mhurhangee/patent-ind-claim-en huggingface dataset:
A method for delivering a compound into a cell, the method comprising passing a cell suspension through a surface containing pores, wherein said pores deform the cell thereby causing a perturbation of the cell such that the compound enters the cell, wherein said cell suspension is contacted with the compound, further wherein the cell suspension comprises: (i) a mixed cell population, wherein the cell suspension is whole blood, lymph or comprises peripheral blood mononuclear cells; or (ii) a purified primary cell population, wherein the primary cell is an immune cell, a stem cell, a tumor cell, a fibroblast, a skin cell, a neuron, or a red blood cell; further wherein the surface is a membrane and/or a filter. (i) a mixed cell population, wherein the cell suspension is whole blood, lymph or comprises peripheral blood mononuclear cells; or (ii) a purified primary cell population, wherein the primary cell is an immune cell, a stem cell, a tumor cell, a fibroblast, a skin cell, a neuron, or a red blood cell; further wherein the surface is a membrane and/or a filter.
A dental prosthetic arrangement for connecting at least one jaw implant (PI) to a structure, the at least one jaw implant (PI) being interconnected in a connection portion (VA) via a lower part (UT) that is associated with the jaw implant (PI) and an upper part (OT) that is associated with the structure, wherein the lower part (UT) engages in the upper part (OT) along a center axis (MA) in the connection portion (VA), the lower part (UT) is supported on a plurality of contact surfaces (AF) against the upper part (OT), and the lower part (UT) and the upper part (OT) are detachably interconnected via a fastening means that exerts a retention force against axial removal of the upper part (OT) from the lower part (OT) and offers various fastening options, a first radially inwardly oriented structure being provided on the lower part (UT) and a second radially outwardly oriented structure for receiving a retaining element (HE) being provided on the upper part (OT) as a first fastening option and, as a second fastening option, a transverse screw connection being provided that is connected to the lower part (UT) by a first opening (EO) that penetrates through the upper part (OT).
A floor board comprising a decorative surface layer applied to a substrate, wherein said substrate comprises MDF or HDF material at a side edge thereof, wherein said side edge of said substrate is treated with an impregnation agent and wherein said side edge is provided with a coating agent that forms a water tight layer on the respective edge, or on part of it, characterized in that said impregnation agent comprises a solvent, wherein the solvent is different from water.
A device for putting material into a cell, formed within one solid and comprises: a first passage on which the cell passes; a second passage on which the material passes and connected to the first passage at a position randomly selected between both ends of the first passage; and an apparatus which applies pressure difference or electric potential difference between the first passage and the second passage.
Method for manufacturing a semiconductor component , comprising the steps: - providing at least one semiconductor module and a support frame , which has a respective opening for each of the semiconductor modules , - arranging the at least one semiconductor module on the support frame such that a base plate of the respective semiconductor module rests on the edge of the respective opening , - soldering the respective base plate to the support frame , wherein the respective base plate is soldered to the support frame with a solder that has a melting point of at least 450°C, characterized in that the soldering of the respective base plate to the support frame is performed by laser brazing, wherein the laser is hereby radiated onto that side of the support frame which faces away from the base plate , whereby the support frame is heated locally and the solder is melted by the heated support frame, wherein the material of the support frame is locally melted in the course of soldering the respective base plate to the support frame . - providing at least one semiconductor module and a support frame , which has a respective opening for each of the semiconductor modules , - arranging the at least one semiconductor module on the support frame such that a base plate of the respective semiconductor module rests on the edge of the respective opening , - soldering the respective base plate to the support frame , wherein the respective base plate is soldered to the support frame with a solder that has a melting point of at least 450°C,
An electric motor comprising a rotor , a stator , an electronics housing , in the installation space of which electrical/electronic components are accommodated, of which at least a portion sit on a printed circuit board , and a fan wheel which is connected to the rotor shaft in a rotationally fixed manner and which rotates together with the rotor and which is arranged inside the installation space and is constructed in such a manner that it generates a cooling circuit flow in the installation space , in that the air is sucked in centrally by the fan wheel and output approximately radially outwards, characterized in that the fan wheel is arranged in the region between the electrical/electronic components , which are arranged in a distributed manner around the fan wheel , in that the side wall of the installation space and a cover closing the installation space form guides for the cooling circuit flow, in that the fan wheel has blades , which are located in the region between a top disc and a bottom disc , and in that the fan wheel is located on the side of the printed circuit board facing away from a stator flange .
Windscreen wiper device (2; 28, 30; 74; 78) according to the fin ray principle for a vehicle, in particular a motor vehicle, having - an elongate upper part , which is configured to be at least partially bendable, - an elongate lower part , which is configured to be at least partially bendable, and - a plurality of connecting elements for connecting the upper part and the lower part , wherein the connecting elements are spaced apart from one another along a longitudinal extent of the windscreen wiper device (2; 28, 30; 74; 78) and are fastened to the lower part by means of rotary joints (20; 130; 122), - wherein the rotary joints are film hinges which have a thickness of 0.1 mm to 0.8 mm, in particular 0.2 to 0.4 mm. - an elongate upper part , which is configured to be at least partially bendable, - an elongate lower part , which is configured to be at least partially bendable, and - a plurality of connecting elements for connecting the upper part and the lower part , wherein the connecting elements are spaced apart from one another along a longitudinal extent of the windscreen wiper device (2; 28, 30; 74; 78) and are fastened to the lower part by means of rotary joints (20; 130; 122), - wherein the rotary joints are film hinges which have a thickness of 0.1 mm to 0.8 mm, in particular 0.2 to 0.4 mm.
A breast pump , comprising: a main body including an internal passage , a negative pressure generation mechanism configured to generate negative pressure in the internal passage for pumping milk, a hood attaching portion to which a hood for fitting to a breast is attached, the hood attaching portion being disposed at a front part of the main body , and a bottle attaching portion to which a bottle for collecting milk is attached, the bottle attaching portion being disposed at a lower part of the main body ; and a handle pivotal to the main body and including a basal end, at a side located closer to a pivot point on the main body, connected to the negative pressure generation mechanism , wherein the handle includes a finger rest at a distal side and characterised in that the handle extends forward from the pivot point beside the main body . a main body including an internal passage , a negative pressure generation mechanism configured to generate negative pressure in the internal passage for pumping milk, a hood attaching portion to which a hood for fitting to a breast is attached, the hood attaching portion being disposed at a front part of the main body , and a bottle attaching portion to which a bottle for collecting milk is attached, the bottle attaching portion being disposed at a lower part of the main body ; and a handle pivotal to the main body and including a basal end, at a side located closer to a pivot point on the main body, connected to the negative pressure generation mechanism , wherein the handle includes a finger rest at a distal side and characterised in that the handle extends forward from the pivot point beside the main body .
A medical implant for occluding a left atrial appendage, comprising: an expandable framework comprising a plurality of intersections formed via several first framework members connecting with corresponding second framework members , the expandable framework including a projection , the projection including a first support member and a second support member extending in a proximal-to-distal direction and connecting with one another at an apex ; and a plurality of cushioning members coupled to the framework , each cushioning member including a first end region and a second end region opposite the first end region ; wherein the first end region is coupled to the apex of the projection ; wherein the second end region is coupled to the expandable framework at an intersection ; wherein the cushioning members include a curved portion designed to minimize trauma to a target site, wherein the cushioning members fold back on themselves. an expandable framework comprising a plurality of intersections formed via several first framework members connecting with corresponding second framework members , the expandable framework including a projection , the projection including a first support member and a second support member extending in a proximal-to-distal direction and connecting with one another at an apex ; and a plurality of cushioning members coupled to the framework , each cushioning member including a first end region and a second end region opposite the first end region ; wherein the first end region is coupled to the apex of the projection ; wherein the second end region is coupled to the expandable framework at an intersection ; wherein the cushioning members include a curved portion designed to minimize trauma to a target site, wherein the cushioning members fold back on themselves.
An auxiliary volumetric pump for generating a vacuum comprising a casing , a rotary member housed in the casing and an electric motor for powering the rotary member ; the auxiliary pump comprising an intake duct , located downstream of a user device , and a discharge duct configured to define a delivery duct of a primary pump ; a device for detecting the pressure of the fluid entering the auxiliary pump , designed for emitting a signal for detecting the pressure of the fluid entering the auxiliary pump , is positioned in the intake duct ; the auxiliary volumetric pump characterised by further comprising a device for detecting the pressure of the fluid flowing out from the auxiliary pump , designed for emitting a signal for detecting the pressure of the fluid flowing out of the auxiliary pump , is positioned in the discharge duct ; a control unit is configured to receive and process the signal for detecting the pressure of the fluid entering and flowing out from the auxiliary pump and determining the pressure of the fluid in the intake duct and in the discharge duct and the pressure difference between the pressure value in the intake duct and in the discharge duct ; the control unit is configured for controlling the frequency of rotation and the absorption of the electric motor by the rotary member as a function of the pressure difference between the pressure value in the intake duct and in the discharge duct , if less than a pre-set permissible pressure difference.
A ball joint comprising: a resin bearing seat for slidably receiving a spherical ball portion which is formed at an end of a shaft-like stud portion ; a metal socket having a tubular or cup-like seat-accommodating portion for holding the resin bearing seat ; and a dust cover for covering a seat opening portion of the bearing seat , through which the stud portion passes, to prevent foreign matter from entering a space defined by the bearing seat , wherein the socket is formed such that the seat-accommodating portion has a straight cylindrical inner wall surface and extends towards the stud portion beyond the spherical center of the ball portion , wherein the bearing seat has a straight cylindrical outer circumferential surface, is inserted into the seat-accommodating portion of the socket for assembly, and includes a covering portion which extends to cover the outer periphery of an opening portion of the seat-accommodating portion , and which has a cylindrical outer surface, wherein the opening portion of the seat-accommodating portion whose outer periphery is covered with the covering portion of the bearing seat extends towards the stud portion further than a sliding surface of the ball portion which slides on the bearing seat , wherein the dust cover is attached to the cylindrical outer surface of the covering portion , and wherein the opening portion of the seat-accommodating portion of the socket is present over the entirety of an axially extending region corresponding to the cylindrical outer surface of the covering portion so as to support the covering portion . a resin bearing seat for slidably receiving a spherical ball portion which is formed at an end of a shaft-like stud portion ; a metal socket having a tubular or cup-like seat-accommodating portion for holding the resin bearing seat ; and a dust cover for covering a seat opening portion of the bearing seat , through which the stud portion passes, to prevent foreign matter from entering a space defined by the bearing seat , wherein the socket is formed such that the seat-accommodating portion has a straight cylindrical inner wall surface and extends towards the stud portion beyond the spherical center of the ball portion , wherein the bearing seat has a straight cylindrical outer circumferential surface, is inserted into the seat-accommodating portion of the socket for assembly, and includes a covering portion which extends to cover the outer periphery of an opening portion of the seat-accommodating portion , and which has a cylindrical outer surface, wherein the opening portion of the seat-accommodating portion whose outer periphery is covered with the covering portion of the bearing seat extends towards the stud portion further than a sliding surface of the ball portion which slides on the bearing seat , wherein the dust cover is attached to the cylindrical outer surface of the covering portion , and wherein the opening portion of the seat-accommodating portion of the socket is present over the entirety of an axially extending region corresponding to the cylindrical outer surface of the covering portion so as to support the covering portion .
A system comprising: a starter air valve in fluid communication with an air turbine starter to drive motoring of a gas turbine engine responsive to a compressed air flow from a compressed air source ; a manual override operably connected to the starter air valve , the manual override is operable to open the starter air valve a select percentage by moving the manual override to a detent engaged position (P2), wherein the select percentage is operable to allow enough airflow to achieve the maximum allowed motoring speed of the gas turbine engine; a controller operable to detect when the manual override is in the detent engaged position (P2); and a pressure regulating bleed valve in fluid communication with the starter air valve , the pressure regulating bleed valve operable to bleed a portion of the compressed air flow to regulate a motoring speed of the gas turbine engine in response to detection of the manual override in a detent engaged position (P2). a starter air valve in fluid communication with an air turbine starter to drive motoring of a gas turbine engine responsive to a compressed air flow from a compressed air source ; a manual override operably connected to the starter air valve , the manual override is operable to open the starter air valve a select percentage by moving the manual override to a detent engaged position (P2), wherein the select percentage is operable to allow enough airflow to achieve the maximum allowed motoring speed of the gas turbine engine; a controller operable to detect when the manual override is in the detent engaged position (P2); and a pressure regulating bleed valve in fluid communication with the starter air valve , the pressure regulating bleed valve operable to bleed a portion of the compressed air flow to regulate a motoring speed of the gas turbine engine in response to detection of the manual override in a detent engaged position (P2).
An intermediate material for the manufacture of composite components, the intermediate material comprising: a flat and elongate prepreg layer ; and, an interleaving layer in contact with at least one side of the prepreg layer , the interleaving layer comprising at least two sections of thermoplastic interleaving material , each of the sections of thermoplastic interleaving material being joined by heat to at least one other section of thermoplastic interleaving material to form a continuous length of interleaving material , whereby the at least two sections of thermoplastic interleaving material are joined by partial melting, which partial melting is caused by the application of heat; and in which the intermediate material is wound such that the interleaving layer reduces or eliminates self-contact of the prepreg layer . a flat and elongate prepreg layer ; and, an interleaving layer in contact with at least one side of the prepreg layer , the interleaving layer comprising at least two sections of thermoplastic interleaving material , each of the sections of thermoplastic interleaving material being joined by heat to at least one other section of thermoplastic interleaving material to form a continuous length of interleaving material , whereby the at least two sections of thermoplastic interleaving material are joined by partial melting, which partial melting is caused by the application of heat; and in which the intermediate material is wound such that the interleaving layer reduces or eliminates self-contact of the prepreg layer .
A loading device for loading particulate material, comprising a body with a first opening and a second opening , wherein a gasket is arranged at the first opening , wherein the body is attached to an exhaust pipe , characterised in that the body comprises a T-joint with two top openings (14b and 14c) inside the loading device and a bottom opening outside the loading device , wherein the bottom opening is attached to the exhaust pipe .
A test method for testing a device under test , the test method comprising: acquiring (S1), by a processor , a sequence of at least two signals of the device under test ; determining (S2), by the processor , characteristic parameters for each signal in the acquired sequence, wherein determining characteristic parameters in the acquired sequence comprises detecting predetermined patterns; storing (S3) the determined characteristic parameters in a measurement memory , wherein the characteristic parameters are stored in form of an array, a table or a spread sheet with one dimension for the number of signal sequences and a further dimension for the characteristic parameters; storing specifications of the device under test in a specification memory ; and comparing, by the processor , the characteristic parameters of the acquired sequence and corresponding specifications of the device under test in order to determine whether or not the characteristic parameters of the acquired sequence are within the corresponding specifications of the device under test . acquiring (S1), by a processor , a sequence of at least two signals of the device under test ; determining (S2), by the processor , characteristic parameters for each signal in the acquired sequence, wherein determining characteristic parameters in the acquired sequence comprises detecting predetermined patterns; storing (S3) the determined characteristic parameters in a measurement memory , wherein the characteristic parameters are stored in form of an array, a table or a spread sheet with one dimension for the number of signal sequences and a further dimension for the characteristic parameters; storing specifications of the device under test in a specification memory ; and comparing, by the processor , the characteristic parameters of the acquired sequence and corresponding specifications of the device under test in order to determine whether or not the characteristic parameters of the acquired sequence are within the corresponding specifications of the device under test .
Method for resource management in a vehicle-based mobile communications unit, the memory of which stores a plurality of activatable identity profiles each comprising a user-specific and a user-non-specific data component, and which has a modem device which can be used to establish, using a respective identity profile , two simultaneous mobile communications channels to mobile communications networks belonging to mobile communications service providers which can be used to provide mobile communications services, the method being carried out in an automated manner by a control unit of the mobile communications unit, characterized in that while carrying out mobile communication via two simultaneously established mobile communications channels, - the user-non-specific data components, containing mobile communications service provider information, of the currently active identity profiles are compared with one another in order to determine currently used mobile communications service providers, and - in the case of mobile communications service provider identity determined during the comparison, one of the mobile communications channels is switched off and mobile communication is carried out via the other mobile communications channel. - the user-non-specific data components, containing mobile communications service provider information, of the currently active identity profiles are compared with one another in order to determine currently used mobile communications service providers, and - in the case of mobile communications service provider identity determined during the comparison, one of the mobile communications channels is switched off and mobile communication is carried out via the other mobile communications channel.