mhurhangee/patent-ind-claim-en huggingface dataset:
A secure arrangement for performing secure contactless payments comprising: - a card reader terminal comprising a secure controller configured for performing financial transactions, wherein the secure controller is located in a secure area within the card reader terminal , - an external contactless card reader comprising a short-distance communication antenna configured for converting an electromagnetic signal comprising card data, received from a contactless payment card , into an analogue signal and - a feed line configured for transferring the analogue signal between the external contactless card reader and the card reader terminal , wherein the feed line is a cable, characterized in that the secure area in the card reader terminal comprises: - an A/D converter for digitizing the analogue signal to a digital signal that can be processed by the secure controller . - a card reader terminal comprising a secure controller configured for performing financial transactions, wherein the secure controller is located in a secure area within the card reader terminal , - an external contactless card reader comprising a short-distance communication antenna configured for converting an electromagnetic signal comprising card data, received from a contactless payment card , into an analogue signal and - a feed line configured for transferring the analogue signal between the external contactless card reader and the card reader terminal , wherein the feed line is a cable, - an A/D converter for digitizing the analogue signal to a digital signal that can be processed by the secure controller .
A cross-flow separation element for separating a fluid medium for treatment into a filtrate and a retentate, said separation element comprising a single-piece rigid porous support having arranged inside its volume at least one channel for passing a flow of the fluid medium for treatment between an inlet for the fluid medium for treatment and an outlet for the retentate, the single-piece rigid porous support having an outside surface for recovering the filtrate that has passed through said support, characterized in that at least one channel presents, between the inlet and the outlet, a flexuous flow volume (Vi) defined by sweeping a generator plane section (Si) along a curvilinear path (Hi) around a reference axis (Ai), and in that the reference axis (Ai) does not intersect said generator section (Si) and is contained within the volume of the porous support.
Endoscope device having a proximal insertion head and having a shaft extending distally therefrom having a centre axis (A), having at least one oblong lumen (2.3.1) extending through the device , with a sensor rod having at least two sensor coils (4.1, 4.2) arranged at a finite spacing in relation to one another in the longitudinal direction, which are oriented in relation to one another at a finite angle (L) characterized in that the rod is connected in an axially fixed manner to a holder attachable to the attachment (2.3) of the insertion head and that the attachment (2.3) of the insertion head and the holder comprise corresponding Luer adapter parts (6.1, 6.2) facing toward one another having Luer adapter , and attachment (2.3) and holder are fixedly connectable to one another by the Luer adapter .
A method of providing an error checking mechanism for instructions, the method comprising: creating , by an assembler, an instruction packet with one or more instructions; determining , by the assembler, if a parity of the instruction packet matches a predesignated parity; if the parity of the instruction packet does not match the predesignated parity, using, by the assembler, a bit within the instruction packet to change the parity of the instruction packet to match the predesignated parity; and storing the instruction packet with the predesignated parity in a memory. creating , by an assembler, an instruction packet with one or more instructions; determining , by the assembler, if a parity of the instruction packet matches a predesignated parity; if the parity of the instruction packet does not match the predesignated parity, using, by the assembler, a bit within the instruction packet to change the parity of the instruction packet to match the predesignated parity; and storing the instruction packet with the predesignated parity in a memory.
An injection molding machine comprising: a molding machine main body which includes a first injection unit ; a second injection unit ; a first control unit which is configured to control the molding machine main body ; a second control unit which is communicably connected to the first control unit and configured to control the second injection unit ; a first operation unit which is connected to the first control unit and configured to receive an input operation related to at least the molding machine main body from among the molding machine main body and the second injection unit ; and a second operation unit which is connected to the second control unit and configured to receive an input operation related to at least the second injection unit from among the molding machine main body and the second injection unit , characterized in that the first control unit is configured to transmit a first signal indicating that the first operation unit is operated, to the second control unit , in a case where the first operation unit is operated by a user, and the second control unit is configured to transmit a second signal indicating that the second operation unit is operated, to the first control unit , in a case where the second operation unit is operated by the user. a molding machine main body which includes a first injection unit ; a second injection unit ; a first control unit which is configured to control the molding machine main body ; a second control unit which is communicably connected to the first control unit and configured to control the second injection unit ; a first operation unit which is connected to the first control unit and configured to receive an input operation related to at least the molding machine main body from among the molding machine main body and the second injection unit ; and a second operation unit which is connected to the second control unit and configured to receive an input operation related to at least the second injection unit from among the molding machine main body and the second injection unit , characterized in that the first control unit is configured to transmit a first signal indicating that the first operation unit is operated, to the second control unit , in a case where the first operation unit is operated by a user, and the second control unit is configured to transmit a second signal indicating that the second operation unit is operated, to the first control unit , in a case where the second operation unit is operated by the user.
An integrated therapeutic and imaging catheter , comprising: an inner member defining a guidewire lumen ; a balloon assembly comprising: an inner sleeve surrounding the inner member and a connection medium , wherein the connection medium is disposed between the inner sleeve of the balloon assembly and the inner member, wherein the inner sleeve is configured to protect the connection medium when the balloon assembly is inflated; and an outer sleeve surrounding the inner sleeve; a treatment device mounted about the balloon assembly; and an imaging device disposed distal to the balloon assembly and coupled to the connection medium; characterized by a proximal shaft , wherein the balloon assembly is joined to the proximal shaft through a proximal junction ; and a mid-shaft independent from the proximal shaft , connected between the distal end of the balloon assembly and the imaging device. an inner member defining a guidewire lumen ; a balloon assembly comprising: an inner sleeve surrounding the inner member and a connection medium , wherein the connection medium is disposed between the inner sleeve of the balloon assembly and the inner member, wherein the inner sleeve is configured to protect the connection medium when the balloon assembly is inflated; and an outer sleeve surrounding the inner sleeve; an inner sleeve surrounding the inner member and a connection medium , wherein the connection medium is disposed between the inner sleeve of the balloon assembly and the inner member, wherein the inner sleeve is configured to protect the connection medium when the balloon assembly is inflated; and an outer sleeve surrounding the inner sleeve; a treatment device mounted about the balloon assembly; and an imaging device disposed distal to the balloon assembly and coupled to the connection medium; characterized by a proximal shaft , wherein the balloon assembly is joined to the proximal shaft through a proximal junction ; and a mid-shaft independent from the proximal shaft , connected between the distal end of the balloon assembly and the imaging device.
Arrangement in a machine, which machine includes a chassis , a swing bogie comprising a swing frame and at least two wheels mounted in bearings on the swing frame at a distance from each other in the longitudinal direction of the chassis , a power transmission fitted in connection with the said chassis for transmitting power to the swing bogie and through it to the wheels , and a swing bearing attached to the chassis for mounting the swing bogie on the chassis in bearings, which arrangement includes support means fitted between the chassis and the swing frame for supporting the swing frame at least sometimes on the chassis of the machine by means of the support means , which support means include a support surface fitted in connection with the chassis of the machine at the side of the chassis and a counter surface fitted in connection with the swing frame on the side of the swing frame opposite to the support surface for transmitting lateral forces with the aid of the support surface and the counter surface between the chassis and the swing frame during contact between the support surface and the counter surface , which support means are located at a distance from the swing bearing in the space between the wheels of the swing bogie , characterized in that the said machine is a forest machine , in which the said power transmission to the swing bogie is arranged through the swing bearing and the support means include two pairs formed by the support surface and the counter surface , located on both sides of the said swing bearing , wherein the support surface is a protrusion and the counter surface is a rail , the protrusion being attached to the forest machine's chassis and the rail being fitted to the swing frame or the rail being attached to the forest machine's chassis and the protrusion being fitted to the swing frame .
A method for controlling a plant disease caused by efflux type multidrug resistant fungus, said method comprising a step of applying an effective amount of a dithiine tetracarboximide compound represented by formula : to a plant or soil where the plant grows.
A cosmetic device comprising: a detachable component comprising a magnetic portion ; a magnetic sensor outputting a signal depending on magnetism of the magnetic portion ; and a control circuit driving the component by controlling a motor depending on the signal, wherein the signal is output depending on a strength of magnetism, and the cosmetic device comprises at least two detachable components wherein a distance between the magnetic portion and the magnetic sensor , when the component is attached, differs for each component . a detachable component comprising a magnetic portion ; a magnetic sensor outputting a signal depending on magnetism of the magnetic portion ; and a control circuit driving the component by controlling a motor depending on the signal, wherein the signal is output depending on a strength of magnetism, and the cosmetic device comprises at least two detachable components wherein a distance between the magnetic portion and the magnetic sensor , when the component is attached, differs for each component .
A building construction with a wall that comprises - a sandwich panel , comprising a pair of parallel metal plates (20a,b), forming opposite parallel surfaces (20a,b) of the wall, and fiber material between said metal plates (20a,b), glued to said metal plates (20a,b); - a beam , the sandwich panel hanging from said beam on fasteners that extend into said beam ; wherein the fasteners extend through the sandwich panel between the parallel surfaces (20a,b) into said beam ; characterized in that the wall comprises - a heat isolation layer on at least one side of the sandwich panel , over the fasteners and over an area of the panel surrounding the fasteners on that side of the panel , and in that the building construction further comprises a heat isolation element that comprises said heat isolation layer and a cover attached over the heat isolation layer , the cover serving as a mechanical coupling of the heat isolation layer directly or indirectly to said beam and/or the metal plate on said at least one side of the sandwich panel . - a sandwich panel , comprising a pair of parallel metal plates (20a,b), forming opposite parallel surfaces (20a,b) of the wall, and fiber material between said metal plates (20a,b), glued to said metal plates (20a,b); - a beam , the sandwich panel hanging from said beam on fasteners that extend into said beam ; wherein the fasteners extend through the sandwich panel between the parallel surfaces (20a,b) into said beam ; characterized in that the wall comprises - a heat isolation layer on at least one side of the sandwich panel , over the fasteners and over an area of the panel surrounding the fasteners on that side of the panel , and - a heat isolation layer on at least one side of the sandwich panel , over the fasteners and over an area of the panel surrounding the fasteners on that side of the panel , and in that the building construction further comprises a heat isolation element that comprises said heat isolation layer and a cover attached over the heat isolation layer , the cover serving as a mechanical coupling of the heat isolation layer directly or indirectly to said beam and/or the metal plate on said at least one side of the sandwich panel .
Slat roof with a frame formed from multiple supports, wherein multiple slats are arranged parallel to one another on the frame , which cover the surface spanned by the frame in a closed position, wherein the slats are each rotatable about an axis of rotation from the closed position into an open position and wherein at least part of the slats in the open position are movable along guide rails between a closed position in which the slats are evenly distributed over the surface spanned by the frame , and an open position in which the slats are pushed together on one side of the surface spanned by the frame to form a stack, wherein the slat roof has two separately controllable drives, wherein the first drive serves to rotate the slats between the closed position and the open position and wherein the second drive serves to move the slats in the open position along the guide rails between the closed position and the open position, characterised in that the first drive for rotating the slats between the closed position and the open position is integrated into a slat , wherein the slats are kinematically coupled to one another, such that a rotation of an individual slat by means of the first drive causes a synchronous turning of all slats , wherein the first drive is integrated into the first slat in the extension direction and the axis of rotation of the first slat in the extension direction is arranged in a stationary manner relative to the frame , wherein each of the slats has at least one lever arm which is articulated to the axis of rotation of the slat and which is guided at its free end in a profile which is in particular C-shaped and extends parallel to the guide rail .
A ultrasonic fluid meter comprising: a conduit in which a fluid can flow; an ultrasonic measurement device comprising two transducers arranged to emit and receive ultrasonic signals in the conduit , the ultrasonic measurement device being arranged to evaluate a current flow rate of the fluid from the time of flight of the ultrasonic signals between the transducers; a valve positioned along a length of the conduit between the two transducers, the valve comprising a movable member which extends in the conduit and for which a current position can be regulated in order to control the current flow rate of the fluid; a position sensor configured to measure the current position of the movable member ; characterized in that the ultrasonic fluid meter further comprises : a first pressure sensor arranged to measure a first pressure of the fluid in the conduit upstream from the valve and a second pressure sensor arranged to measure a second pressure of the fluid in the conduit downstream from the valve ; a processing circuit arranged, if the current position of the movable member is such that the current flow rate cannot be measured by the ultrasonic measurement device, to evaluate the current flow rate as a function of the current position of the movable member and of a pressure value representative of a difference between the second pressure and the first pressure. a conduit in which a fluid can flow; an ultrasonic measurement device comprising two transducers arranged to emit and receive ultrasonic signals in the conduit , the ultrasonic measurement device being arranged to evaluate a current flow rate of the fluid from the time of flight of the ultrasonic signals between the transducers; a valve positioned along a length of the conduit between the two transducers, the valve comprising a movable member which extends in the conduit and for which a current position can be regulated in order to control the current flow rate of the fluid; a position sensor configured to measure the current position of the movable member ; a first pressure sensor arranged to measure a first pressure of the fluid in the conduit upstream from the valve and a second pressure sensor arranged to measure a second pressure of the fluid in the conduit downstream from the valve ; a processing circuit arranged, if the current position of the movable member is such that the current flow rate cannot be measured by the ultrasonic measurement device, to evaluate the current flow rate as a function of the current position of the movable member and of a pressure value representative of a difference between the second pressure and the first pressure.
Shaft for a medical instrument , in particular a mono- or bipolar medical instrument, having a shaft body which receives a tool at the distal end, said tool having a first mouth part and a second mouth part which are transferrable relative to each other from an opening position into a closing position with a pull/push rod which is guided in the shaft body , the shaft body having a connecting piece on the proximal end for fastening to a handling device , by means of which the pull/push rod is moveable backwards and forwards, and the at least one mouth part at the distal end in the shaft body is pivotably guided by at least one connecting link which has an arcuate segment-shaped track and a guideway running coaxially thereto, and an actuating member of the mouth part is formed to be curved in a complementary manner and is guided, with an outer and inner guide surface , along the track and the guideway in the connecting link , characterised in that , in the shaft body , a carriage is displaceably guided along the longitudinal axis of the shaft body , said carriage being moveable by means of a pull/push rod and transferring at least one mouth part into an opening position and a closing position .
An electromagnetic relay comprising: a base ; a magnetic circuit system comprising a coil assembly , an iron core , a yoke and an armature , the coil assembly is mounted on the base , the iron core , the yoke and the armature are respectively arranged at the coil assembly and cooperated with the coil assembly ; a contact system comprising a stationary spring part provided with a stationary contact and a movable spring part provided with a movable contact , the stationary spring part and the movable spring part are respectively arranged on the base ; an actuator , and an elastic member , characterized in that the elastic member is an elastic plate disposed on the armature , the elastic plate being connected with the actuator or in contact with the actuator to cooperate with the actuator or clearance fit with the actuator ; and wherein the armature is cooperated with the movable spring part to drive the movable spring part to move through the elastic member and the actuator , and when the movable contact and the stationary contact are in a closed state, the elastic member is in a deformed state. a base ; a magnetic circuit system comprising a coil assembly , an iron core , a yoke and an armature , the coil assembly is mounted on the base , the iron core , the yoke and the armature are respectively arranged at the coil assembly and cooperated with the coil assembly ; a contact system comprising a stationary spring part provided with a stationary contact and a movable spring part provided with a movable contact , the stationary spring part and the movable spring part are respectively arranged on the base ; an actuator , and an elastic member , characterized in that the elastic member is an elastic plate disposed on the armature , the elastic plate being connected with the actuator or in contact with the actuator to cooperate with the actuator or clearance fit with the actuator ; and wherein the armature is cooperated with the movable spring part to drive the movable spring part to move through the elastic member and the actuator , and when the movable contact and the stationary contact are in a closed state, the elastic member is in a deformed state.