mhurhangee/patent-ind-claim-en huggingface dataset:
Hydraulic mount , having - a load-bearing spring , - a working chamber which is at least partially surrounded by the load-bearing spring and which is filled with a hydraulic fluid, - a first equalization chamber , and - a first throttle duct which is formed between the working chamber and the first equalization chamber and which serves for the exchange of hydraulic fluid, - wherein the hydraulic mount has a controllable valve for shutting off or throttling a throughflow of hydraulic fluid through the first throttle duct , - a control diaphragm which is designed for the variation of a working chamber volume of the working chamber , and - an actuator for the deflection of the control diaphragm , - wherein the valve is controllable by way of the actuator , characterized by - a second equalization chamber and a second throttle duct which is formed between the working chamber and the second equalization chamber and which serves for the exchange of hydraulic fluid. - a load-bearing spring , - a working chamber which is at least partially surrounded by the load-bearing spring and which is filled with a hydraulic fluid, - a first equalization chamber , and - a first throttle duct which is formed between the working chamber and the first equalization chamber and which serves for the exchange of hydraulic fluid, - wherein the hydraulic mount has a controllable valve for shutting off or throttling a throughflow of hydraulic fluid through the first throttle duct , - a control diaphragm which is designed for the variation of a working chamber volume of the working chamber , and - an actuator for the deflection of the control diaphragm , - wherein the valve is controllable by way of the actuator , - a second equalization chamber and a second throttle duct which is formed between the working chamber and the second equalization chamber and which serves for the exchange of hydraulic fluid.
Bridle or saddle assembly, comprising a multi-piece bridle strap or saddle strap, comprising a first strap piece and a second strap piece , which two strap pieces are detachably connected to one another by a strap connector, wherein the bridle strap or saddle strap comprises several second strap pieces (5, 5.1), which are held together in an arrangement above one another with a distance interval to their end pointing towards the first strap piece , wherein, in a first possible use, both of the second strap pieces (5, 5.1) can be secured jointly in the arrangement above one another in the strap connector of the first strap piece so as to connect this to the first strap piece , characterised in that , in a second possible use, one of the second strap pieces (5.1) is connected to the first strap piece , and the other strap piece is connected to another part of the bridle or saddle assembly.
A bone cement paste containing a powder component comprising α-tricalcium phosphate (a-TCP) particles having an average size greater than or equal to 9 μm, preferably greater than or equal to 10 μm, and a liquid component comprising blood.
A power transmission device of a steering apparatus comprising: a first shaft that has a one-side end at which a coupling end is provided; a second shaft that has an end facing the first shaft at which a coupling groove into which the one-side end of the first shaft is inserted is provided; an elastic support member having an inner circumferential face with which the coupling end is supported and coupled and an outer circumferential face that is supported on and coupled with an inner circumferential face of the coupling groove, and a connecting member that has one side with which the first shaft is coupled and the other side with which the second shaft is coupled and transmits power by coaxially connecting the first shaft and the second shaft , wherein one side face of the elastic support member in an axial direction is supported on a stepped part formed at a tip end of the coupling end, and the other side face of the elastic support member in the axial direction is supported on an inner wall face of the coupling groove. a first shaft that has a one-side end at which a coupling end is provided; a second shaft that has an end facing the first shaft at which a coupling groove into which the one-side end of the first shaft is inserted is provided; an elastic support member having an inner circumferential face with which the coupling end is supported and coupled and an outer circumferential face that is supported on and coupled with an inner circumferential face of the coupling groove, and a connecting member that has one side with which the first shaft is coupled and the other side with which the second shaft is coupled and transmits power by coaxially connecting the first shaft and the second shaft ,
A coating device with a movable spray nozzle set , the coating device comprising a coating container that houses a rotating and perforated drum intended to stir a mass of articles to be coated during the rotation of the drum, the mass of articles defining a free surface, the coating device further comprising a positioning group of the set of spray nozzles for spraying a product with which one desires to coat the articles while they are stirred by the drum , characterized in that said positioning group comprises - a control column , able to be located essentially axially inside the drum , and which houses an inner shaft , - the control column being equipped with at least an articulated arm which has a first part and a second part articulated together around a first shaft , the first part rotating in conjunction with the control column and a spray nozzle set carrier being joined in an articulated way around a second shaft to the second part of the articulated arm , both first and second shafts parallel to each other and to the control column , - a transmission system based on pulley means and corresponding pulling means housed in the control column and in the articulated arm which simultaneously produce the contraction or extension of the articulated arm and the rotation of the spray nozzle set carrier with respect to the second part of the aforementioned articulated arm based on the relative angular position between the control column and the inner shaft ; the positioning group further comprising - a first actuator and a second actuator to actuate, from outside the container , the rotation of the control column and of the inner shaft , respectively, to thereby vary the angular position to the user's convenience and with it the degree of extension of the articulated arm and the orientation of the spray nozzle set carrier . - a control column , able to be located essentially axially inside the drum , and which houses an inner shaft , - the control column being equipped with at least an articulated arm which has a first part and a second part articulated together around a first shaft , the first part rotating in conjunction with the control column and a spray nozzle set carrier being joined in an articulated way around a second shaft to the second part of the articulated arm , both first and second shafts parallel to each other and to the control column , - a transmission system based on pulley means and corresponding pulling means housed in the control column and in the articulated arm which simultaneously produce the contraction or extension of the articulated arm and the rotation of the spray nozzle set carrier with respect to the second part of the aforementioned articulated arm based on the relative angular position between the control column and the inner shaft ; the positioning group further comprising - a first actuator and a second actuator to actuate, from outside the container , the rotation of the control column and of the inner shaft , respectively, to thereby vary the angular position to the user's convenience and with it the degree of extension of the articulated arm and the orientation of the spray nozzle set carrier .
A rail drive assembly for transposing a vehicle seat along a fixed long rail , the rail drive assembly comprising: an elongated upper channel having a generally inverted U-shaped cross-section in profile, the upper channel having opposing first and second side walls and a third wall extending between the first and second side walls ; and a flexible stability roller assembly , characterised in that the flexible stability roller assembly comprises a flexible wing bracket and first and second stability rollers rotationally coupled to respective first and second wing portions of the flexible wing bracket , the flexible wing bracket having a generally W-shaped cross-section in profile with the opposing first and second wing portions extending at a first angle from adjacent first and second side portions , respectively, and the first and second side portions extending at a second angle different from the first angle from a center portion , and wherein the center portion of the flexible wing bracket is fixedly coupled to the third wall of the upper channel . an elongated upper channel having a generally inverted U-shaped cross-section in profile, the upper channel having opposing first and second side walls and a third wall extending between the first and second side walls ; and a flexible stability roller assembly , characterised in that the flexible stability roller assembly comprises a flexible wing bracket and first and second stability rollers rotationally coupled to respective first and second wing portions of the flexible wing bracket , the flexible wing bracket having a generally W-shaped cross-section in profile with the opposing first and second wing portions extending at a first angle from adjacent first and second side portions , respectively, and the first and second side portions extending at a second angle different from the first angle from a center portion , and wherein the center portion of the flexible wing bracket is fixedly coupled to the third wall of the upper channel .
Quantum random number generator comprising a first single-photon detector , which detects a first event, a second single-photon detector , which detects a second event, and comprising an electronic circuit , by means of which the first single-photon detector and the second single-photon detector are interconnected in such a way that after detection of the first event the latter is output and an output of a detected second event is suppressed, characterized in that the electronic circuit comprises a first bistable multivibrator having a first data input , having a first clock input and having a first reset input and also having a first output and having a first inverted output , and a second bistable multivibrator having a second data input , having a second clock input and having a second reset input and also having a second output and having a second inverted output , and the first single-photon detector is connected to the first clock input of the first bistable multivibrator and the second single-photon detector is connected to the second clock input of the second bistable multivibrator .
An apparatus of manufacturing an inorganic material, the apparatus comprising: a blower blowing inert gas; a crusher repeating vitrifying plural kinds of inorganic compounds to be the inorganic material by mechanical energy and blowing up the plural kinds of vitrified inorganic compounds by the inert gas blown from the blower; a first collector into which at least some of the plural kinds of inorganic compounds blown up by the inert gas enters, the first collector returning the at least some of the plural kinds of inorganic compounds to the crusher; and a system circulating the inert gas from the blower through the crusher and the first collector to the blower, wherein the system is closed from the outside. a blower blowing inert gas; a crusher repeating vitrifying plural kinds of inorganic compounds to be the inorganic material by mechanical energy and blowing up the plural kinds of vitrified inorganic compounds by the inert gas blown from the blower; a first collector into which at least some of the plural kinds of inorganic compounds blown up by the inert gas enters, the first collector returning the at least some of the plural kinds of inorganic compounds to the crusher; and a system circulating the inert gas from the blower through the crusher and the first collector to the blower, wherein the system is closed from the outside.
Device, in particular a set of pliers , for removing a sealing from an injector , having: two levers , which are connected to one another in a pivotable manner, wherein each of the two levers has formed on it at least one contact surface for gripping a sealing ring mounted on an injector ; and wherein at least one of the two levers has at least one guide element , which is designed to guide the injector such that a sealing ring mounted on the injector is positioned opposite the contact surfaces of the device , characterized in that the at least one guide element has a stop , which limits the movement capability of the injector in the axial direction thereof. two levers , which are connected to one another in a pivotable manner, wherein each of the two levers has formed on it at least one contact surface for gripping a sealing ring mounted on an injector ; and wherein at least one of the two levers has at least one guide element , which is designed to guide the injector such that a sealing ring mounted on the injector is positioned opposite the contact surfaces of the device , characterized in that the at least one guide element has a stop , which limits the movement capability of the injector in the axial direction thereof.
A method of forming a protective structure on a turbomachine blade , wherein, the method comprises the following successive steps: A) providing a turbomachine blade comprising an airfoil portion having a leading edge and a trailing edge and first and second sides connecting the leading edge and the trailing edge , B) forming a protective edging on the leading edge by laser cladding, and C) forming first and second protective stripes on the first and second sides adjacently to the edging by cold spraying through a spraying nozzle; wherein the spraying nozzle moves at least from a side of the airfoil portion toward the edging for forming a stripe and rotates about the leading edge in order to form the stripe adjacent to the leading edge and to the edging . A) providing a turbomachine blade comprising an airfoil portion having a leading edge and a trailing edge and first and second sides connecting the leading edge and the trailing edge , B) forming a protective edging on the leading edge by laser cladding, and C) forming first and second protective stripes on the first and second sides adjacently to the edging by cold spraying through a spraying nozzle;
A handle assembly for firing a stapler, wherein, the handle assembly comprises: an indicator , movable between a first position area and a second position area; a first handle and a second handle ; a slot , provided in the first handle and comprising a first section and a second section connected with each other; a slider , slidably located in the slot ; wherein, when the indicator is moved from the first position area to the second position area, the slider is actuated to move from the first section to the second section of the slot ; wherein the first handle is rotatably connected to a first end of the second handle through a first pin and the second end of the second handle is rotatably connectable to a casing of the stapler through a second pin , and in that: when the slider is in the first section of the slot , and the first handle is rotated in a first direction, the slider is not in contact with the second handle , therefore, the second handle is in an insurance position; when the slider is in the second section of the slot , and the first handle is rotated in the first direction, the slider is in contact with the second handle , the first handle actuates the second handle via the slider to move from the insurance position to a firing position. an indicator , movable between a first position area and a second position area; a first handle and a second handle ; a slot , provided in the first handle and comprising a first section and a second section connected with each other; a slider , slidably located in the slot ; wherein, when the indicator is moved from the first position area to the second position area, the slider is actuated to move from the first section to the second section of the slot ; wherein the first handle is rotatably connected to a first end of the second handle through a first pin and the second end of the second handle is rotatably connectable to a casing of the stapler through a second pin , and in that: when the slider is in the first section of the slot , and the first handle is rotated in a first direction, the slider is not in contact with the second handle , therefore, the second handle is in an insurance position; when the slider is in the second section of the slot , and the first handle is rotated in the first direction, the slider is in contact with the second handle , the first handle actuates the second handle via the slider to move from the insurance position to a firing position. when the slider is in the first section of the slot , and the first handle is rotated in a first direction, the slider is not in contact with the second handle , therefore, the second handle is in an insurance position; when the slider is in the second section of the slot , and the first handle is rotated in the first direction, the slider is in contact with the second handle , the first handle actuates the second handle via the slider to move from the insurance position to a firing position.
Insulating glass element (I) for a refrigeration cabinet, at least comprising - a first pane and a second pane spaced at a distance therefrom with, in each case, two opposite parallel horizontal edges (14.1, 14.2, 15.1, 15.2) and, in each case, two opposite parallel vertical edges (17.3, 17.4, 18.3, 18.4) - two horizontally arranged spacers (13.1, 13.2) between the first pane and the second pane , - two vertically arranged flat profiles (16.3, 16.4), which are, in each case, secured to the vertical edges of the first pane (17.3, 17.4) and to the vertical edges of the second pane (18.3, 18.4), wherein the two flat profiles (16.3, 16.4) do not extend into a region between the two panes , - the two horizontally arranged spacers (13.1, 13.2) and the two vertically arranged flat profiles (16.3, 16.4) directly enclose an inner interpane space between the first pane and the second pane and - at least one of the flat profiles (16.3, 16.4) is transparent, characterized in that the at least one transparent flat profile (16.3, 16.4) includes at least one polymeric base film and at least one ceramic additional layer , and/or that the at least one transparent flat profile (16.3, 16.4) includes at least one polymeric base film and at least one transparent metallic additional layer . - a first pane and a second pane spaced at a distance therefrom with, in each case, two opposite parallel horizontal edges (14.1, 14.2, 15.1, 15.2) and, in each case, two opposite parallel vertical edges (17.3, 17.4, 18.3, 18.4) - two horizontally arranged spacers (13.1, 13.2) between the first pane and the second pane , - two vertically arranged flat profiles (16.3, 16.4), which are, in each case, secured to the vertical edges of the first pane (17.3, 17.4) and to the vertical edges of the second pane (18.3, 18.4), wherein the two flat profiles (16.3, 16.4) do not extend into a region between the two panes , - the two horizontally arranged spacers (13.1, 13.2) and the two vertically arranged flat profiles (16.3, 16.4) directly enclose an inner interpane space between the first pane and the second pane and - at least one of the flat profiles (16.3, 16.4) is transparent, characterized in that the at least one transparent flat profile (16.3, 16.4) includes at least one polymeric base film and at least one ceramic additional layer , and/or that the at least one transparent flat profile (16.3, 16.4) includes at least one polymeric base film and at least one transparent metallic additional layer .
A device for testing a beamforming processor comprising plural output ports , the device comprising: at least one power determination unit electrically connectable to the beamforming processor and configured to determine an output power of the plural output ports of the beamforming processor ; and a controller connected by a respective wire to the at least one power determination unit and configured to: identify whether the output power received through the respective wire from the at least one power determination unit is within a predetermined range, and determine that the beamforming processor is normal, in case that the output power is within the predetermined range, wherein the beamforming processor is connectable to an antenna comprising plural antenna elements for performing a beamforming. at least one power determination unit electrically connectable to the beamforming processor and configured to determine an output power of the plural output ports of the beamforming processor ; and a controller connected by a respective wire to the at least one power determination unit and configured to: identify whether the output power received through the respective wire from the at least one power determination unit is within a predetermined range, and determine that the beamforming processor is normal, in case that the output power is within the predetermined range, wherein the beamforming processor is connectable to an antenna comprising plural antenna elements for performing a beamforming.
Clamping device for clamping a component, in particular for fixing a tool on a machine tool, with a base body defining a clamping axis (X), at the front end region of which a clamping region is formed with a central receptacle open towards the front end face of the base body for a component to be clamped, in particular for a tool shank, wherein a receiving space for a sensor element is formed in the base body , wherein the receiving space extends from a radial outer surface of the base body into the latter and is penetrated by the clamping axis (X) in order to be able to receive a sensor element centrally with respect to the clamping axis (X), characterized in that the clamping device further comprises a sensor element which is arranged in the receiving space centrally with respect to the clamping axis (X).