mhurhangee/ep-ind-claims huggingface dataset:
An orthodontic abutment comprising: - a base suitable for fixing the orthodontic abutment to an implant; - a cap (2, 12) fixed to the base; - a plurality of retention elements arranged along a side wall of the cap (2, 12), suitable for receiving orthodontic elements; wherein the retention elements include: - a bracket (20, 120) with wings; - a hook (21, 121) arranged under one of the wings of the bracket (20, 120); - a projection arranged on the cap (2, 12) oppositely with respect to the bracket (20, 120); - a hollow tube formed inside the projection; characterized in that the retention elements further include: - a curved rod hook arranged on the projection below the hollow tube; and - a button with an eyelet arranged on the projection above the hollow tube. - a base suitable for fixing the orthodontic abutment to an implant; - a cap (2, 12) fixed to the base; - a plurality of retention elements arranged along a side wall of the cap (2, 12), suitable for receiving orthodontic elements; - a bracket (20, 120) with wings; - a hook (21, 121) arranged under one of the wings of the bracket (20, 120); - a projection arranged on the cap (2, 12) oppositely with respect to the bracket (20, 120); - a hollow tube formed inside the projection; - a curved rod hook arranged on the projection below the hollow tube; and - a button with an eyelet arranged on the projection above the hollow tube.
Handheld machine-tool device comprising at least one impact device (12a, 12b), the impact device (12a, 12b) having a control device (14a, 14b) which is provided to control at least one impact characteristic variable based on the vibration and the impact effect, the control device (14a, 14b) having at least one measuring device (20a, 20b), which has at least one acceleration sensor (22a, 22b) which is provided to measure at least one acceleration parameter of a handheld machine tool (24a, 24b), the acceleration parameter being formed by a measured acceleration profile in at least one axis which lies parallel to a main working direction of the handheld machine tool (24a, 24b), the control device (14a, 14b) having a computing unit (16a, 16b), characterized in that the measuring device (20a, 20b) also has at least one pressure sensor (26a, 26b), which is provided to measure a pressure parameter in a compression chamber (28a, 28b) of the impact device (12a, 12b), at least from time to time, in that the computing unit (16a, 16b) is provided at least to determine a feedback variable of the impact characteristic variable, depending on at least the acceleration parameter and the pressure parameter, and in that the control device (14a, 14b) has a control routine (18a, 18b), which is provided to control at least the impact characteristic variable based on at least one working point, and the control device (14a, 14b) has at least two control modes, which are provided to provide at least one working point each, wherein, in one of the control modes, the control device (14a, 14b) is provided to control to a vibration-optimized working point, and in one of the control modes, is provided to control to an impact-optimized working point.
A method for determining control parameters (K P, T t, T D, T F) of a control unit of a hydraulic system, characterized in that an actual system pressure (p_ist) of a hydraulic load of the hydraulic system being controlled by a predetermined target speed (n_soll) of a servo drive comprising a motor and a pump, wherein an actual speed (n_ist) of the servo drive follows the predetermined target speed (n_soll), wherein an excitation signal is applied to the target speed (n_soll) and the resulting actual system pressure (p_ist) is measured, in that the dynamics of the hydraulic system is determined from the actual speed (n_ist) and the actual system pressure (p_ist) or from the target speed (n_soll) and the actual system pressure (p_ist), and in that the control parameters (K P, T t, T D, T F) are calculated from the determined dynamics.
Ventilation system comprising resistive heating means for heating gas flowing through the ventilation system, with comprises means that are arranged to provide a controlled, AC voltage/current to at least part of the resistive heating means of the ventilation system to modulate the power being supplied thereto and to enable continuous regulation of the temperature of gas flowing through the ventilation system, characterized in that said means are arranged to provide said voltage/current as a continuously variable AC voltage/current.
A carriage for use with a roadway, guard rail or safety barrier system which has a beam and post construction, the carriage (42.070) being adapted to support the beam (33.096) and mount the beam to the post (30.001), the carriage having an inner face (34.071) which in use faces an outer face (30.088) of the post, the carriage (42.070) including a securement receiving means (43.086) for securing the beam to the carriage, characterized in that: the inner face of the carriage (42.070) adapted to face the post has a longitudinal recess, groove or channel (47.098) with a longitudinal axis generally parallel to a longitudinal axis of the post, so that in use, the carriage avoids engaging or has minimal engagement with one or more projecting engagement means (30.090) extending from or being proud of an outer face of the post, located centrally on the post (30.001), but does not allow the carriage to pass over carriage support means not located centrally on the post, and wherein the securement receiving means (43.086) in the form of a threaded bore opens into the recess, groove or channel (47.098), and a securement means (35.094) for securing the beam to the carriage is received therein, so that in use, with the carriage (42.070) sliding along the post (30.001), said securement means (35.094) in the form of a threaded bolt are received in the securement receiving means (43.086) such that a distal end of the bolt protrudes through the carriage into said recess, groove or channel and is adapted to engage with said one or more centrally located engagement means (30.090) on the post (30.001) to hinder sliding movement of the carriage (42.070) along the post (30.001). the inner face of the carriage (42.070) adapted to face the post has a longitudinal recess, groove or channel (47.098) with a longitudinal axis generally parallel to a longitudinal axis of the post, so that in use, the carriage avoids engaging or has minimal engagement with one or more projecting engagement means (30.090) extending from or being proud of an outer face of the post, located centrally on the post (30.001), but does not allow the carriage to pass over carriage support means not located centrally on the post, and wherein the securement receiving means (43.086) in the form of a threaded bore opens into the recess, groove or channel (47.098), and a securement means (35.094) for securing the beam to the carriage is received therein, so that in use, with the carriage (42.070) sliding along the post (30.001), said securement means (35.094) in the form of a threaded bolt are received in the securement receiving means (43.086) such that a distal end of the bolt protrudes through the carriage into said recess, groove or channel and is adapted to engage with said one or more centrally located engagement means (30.090) on the post (30.001) to hinder sliding movement of the carriage (42.070) along the post (30.001).
A fall-prevention flap for a logistics module comprising: - a flexible sheet, - a hook device, - an elastic band by means of which the hook device is connected to the flexible sheet, and characterized by - a stop member fastened to the flexible sheet, a member of the hook device abutting against the stop member when the elastic band is stretched. - a flexible sheet, - a hook device, - an elastic band by means of which the hook device is connected to the flexible sheet, and characterized by - a stop member fastened to the flexible sheet, a member of the hook device abutting against the stop member when the elastic band is stretched.
A method of connection distribution among a plurality of servers, the method comprising: maintaining, by an interface unit located between clients and servers, an open connection with each of a plurality of servers; opening, by the interface unit, a connection with a client, receiving, by the interface unit via the connection with the client, a first request of the client directed to a server, the request specifying a uniform resource locator comprising a network address and a first path name to content hosted on a server of the plurality of servers; mapping, by the interface unit via a table that maps each path name to servers that contain a corresponding web page, the first request to a selected server of the plurality of servers having corresponding content; forwarding, by the interface unit, the first request to the selected server; receiving, by the interface unit, a second request from the client directed to the server of the first request and specifying a second uniform resource locator comprising the same network address as the first request and a second path name to content hosted on a server of the plurality of servers; mapping, by the interface unit via the table, the second request to a second selected server of the plurality of servers different from the selected server of the first request; and forwarding, by the interface unit, the second request to the second selected server. maintaining, by an interface unit located between clients and servers, an open connection with each of a plurality of servers; opening, by the interface unit, a connection with a client, receiving, by the interface unit via the connection with the client, a first request of the client directed to a server, the request specifying a uniform resource locator comprising a network address and a first path name to content hosted on a server of the plurality of servers; mapping, by the interface unit via a table that maps each path name to servers that contain a corresponding web page, the first request to a selected server of the plurality of servers having corresponding content; forwarding, by the interface unit, the first request to the selected server; receiving, by the interface unit, a second request from the client directed to the server of the first request and specifying a second uniform resource locator comprising the same network address as the first request and a second path name to content hosted on a server of the plurality of servers; mapping, by the interface unit via the table, the second request to a second selected server of the plurality of servers different from the selected server of the first request; and forwarding, by the interface unit, the second request to the second selected server.
Electromechanical parachute activation system for elevating devices equipped with a braking element, wherein the activation system further comprises: - an activation plate for said braking element, movable with respect to a guide of the elevating device; - an electromagnet; wherein the activation system is further provided with: - a trigger adapted to cooperate with the electromagnet and with the activation plate through a protruding element of the activation plate, characterized in that the activating system further comprises: - a first spring adapted to exert a force opposite to that of the electromagnet on the trigger, - a cam attached to one end of the trigger and provided with actuation means that hold the cam in a horizontal position at all times, except when it is in contact with the guide; - wherein the trigger, the first spring, the cam and the actuation means cooperate so that when the electromagnet is activated, the trigger blocks the movement of the protruding element separating the plate from the guide, when the electromagnet is not activated, the first spring exerts a force such that the trigger pivots on the protruding element causing the cam to contact the guide but without releasing the protruding element and when there is a movement of the car, the cam pivots on the guide so that the trigger releases the protruding element. - an activation plate for said braking element, movable with respect to a guide of the elevating device; - an electromagnet; - a trigger adapted to cooperate with the electromagnet and with the activation plate through a protruding element of the activation plate, characterized in that the activating system further comprises: - a first spring adapted to exert a force opposite to that of the electromagnet on the trigger, - a cam attached to one end of the trigger and provided with actuation means that hold the cam in a horizontal position at all times, except when it is in contact with the guide; - wherein the trigger, the first spring, the cam and the actuation means cooperate so that when the electromagnet is activated, the trigger blocks the movement of the protruding element separating the plate from the guide, when the electromagnet is not activated, the first spring exerts a force such that the trigger pivots on the protruding element causing the cam to contact the guide but without releasing the protruding element and when there is a movement of the car, the cam pivots on the guide so that the trigger releases the protruding element.
A wafer manufacturing method, comprising: providing a first wafer body and a second wafer body which are stacked, on each of which a scribe lane for dicing is provided, wherein the first wafer body and a second wafer body respectively comprise a silicon substrate; characterized in that, forming first through-silicon-vias for crack-stopping on both sides along an extension direction of the scribe lane of the first wafer body, and exposing the second wafer body; filling a protective material into the first through-silicon-vias; forming second through-silicon-vias for crack-stopping on both sides along an extension of the scribe lane of the second wafer body at positions aligned with the first through-silicon-vias, exposing the first through-silicon-vias, after filling the protective material into the first through-silicon-vias; and filling the protective material into the second through-silicon-vias, wherein the protective material comprises one or more selected from copper, tungsten, aluminum, tantalum, titanium, tantalum nitride, titanium nitride, silicon oxide, silicon nitride, silicon oxynitride, silicon carbide, silicon carbonitride, polyimide and tetraethyl orthosilicate. providing a first wafer body and a second wafer body which are stacked, on each of which a scribe lane for dicing is provided, wherein the first wafer body and a second wafer body respectively comprise a silicon substrate; characterized in that, forming first through-silicon-vias for crack-stopping on both sides along an extension direction of the scribe lane of the first wafer body, and exposing the second wafer body; filling a protective material into the first through-silicon-vias; forming second through-silicon-vias for crack-stopping on both sides along an extension of the scribe lane of the second wafer body at positions aligned with the first through-silicon-vias, exposing the first through-silicon-vias, after filling the protective material into the first through-silicon-vias; and filling the protective material into the second through-silicon-vias, wherein the protective material comprises one or more selected from copper, tungsten, aluminum, tantalum, titanium, tantalum nitride, titanium nitride, silicon oxide, silicon nitride, silicon oxynitride, silicon carbide, silicon carbonitride, polyimide and tetraethyl orthosilicate.
Compounds of general formula, A-L-D-L'-E-G wherein A is a group selected from - 1-methyl-piperidin-3-yl, -1-i-propyl-piperidin-3-yl, - 4-i-propyl-morpholin-2-yl, -4-cyclohexyl-morpholin-2-yl, - 4-benzyl-morpholin-2-yl, -4-methyl-morpholin-2-yl, - 1-i-propyl-piperazin-3-yl, -1-i-propyl-4-methyl-piperazin-3-yl; L is a linker selected from -CH 2 -, -C -; D is -piperazinyl; L' is a single bond; E is -1H-pyrazolyl; G is a group selected from -4-bromo-phenyl, -4-chloro-phenyl, -3,4-dichloro-phenyl, -3,5-dichloro-phenyl; optionally in form of their individual optical isomers, mixtures of their individual optical isomers, or racemates, as well as in form of their acid addition salts with pharmacologically acceptable acids, as well as in form of their solvates and/or hydrates. - 1-methyl-piperidin-3-yl, -1-i-propyl-piperidin-3-yl, - 4-i-propyl-morpholin-2-yl, -4-cyclohexyl-morpholin-2-yl, - 4-benzyl-morpholin-2-yl, -4-methyl-morpholin-2-yl, - 1-i-propyl-piperazin-3-yl, -1-i-propyl-4-methyl-piperazin-3-yl;
A bearing box for a rotating roller for supporting or transporting a high-temperature object, the bearing box having a bearing and a seal unit disposed therein, wherein a cooling jacket is disposed at an outer periphery of the bearing box so that the cooling jacket covers at least a portion of an axial region of the bearing and at least a portion of an axial region of the seal unit, wherein the cooling jacket has a cooling water inlet and a cooling water outlet, and wherein the bearing box is cooled by cooling water supplied to the cooling jacket through the cooling water inlet, characterized in that a portion of an outer periphery of the cooling jacket disposed at an outer periphery of the axial region of the seal unit is at least partially disposed on a radially inner side of a portion of an outer periphery of the cooling jacket disposed at an outer periphery of the axial region of the bearing. wherein a cooling jacket is disposed at an outer periphery of the bearing box so that the cooling jacket covers at least a portion of an axial region of the bearing and at least a portion of an axial region of the seal unit, wherein the cooling jacket has a cooling water inlet and a cooling water outlet, and wherein the bearing box is cooled by cooling water supplied to the cooling jacket through the cooling water inlet, characterized in that
A ladder support bracket having a support shoulder for creating a support contact with a complementary structure, the bracket further comprising two jaws for joining the bracket to two upstanding rails of a ladder, respectively, each of the jaws having a retainer mechanism formed by an inner side being an extension of the support shoulder and an outer side to encircle or encompass a rail, respectively, the support shoulder comprises a bearing surface for being put onto a horizontal level, wherein by means of the retainer mechanisms the bracket - when being attached to a rail of a ladder - can be brought into i) a clamping position attaching the bracket unmovably to the rails by creating support contact of the support shoulder with said complementary structure and ii) a resting position holding the bracket in swivel connection relative to the rails and/or movably along at least a section of each of the rails, wherein the bearing surface extends between the inner sides of the jaws such that the support bracket drops freely and can be tucked to the resting position for minimal footprint when stored on a wall. i) a clamping position attaching the bracket unmovably to the rails by creating support contact of the support shoulder with said complementary structure and ii) a resting position holding the bracket in swivel connection relative to the rails and/or movably along at least a section of each of the rails, wherein the bearing surface extends between the inner sides of the jaws such that the support bracket drops freely and can be tucked to the resting position for minimal footprint when stored on a wall.
A deposition apparatus, comprising: a deposition chamber which includes a deposition region for forming a coating film on an object to be coated; a conveying device which conveys a conveyed carrier supporting the object to be coated; and a bias power source which applies a bias voltage to the object to be coated via the conveyed carrier, wherein the coating film is formed by allowing the conveyed carrier to pass through the deposition region while applying a bias voltage to the object to be coated, wherein a plurality of rods which support the object to be coated and rotate around axes are disposed in the conveyed carrier along a carrier conveying direction in an upright posture, wherein a protrusion member protruding to the outside in a radial direction is provided on an outer peripheral surface of the rod, wherein an interference member (34, 35) which catches the protrusion member of the conveyed carrier moving in the deposition chamber and rotates the rod around the axis is provided on a wall surface of the deposition chamber via an insulation member, and wherein the interference member (34, 35) and the bias power source are electrically connected to each other, characterized in that the deposition chamber includes a heating region (H1, H2) which is disposed to be adjacent to the deposition region in the carrier conveying direction and heats the object to be coated before the object to be coated enters the deposition region, and a carrier-waiting region (C1, C2) which accommodates the conveyed carrier between the deposition region and an end portion of the deposition chamber. a deposition chamber which includes a deposition region for forming a coating film on an object to be coated; a conveying device which conveys a conveyed carrier supporting the object to be coated; and a bias power source which applies a bias voltage to the object to be coated via the conveyed carrier, wherein the coating film is formed by allowing the conveyed carrier to pass through the deposition region while applying a bias voltage to the object to be coated, wherein a plurality of rods which support the object to be coated and rotate around axes are disposed in the conveyed carrier along a carrier conveying direction in an upright posture, wherein a protrusion member protruding to the outside in a radial direction is provided on an outer peripheral surface of the rod, wherein an interference member (34, 35) which catches the protrusion member of the conveyed carrier moving in the deposition chamber and rotates the rod around the axis is provided on a wall surface of the deposition chamber via an insulation member, and wherein the interference member (34, 35) and the bias power source are electrically connected to each other, characterized in that the deposition chamber includes a heating region (H1, H2) which is disposed to be adjacent to the deposition region in the carrier conveying direction and heats the object to be coated before the object to be coated enters the deposition region, and a carrier-waiting region (C1, C2) which accommodates the conveyed carrier between the deposition region and an end portion of the deposition chamber.
A rope for a hoisting device, such as an elevator, comprising at least one continuous load bearing member extending in longitudinal direction of the rope throughout the length of the rope, the load bearing member being made of composite material comprising reinforcing fibers (f) embedded in polymer matrix (m), characterized in that the composite material comprises capsules embedded in said polymer matrix (m), the capsules storing monomer substance in fluid form, each capsule comprising walls delimiting a closed hollow inside space, wherein said monomer substance is stored, each capsule encapsulating the monomer substance leak-proofly when the wall of the capsule is intact.