity from solar energy, comprising a distal base, with an underside and an upper side, and photovoltaic cells arranged on the upper side 5 of the distal base, wherein the distal base is designed as a carrier that generates buoyancy in the water, wherein the distal base is designed as a dimensionally stable carrier for the photovoltaic cells and the photovoltaic cells are arranged directly on the distal base, characterised in that multiple pockets are formed in the distal base, which extend outward from the underside of the 10 distal bases in the direction of the upper side of the distal base and completely penetrate the distal base.
A pump assembly for pumping boiling water to a dispenser in a drinking water dispensing system, the pump assembly comprising: a pump housing having an inlet for the boiling water and an outlet arranged in fluid communication with the inlet; an impeller disposed in the pump housing for rotation about a central axis for driving the water from the inlet to the outlet, wherein the inlet is arranged on the central axis; and an inducer arranged in the inlet to the pump housing and operatively connected to the impeller for rotation therewith about the central axis to induce the water at the inlet towards the impeller and raise the inlet pressure, characterized in that the inlet is a conduit having a substantially straight length of at least five times its internal diameter. a pump housing having an inlet for the boiling water and an outlet arranged in fluid communication with the inlet; an impeller disposed in the pump housing for rotation about a central axis for driving the water from the inlet to the outlet, wherein the inlet is arranged on the central axis; and an inducer arranged in the inlet to the pump housing and operatively connected to the impeller for rotation therewith about the central axis to induce the water at the inlet towards the impeller and raise the inlet pressure, characterized in that the inlet is a conduit having a substantially straight length of at least five times its internal diameter.
Anti-flooding device to protect a place, comprising a barrier element at least partly housed inside a positioning seating, which positioning seating is open at the upper part and laid below ground level and below a positioning or walking plane, said positioning seating being connected to an entrance section of the water disposed on the opposite side with respect to the place to be protected, said barrier element being movable between a first position in which it is completely below the positioning plane, assumed when the positioning seating is empty of water, and a second position outside the positioning plane assumed because of the water which progressively fills the positioning seating, characterized in that said barrier element comprises a wedge-shaped upper element and a lower body functioning as a float, the device also comprising, outside the positioning seating, at least an end-of-travel element defining the maximum emergence of the barrier element with respect to the positioning plane and having.a shape mating to that of the upper element of the barrier.
An optical film laminating system comprising: a first panel conveying unit which includes multiple conveying rollers that support a lower portion of the panel and convey the panel; a second panel conveying unit which holds any one of an upper portion or a lower portion of the panel by suction and conveys the panel; a laminating unit for laminating an optical film on the panel and includes a first roller unit and a second roller unit disposed to be vertically spaced apart from each other; and a control unit which sets, in accordance with attachment conditions, an optical film laminating mode in respect to the panel to at least one of a first mode in which the panel and the optical film are inputted together between the first roller unit and the second roller unit so that the optical film is laminated on the panel, and a second mode in which the second panel conveying unit holds the panel by suction and conveys the panel and the optical film is inputted between the panel and an attachment roller unit, which is any one of the first roller unit and the second roller unit, so that the optical film is laminated on the panel; characterized in that when the optical film laminating mode in respect to the panel is set to the second mode by the control unit, the attachment roller unit laminates the optical film on the panel by pressing the optical film against the panel which is being held by suction and conveyed by the second panel conveying unit. a first panel conveying unit which includes multiple conveying rollers that support a lower portion of the panel and convey the panel; a second panel conveying unit which holds any one of an upper portion or a lower portion of the panel by suction and conveys the panel; a laminating unit for laminating an optical film on the panel and includes a first roller unit and a second roller unit disposed to be vertically spaced apart from each other; and a control unit which sets, in accordance with attachment conditions, an optical film laminating mode in respect to the panel to at least one of a first mode in which the panel and the optical film are inputted together between the first roller unit and the second roller unit so that the optical film is laminated on the panel, and a second mode in which the second panel conveying unit holds the panel by suction and conveys the panel and the optical film is inputted between the panel and an attachment roller unit, which is any one of the first roller unit and the second roller unit, so that the optical film is laminated on the panel;
A process for the production of a decorated article comprising the steps of: a) printing a first energy curable water-based ink or coating composition onto a substrate to provide a pore pattern layer thereon; b) drying the pore pattern layer; c) printing a second energy curable water-based ink or coating composition onto the pore pattern layer to provide a topcoat layer thereon; d) drying the topcoat layer and energy curing the printed substrate to provide a cross-linked structure wherein the first ink or coating composition contains a repellant and wherein both the first ink or coating composition and the second ink or coating composition do not contain a curing agent; wherein the repellant is a surface tension modifying additive selected from a group consisting of silicones, waxes, and fluorocarbon polymers; and wherein the definition of a curing agent excludes radical photoinitiators and/or cationic photoinitiators. a) printing a first energy curable water-based ink or coating composition onto a substrate to provide a pore pattern layer thereon; b) drying the pore pattern layer; c) printing a second energy curable water-based ink or coating composition onto the pore pattern layer to provide a topcoat layer thereon; d) drying the topcoat layer and energy curing the printed substrate to provide a cross-linked structure wherein the first ink or coating composition contains a repellant and wherein both the first ink or coating composition and the second ink or coating composition do not contain a curing agent; wherein
A step assembly for helping a user entering a cabin of an industrial vehicle, the step assembly comprising: - a check link configured to be linked to an entry door of the cabin, - an actuation cable, - a mobile step member configured to be movable between a stowed position and a deployed position, the actuation cable linking the mobile step member and the check link, in which the mobile step member is configured to be moved from the stowed position to the deployed position by the actuation cable in response to an opening of the entry door, in which the mobile step member comprises: - a first linkage, - a stepping board (6"), - a second linkage, in which a first end of the first linkage is linked to the actuation cable and a second end of the first linkage is pivotably connected to the stepping board, in which a first end of the second linkage is pivotably connected to the stepping board and a second end of the second linkage is configured to pivot relatively to a fourth rotation axis. - a check link configured to be linked to an entry door of the cabin, - an actuation cable, - a mobile step member configured to be movable between a stowed position and a deployed position, the actuation cable linking the mobile step member and the check link, in which the mobile step member is configured to be moved from the stowed position to the deployed position by the actuation cable in response to an opening of the entry door, in which the mobile step member comprises: - a first linkage, - a stepping board (6"), - a second linkage, - a first linkage, - a stepping board (6"), - a second linkage, in which a first end of the first linkage is linked to the actuation cable and a second end of the first linkage is pivotably connected to the stepping board, in which a first end of the second linkage is pivotably connected to the stepping board and a second end of the second linkage is configured to pivot relatively to a fourth rotation axis.
A method for retooling a blow molding machine comprising a plurality of multi-part blow mold holders, each holding a multi-part blow mold, wherein at least a part of the blow mold (22 1, 22 2, 22 3) or the blow mold holder is connected to a media supply (20 1, 20 2, 20 3), characterized by the following steps: • that the blow molding machine provides at least three work stations (15, 16, 17), wherein different processes are executed at each work station (15, 16, 17), • that the blow mold holder is opened and/or the media supplies (20 1, 20 2, 20 3) are disconnected, before or at least at a first work station, • that at a second work station, the multiple parts of the blow mold (22 1, 22 2, 22 3) are removed from the blow mold holder und are exchanged for parts of a blow mold of a different type; and • that at a third work station, the blow mold holders are closed and/or the media supply (20 1, 20 2, 20 3) is reconnected. • that the blow molding machine provides at least three work stations (15, 16, 17), wherein different processes are executed at each work station (15, 16, 17), • that the blow mold holder is opened and/or the media supplies (20 1, 20 2, 20 3) are disconnected, before or at least at a first work station, • that at a second work station, the multiple parts of the blow mold (22 1, 22 2, 22 3) are removed from the blow mold holder und are exchanged for parts of a blow mold of a different type; and • that at a third work station, the blow mold holders are closed and/or the media supply (20 1, 20 2, 20 3) is reconnected.
Method for operating a three-phase inverter, comprising an intermediate circuit, a DC/AC voltage bridge, and a control unit, wherein half bridges (HB1+, HB2+, HB3+, HB1-, HB2-, HB3-) of the DC/AC voltage bridge are controlled by the control unit to convert an input DC voltage (Ue) of a DC voltage input stage via the intermediate circuit and the DC/AC voltage bridge into an output AC voltage (uL1, uL2, uL3) applied at an output during normal operation mode, wherein the inverter is switched to a precharge mode before the normal operation mode is activated, in which precharge mode an intermediate circuit voltage (Uz) of the intermediate circuit is precharged to a predefined bias voltage (Uv), characterized in that in the precharge mode one of the phase switches (S41, S42, S43) provided on the output side and a neutral conductor switch (S4N) provided on the output side are closed, wherein further phase switches (S41, S42, S43) on the output side are opened or remain open, in that at least two of the phase filter switches (SF1, SF2, SF3), which are provided in the phases (L1, L2, L3) between clock filters on the output side and mains filters, are closed and a neutral conductor filter switch provided in the neutral conductor between clock filter and mains filter remains open, and in that clock filters and mains filters form a current-limiting capacitive voltage divider, via which the intermediate circuit voltage (Uz) is precharged in the precharge mode via an energy supply network connected to the output.