mhurhangee/ep-ind-claims huggingface dataset:
A mounting member, for C-shaped slots, comprising a mechanism body, a width of the mechanism body being changeable; wherein the mechanism body is configured to be embedded and restricted within a C-shaped slot from a slot opening of the C-shaped slot, the mechanism body comprises a first assembly and a second assembly, the first assembly is an elastic element, the second assembly is embedded in the first assembly, first assembly is provided with a placing part, and the placing part is provided with a first contact surface on two sides thereof, the second assembly is provided with a second contact surface on two sides thereof, the second assembly is placed in the placing part by contacting the second contact surface with the first contact surface, wherein the second assembly is provided with a threaded hole, and a screw is screwed into the threaded hole; and the screw is rotated to form a spiral push against the second assembly, the screw being moved in a reverse direction relative to the second assembly to enable the second assembly to squeeze against the first assembly, characterized in that the first contact surface is a first inclined surface inclined from top to bottom towards a middle of the first assembly, the second contact surface is a second inclined surface adapted to the first contact surface, the placing part is provided with at least two guiding slots, the second assembly is provided with a guiding block matching the guiding slot, and when the second assembly is mounted on the placing part, the guiding block is inserted to the guiding slot to guide the second assembly. a mechanism body, a width of the mechanism body being changeable; wherein the mechanism body is configured to be embedded and restricted within a C-shaped slot from a slot opening of the C-shaped slot, the mechanism body comprises a first assembly and a second assembly, the first assembly is an elastic element, the second assembly is embedded in the first assembly, first assembly is provided with a placing part, and the placing part is provided with a first contact surface on two sides thereof, the second assembly is provided with a second contact surface on two sides thereof, the second assembly is placed in the placing part by contacting the second contact surface with the first contact surface, wherein the second assembly is provided with a threaded hole, and a screw is screwed into the threaded hole; and the screw is rotated to form a spiral push against the second assembly, the screw being moved in a reverse direction relative to the second assembly to enable the second assembly to squeeze against the first assembly, characterized in that the first contact surface is a first inclined surface inclined from top to bottom towards a middle of the first assembly, the second contact surface is a second inclined surface adapted to the first contact surface, the placing part is provided with at least two guiding slots, the second assembly is provided with a guiding block matching the guiding slot, and when the second assembly is mounted on the placing part, the guiding block is inserted to the guiding slot to guide the second assembly.
A refrigerator unit and/or a freezer unit having a deep-drawn inner container, wherein a sensor holder is integrated in one piece in the deep-drawn inner container, characterized in that the integrated sensor holder is formed in a recess of the inner container as a clamp mount for the sensor; and in that a cable passage for receiving the sensor cable is formed at the sensor holder in an adjoining manner in the inner container, wherein the sensor holder is arranged offset from a sensor cable outlet likewise integrated in the inner container; and wherein the sensor holder is formed such that the sensor can be clipped in from one side or can be pushed into said sensor holder.
Laser cutting head powered by a laser emission apparatus by means of optical transmission means and associable with a cutting machine tool, including: - collimation means to collimate a laser beam coming from said laser emission apparatus; - focusing means for focusing a collimated laser beam coming out from said collimation means; - a casing for receiving and containing said focusing means; - supporting means for receiving and holding said focusing means within a cavity of said casing and movable along an adjustment direction so as to change a focal point of the said laser beam coming out from said focusing means; said laser cutting head being characterized in that it comprises: - a cooling unit comprising at least one Peltier cell and a heat dissipation element and externally associated to the casing; - thermal conductive connecting means (31, 41; 32, 42) arrange to connect said supporting means to said cooling unit so as to rigidly link said supporting means and said cooling unit and to extract by thermal conduction from said supporting means and from said focusing means heat generated by said laser beam passing through said focusing means, wherein said supporting means is made of a thermal conductivity material; - a moving element (37; 47) that supports said thermal conductive connecting means (31, 41; 32, 42) and/or said cooling unit and is slidably coupled to an external wall of said casing and movable along said adjustment direction so as to move said supporting means and said focusing means. - collimation means to collimate a laser beam coming from said laser emission apparatus; - focusing means for focusing a collimated laser beam coming out from said collimation means; - a casing for receiving and containing said focusing means; - supporting means for receiving and holding said focusing means within a cavity of said casing and movable along an adjustment direction so as to change a focal point of the said laser beam coming out from said focusing means; - a cooling unit comprising at least one Peltier cell and a heat dissipation element and externally associated to the casing; - thermal conductive connecting means (31, 41; 32, 42) arrange to connect said supporting means to said cooling unit so as to rigidly link said supporting means and said cooling unit and to extract by thermal conduction from said supporting means and from said focusing means heat generated by said laser beam passing through said focusing means, wherein said supporting means is made of a thermal conductivity material; - a moving element (37; 47) that supports said thermal conductive connecting means (31, 41; 32, 42) and/or said cooling unit and is slidably coupled to an external wall of said casing and movable along said adjustment direction so as to move said supporting means and said focusing means.
Method for testing whether there is a contact between a pair of end contact elements of a current collector and a contact wire of an overhead line, wherein the current collector is located on a motor vehicle driven by an electric motor and the contact wire extends in a direction of travel, wherein the current collector has two contact regions oriented transversely to the direction of travel which are arranged one behind the other in the direction of travel and on each of which an end contact element is located at both ends, which are electroconductive and are isolated from the contact regions, wherein for the detection of contact of the end contact elements with the overhead line - a pair of end contact elements located on the same end side is connected to a measuring device and an electrical state variable is detected by means of the measuring device and - it is determined in accordance with the detected state variable whether the pair of end contact elements is in contact with the overhead line. - a pair of end contact elements located on the same end side is connected to a measuring device and an electrical state variable is detected by means of the measuring device and - it is determined in accordance with the detected state variable whether the pair of end contact elements is in contact with the overhead line.
A sponge including at least one cavity, distinct from the pores of the sponge, capable of allowing the introduction of a liquid inside the sponge to impregnate the sponge, the cavity preferably having a bottom inside the sponge, and emerging on the other hand on a surface of the sponge while forming an opening such that the maximum distance between two points of the contour of the opening is comprised between 3, preferably 5, still more preferably 8, and 25, preferably 20, still more preferably 15 mm or still more preferably 12 mm, whereof all of the faces of the sponge are cleaning and/or foam-generating.
System for attaching a solar panel to a support comprising a support connector configured for attachment to the support and a solar panel connector configured for attachment to the solar panel, where: - the support connector comprises an essentially U-shaped profile having a horizontal lower wall and two parallel vertical side walls (12, 13), where an upper end of the parallel vertical side walls (12, 13) is bent inwards to provide vertical rails for slidably receiving the solar panel connector; and - the solar panel connector comprises a profile having: an upper C-shaped portion configured for receiving a side edge of a solar panel; a lower, upwardly oriented channel portion configured for receiving the vertical rail of the support connector; and at least one box-shaped portion connecting the upper C-shaped portion and the lower channel portion. - the support connector comprises an essentially U-shaped profile having a horizontal lower wall and two parallel vertical side walls (12, 13), where an upper end of the parallel vertical side walls (12, 13) is bent inwards to provide vertical rails for slidably receiving the solar panel connector; and - the solar panel connector comprises a profile having: an upper C-shaped portion configured for receiving a side edge of a solar panel; a lower, upwardly oriented channel portion configured for receiving the vertical rail of the support connector; and at least one box-shaped portion connecting the upper C-shaped portion and the lower channel portion. an upper C-shaped portion configured for receiving a side edge of a solar panel; a lower, upwardly oriented channel portion configured for receiving the vertical rail of the support connector; and at least one box-shaped portion connecting the upper C-shaped portion and the lower channel portion.
A method for operating an electronic device, the method comprising: when the electronic device provides a multi-communication service, transmitting or receiving a voice signal through a first antenna and transmitting or receiving a data signal through a second antenna by using at least one switch which connects the first antenna with a first communication interface and a first modem and the second antenna with a second communication interface and a second modem; and when the electronic device provides a single communication service, transmitting or receiving a data signal or a voice signal through the first antenna, using the at least one switch: connecting the first antenna via the second communication interface to the second modem, and deactivating the first modem. when the electronic device provides a multi-communication service, transmitting or receiving a voice signal through a first antenna and transmitting or receiving a data signal through a second antenna by using at least one switch which connects the first antenna with a first communication interface and a first modem and the second antenna with a second communication interface and a second modem; and when the electronic device provides a single communication service, transmitting or receiving a data signal or a voice signal through the first antenna, using the at least one switch: connecting the first antenna via the second communication interface to the second modem, and deactivating the first modem. connecting the first antenna via the second communication interface to the second modem, and deactivating the first modem.
Apparatus for cooking foods, comprising an external container with protective lid of the openable type, an extractable internal container, open at the top and having a base wall and at least one lateral wall, a heating device connected to a possible mean to transfer the heat generated toward the surface of the internal container and a mixing device reciprocally mobile with respect to the internal container, wherein said mixing device comprises at least a mixing blade, selectively extractable and cooperating with connection means, comprising: - an approach edge that delimits a surface for at least partly lifting the food; wherein said lifting surface is conformed to lift the food from said base wall and to move it toward an exit edge delimiting at the rear said lifting surface; characterized in that said lifting surface is configured to translate at least a part of food in a direction of translation that goes from the periphery, defined by said lateral wall, toward the center of said internal container; - said exit edge, in proximity to the center of the internal container, has a shaping such as to cause the at least partial upending of the food, at the same time directing it toward the periphery of the internal container. - an approach edge that delimits a surface for at least partly lifting the food; wherein said lifting surface is conformed to lift the food from said base wall and to move it toward an exit edge delimiting at the rear said lifting surface; characterized in that said lifting surface is configured to translate at least a part of food in a direction of translation that goes from the periphery, defined by said lateral wall, toward the center of said internal container; - said exit edge, in proximity to the center of the internal container, has a shaping such as to cause the at least partial upending of the food, at the same time directing it toward the periphery of the internal container.
A shifting tool for use in displacing a component of a well tool, the shifting tool comprising: an inner mandrel; at least one shifting key; at least one reset dog; and a retraction sleeve, in which the at least one reset dog enables relative longitudinal displacement between the inner mandrel and the retraction sleeve, and in which the shifting key retracts relative to the inner mandrel in response to relative displacement between the retraction sleeve and the shifting key, and the reset dog extends relative to the inner mandrel in response to relative displacement between the inner mandrel and the reset dog. an inner mandrel; at least one shifting key; at least one reset dog; and a retraction sleeve, in which the at least one reset dog enables relative longitudinal displacement between the inner mandrel and the retraction sleeve, and in which the shifting key retracts relative to the inner mandrel in response to relative displacement between the retraction sleeve and the shifting key, and the reset dog extends relative to the inner mandrel in response to relative displacement between the inner mandrel and the reset dog.
A support assembly for a self-contained breathing apparatus, the support assembly comprising: a. a back frame configured to be positioned adjacent a user's back when worn by the user, the back frame having an upper region and a lower region; b. a waist pad removably attached to the lower region of the back frame; c. a first elongate securing member arranged to removably secure the back frame to the waist pad; and characterized in that it comprises: d a second elongate flexible securing member configured to removably secure the back frame to the waist pad; wherein the second elongate flexible securing member is arranged generally parallel to the back frame longitudinal axis and wherein the first elongate securing member is arranged generally perpendicularly to the back frame longitudinal axis, and wherein the first elongate securing member and the second elongate flexible securing member are configured to allow the waist pad to move within a predetermined range of motion with respect to the back frame. a. a back frame configured to be positioned adjacent a user's back when worn by the user, the back frame having an upper region and a lower region; b. a waist pad removably attached to the lower region of the back frame; c. a first elongate securing member arranged to removably secure the back frame to the waist pad; and characterized in that it comprises: d a second elongate flexible securing member configured to removably secure the back frame to the waist pad; wherein the second elongate flexible securing member is arranged generally parallel to the back frame longitudinal axis and wherein the first elongate securing member is arranged generally perpendicularly to the back frame longitudinal axis, and wherein the first elongate securing member and the second elongate flexible securing member are configured to allow the waist pad to move within a predetermined range of motion with respect to the back frame. d a second elongate flexible securing member configured to removably secure the back frame to the waist pad; wherein the second elongate flexible securing member is arranged generally parallel to the back frame longitudinal axis and wherein the first elongate securing member is arranged generally perpendicularly to the back frame longitudinal axis, and wherein the first elongate securing member and the second elongate flexible securing member are configured to allow the waist pad to move within a predetermined range of motion with respect to the back frame.
An apparatus for processing biological or chemical fluids, comprising: a plurality of pipettes; a liquid handling android comprising a liquid handling android body for providing a physical support to an arm, the arm comprising angular actuators (111, 112, 113) allowing moving the pipette horizontally as well as up and down by conserving its orientation in space through simultaneous movement, the hand comprising a thumb actuator and a thumb for the manipulation of a pipette, and a software interface governing the manipulation of the pipettes. a plurality of pipettes; a liquid handling android comprising a liquid handling android body for providing a physical support to an arm, the arm comprising angular actuators (111, 112, 113) allowing moving the pipette horizontally as well as up and down by conserving its orientation in space through simultaneous movement, the hand comprising a thumb actuator and a thumb for the manipulation of a pipette, and a software interface governing the manipulation of the pipettes.
An apparatus for the thermal treatment of lump or agglomerated material in a firing machine with a travelling grate on which the material is conveyed through the firing machine, a firing chamber for generating the temperatures required for the thermal treatment, a cooling zone in which cooling gases are passed through the thermally treated material, and a recuperation tube through which the heated cooling gases are recirculated to the firing chamber, wherein in the ceiling of the firing chamber a plurality of openings are provided, through which the heated cooling gases from the recuperation tube can enter into the firing chamber, wherein in the side walls of the firing chamber a plurality of burners is provided and wherein said burners are directed obliquely upwards.
A needle holder for securing a needle in a package for surgical suture material, the needle holder having a nose protruding from a base plane, and two arms, which are resiliently deformable and/or displaceable in a plane parallel to the base plane, wherein the arms are each provided with a stop for contacting the needle, wherein the stops are arranged at opposite sides of the nose, wherein a front end of the nose is serving as a counterbearing for the needle between the two stops, and wherein the arms are adapted for forcing the needle contacted by the stops against the front end of the nose, wherein the arms are L-shaped comprising a pivotally mounted lever with a first end serving as a pivot mount, and a second end, wherein in a plane parallel to the base plane the stop protrudes from the second end towards the nose, characterized in that in a neutral initial position the levers of the arms extend perpendicular to the nose and the stops extend parallel to the nose.
Method of applying adhesive in a slitter-winder, which slitter-winder comprises a winder with at least one winding drum for winding a fiber web into a customer roll by a winding nip formed between the winding drum and the customer roll, in which method at least one adhesive application device (31, 32) is adapted to apply adhesive on end of the fiber web, while the fiber web is moving, for attaching the end of the fiber web onto the customer roll, in which method the adhesive application device (31; 32) is moved in cross-direction of the running direction of the fiber web over at least partial width of the fiber web / webs on a support element (33; 34), characterized in, that in the method the adhesive is applied on the fiber web at most 1000 mm before the adhesive on the fiber web reaches the winding nip, that the method is used in a two-drum winder, that in the two-drum winder at least one of the winding drums (10, 11) is moved to provide space for the adhesive application device (31, 32) and the support element (33, 34) in between the winding drums (10, 11) for application of the adhesive on to the on the surface of the first winding drum moving fiber web.
Liquid phase process for thermal production of silicon layers on a substrate, in which at least one higher silane preparable from at least one hydridosilane of the generic formula Si a H 2a+2 (where a = 3-10) is applied to a substrate and then converted thermally to a layer comprising essentially silicon, characterized in that the higher silane is thermally converted - at a temperature of 500-900°C - with a conversion time of ≤ 5 minutes. - at a temperature of 500-900°C - with a conversion time of ≤ 5 minutes.
Use of a plasma electron source apparatus (150;302) for forming a three-dimensional article through successive fusion of parts of at least one layer of a powder bed provided on a work table, which parts correspond to successive cross sections of the three-dimensional article, said plasma electron source apparatus comprising: a cathode discharge chamber in which a plasma is generated; an exit hole provided in said cathode discharge chamber from which electrons from the plasma are extracted by an accelerating field provided between said cathode discharge chamber and an anode; at least one plasma confinement device (103;125); and a switching mechanism for switching the at least one plasma confinement device between a first value allowing for electron extraction from the plasma and a second value prohibiting electron extraction from the plasma. a cathode discharge chamber in which a plasma is generated; an exit hole provided in said cathode discharge chamber from which electrons from the plasma are extracted by an accelerating field provided between said cathode discharge chamber and an anode; at least one plasma confinement device (103;125); and a switching mechanism for switching the at least one plasma confinement device between a first value allowing for electron extraction from the plasma and a second value prohibiting electron extraction from the plasma.