mhurhangee/patent-ind-claim-en huggingface dataset:
A security device comprising: • a base plate , • a back plate connected to the base plate and including one or more openings for receiving a pedal of a motor vehicle, and • a locking mechanism mounted on the base plate , • characterised in that the device further comprises a removable front plate for engaging with the base plate and the back plate and including a locking component for locking to the locking mechanism and that the base plate and the back plate are provided with a plurality of slots and projections and the front plate is provided with corresponding opposite slots and projections that mate with the slots and projections on the base plate and the back plate when the front plate engages with the base plate and the back plate . • a base plate , • a back plate connected to the base plate and including one or more openings for receiving a pedal of a motor vehicle, and • a locking mechanism mounted on the base plate , • characterised in that the device further comprises a removable front plate for engaging with the base plate and the back plate and including a locking component for locking to the locking mechanism and that the base plate and the back plate are provided with a plurality of slots and projections and the front plate is provided with corresponding opposite slots and projections that mate with the slots and projections on the base plate and the back plate when the front plate engages with the base plate and the back plate .
A pipeline inspection system comprising: an ultrasonic transducer system configured to emit ultrasonic energy pulses in response to electrical pulses and convert received ultrasonic energy into electrical signals; an inline inspection tool carrying the ultrasonic transducer system ; and control circuitry coupled to the ultrasonic transducer system wherein the control circuitry is configured to control the ultrasonic transducer system and process signals received from the ultrasonic transducer system ; and characterized by a gelled mass configured to form an elongated body surrounding the inline inspection tool during pipeline inspection, wherein the gelled mass is further configured to constitute a self-sustaining body during pipeline inspection having its peripheral surfaces contiguous with the inner surfaces of the inspected pipeline , the gelled mass comprising a leading portion , a middle portion in which the inline inspection tool is located during pipeline inspection, and a trailing portion . an ultrasonic transducer system configured to emit ultrasonic energy pulses in response to electrical pulses and convert received ultrasonic energy into electrical signals; an inline inspection tool carrying the ultrasonic transducer system ; and control circuitry coupled to the ultrasonic transducer system wherein the control circuitry is configured to control the ultrasonic transducer system and process signals received from the ultrasonic transducer system ; and characterized by a gelled mass configured to form an elongated body surrounding the inline inspection tool during pipeline inspection, wherein the gelled mass is further configured to constitute a self-sustaining body during pipeline inspection having its peripheral surfaces contiguous with the inner surfaces of the inspected pipeline , the gelled mass comprising a leading portion , a middle portion in which the inline inspection tool is located during pipeline inspection, and a trailing portion .
A method of heating a rotor of a vacuum pump , in particular of a turbomolecular pump , which has a rotor which is drivable by means of an electric motor and whose temperature is in the range of an environmental temperature during a first operating phase of the vacuum pump , wherein eddy currents are generated within the rotor during a second operating phase and effect a heating of the rotor to a desired temperature above the environmental temperature, characterized in that the eddy currents are generated by reducing the efficiency of the electric motor .
A communication method, comprising: receiving (S105), by an anchor access network device, a first request message from a new access network device, wherein the first request message comprises a cell radio network temporary identifier allocated by the new access network device for a terminal, the anchor access network device is an access network device that retains a context of the terminal, and there is a control plane link of the terminal between the anchor access network device and a core network; characterized by : storing, by the anchor access network device, the cell radio network temporary identifier; and sending (S106), by the anchor access network device a feedback message to the new access network device, wherein the feedback message indicates that the context of the terminal is not transferred, and in the case that the context of the terminal is not transferred, the cell radio network temporary identifier is used by the anchor access network device for security verification in a next radio resource control, RRC, connection resume process or next radio access network-based notification area update, RNAU, process of the terminal. storing, by the anchor access network device, the cell radio network temporary identifier; and sending (S106), by the anchor access network device a feedback message to the new access network device, wherein the feedback message indicates that the context of the terminal is not transferred, and in the case that the context of the terminal is not transferred, the cell radio network temporary identifier is used by the anchor access network device for security verification in a next radio resource control, RRC, connection resume process or next radio access network-based notification area update, RNAU, process of the terminal.
Drive comprising an electric motor and a gearing, the casing of the gearing having a casing part and a lid part , which in particular are interconnected, the casing part having bearing receptacles , a respective bearing seat being provided in each bearing receptacle , planar bearing-surface regions , which are aligned with one another, being shaped on the side of the casing part facing away from the bearing seat, i.e. the outside, the bearing-surface regions being arranged in a common plane, the casing part being a cast part, the electric motor having a rotor shaft and a motor casing , the rotor shaft being rotatably mounted in the motor casing by means of at least one bearing , an adapter flange being connected to the motor casing for conjoint rotation, characterised in that each bearing seat is discontinuous in the circumferential direction, a bayonet guide region being formed on the casing part , the axial width of the bayonet guide region increasing in the circumferential direction, the adapter flange having a lug region , in particular a bayonet lug, for engaging behind the bayonet guide region . the casing of the gearing having a casing part and a lid part , which in particular are interconnected, the casing part having bearing receptacles , a respective bearing seat being provided in each bearing receptacle , planar bearing-surface regions , which are aligned with one another, being shaped on the side of the casing part facing away from the bearing seat, i.e. the outside, the bearing-surface regions being arranged in a common plane, the casing part being a cast part, the electric motor having a rotor shaft and a motor casing , the rotor shaft being rotatably mounted in the motor casing by means of at least one bearing , an adapter flange being connected to the motor casing for conjoint rotation, characterised in that each bearing seat is discontinuous in the circumferential direction, a bayonet guide region being formed on the casing part , the axial width of the bayonet guide region increasing in the circumferential direction, the adapter flange having a lug region , in particular a bayonet lug, for engaging behind the bayonet guide region .
An antigen-binding protein, or an antigen-binding fragment thereof, comprising (i) a heavy chain variable domain comprising a VHCDR1 having the amino acid sequence GYTFSNYWIE (SEQ ID NO: 3); a VHCDR2 having the amino acid sequence EILPGSDSTNYNEKFKG (SEQ ID NO: 4), and a VHCDR3 having the amino acid sequence GGSNYGYYFDY (SEQ ID NO: 5); and (ii) a light chain variable domain comprising a VLCDR1 having the amino acid sequence KASQDVGTAVA (SEQ ID NO: 6), a VLCDR2 having the amino acid sequence WASTRHT (SEQ ID NO: 7), and a VLCDR3 having the amino acid sequence QQYSSYRT (SEQ ID NO: 8).
A vehicle operated remotely by an operator, comprising: a communication part configured to receive, in response to an operation on an acceleration input part performed by the operator, a vehicle operation signal including an accelerator input value; a steering angle sensor configured to measure a steering angle of the vehicle a speed sensor configured to measure a speed of the vehicle; and a controller configured to correct the accelerator input value such that in a case where the absolute value of the steering angle is greater than or equal to a threshold angle and the speed is greater than 0, the accelerator input value is corrected so that the speed is smaller than the speed at which the speed would be controlled by the accelerator input value in a case when the absolute value of the steering angle is smaller than the threshold angle and the speed is greater than 0; characterized in that the controller is further configured to correct the accelerator input value based on a delay time from the operation by the operator to the reception of the vehicle operation signal by the communication part; wherein the controller is configured to change the threshold angle based on a change in the delay time; and wherein the controller is configured to reduce the threshold angle as the delay time increases. a communication part configured to receive, in response to an operation on an acceleration input part performed by the operator, a vehicle operation signal including an accelerator input value; a steering angle sensor configured to measure a steering angle of the vehicle a speed sensor configured to measure a speed of the vehicle; and a controller configured to correct the accelerator input value such that in a case where the absolute value of the steering angle is greater than or equal to a threshold angle and the speed is greater than 0, the accelerator input value is corrected so that the speed is smaller than the speed at which the speed would be controlled by the accelerator input value in a case when the absolute value of the steering angle is smaller than the threshold angle and the speed is greater than 0; characterized in that the controller is further configured to correct the accelerator input value based on a delay time from the operation by the operator to the reception of the vehicle operation signal by the communication part; wherein the controller is configured to change the threshold angle based on a change in the delay time; and wherein the controller is configured to reduce the threshold angle as the delay time increases.
A transmission mode determining method, comprising: measuring (S301), by a first device, a first resource set based on first information, to obtain a first measurement value, wherein the first information comprises a subcarrier spacing of the first resource set, and the first resource set is to be used to transmit first data; and determining (S302), by the first device, a transmission mode of the first data based on the first measurement value, and/or determining, by the first device, a transmission parameter of the first data based on the first measurement value. measuring (S301), by a first device, a first resource set based on first information, to obtain a first measurement value, wherein the first information comprises a subcarrier spacing of the first resource set, and the first resource set is to be used to transmit first data; and determining (S302), by the first device, a transmission mode of the first data based on the first measurement value, and/or determining, by the first device, a transmission parameter of the first data based on the first measurement value.
Shaft seal for sealing off a shaft aperture of a blower , in particular a shaft seal for sealing off a shaft aperture of a radial blower, wherein the shaft seal has an axis of symmetry , wherein the shaft seal has a collar at a radially inner first end in the direction of the axis of symmetry , wherein, proceeding from the collar , the shaft seal comprises in succession away from the axis of symmetry in a radial direction a groove portion , an angular portion and a sealing lip , wherein the sealing lip is connected by way of a first end to the angular portion and is provided so as to be angled away from the angular portion , wherein the sealing lip has a second end which is provided spaced apart from the angular portion , wherein a first end of the collar and the second end of the sealing lip define a plane , wherein the angular portion is provided on a bottom side of the plane and the groove portion is provided on a top side of the plane , characterized in that , proceeding from the angular portion , the sealing lip extends in a radially obliquely extending manner in the direction of the axis of symmetry .
A process for testing casting parameters for use in casting of gas turbine engine components, the process comprising: a first casting modelling stage producing resulting casting parameters for a gas turbine engine part, the first casting modelling stage including a first computer simulation ; a second casting modelling stage performed using the resulting casting parameters of the first casting modelling stage, the second casting modelling stage including a second computer simulation of higher fidelity than the first computer simulation ; in parallel with the second casting modelling stage, casting a gas turbine engine part in a casting trial using the resulting casting parameters of the first casting modelling stage; and evaluating the casting trial by comparing results of the second casting modelling stage with results of the casting trial , wherein the comparing comprises determining presence or no presence in the casting trial of defects not predicted by the second computer simulation . a first casting modelling stage producing resulting casting parameters for a gas turbine engine part, the first casting modelling stage including a first computer simulation ; a second casting modelling stage performed using the resulting casting parameters of the first casting modelling stage, the second casting modelling stage including a second computer simulation of higher fidelity than the first computer simulation ; in parallel with the second casting modelling stage, casting a gas turbine engine part in a casting trial using the resulting casting parameters of the first casting modelling stage; and evaluating the casting trial by comparing results of the second casting modelling stage with results of the casting trial , wherein the comparing comprises determining presence or no presence in the casting trial of defects not predicted by the second computer simulation .
Hall-effect control button for a man-machine interface, characterized in that it comprises a base which is designed for mounting on the interface, and a control module comprising lighting means and a lighting board for the control of the lighting means on the basis of lighting signals originating from the interface, the control module being chosen among a series of interchangeable control modules , the control module comprise a combination of at least one lug , which engages respectively with a socket provided in the base for the mechanical attachment and electrical connection of the control module, wherein the lug and the socket are provided with complementary contacts for the transmission of lighting and power supply signals, the control module being manually actuable mounted on the base and comprising a bipolar magnet (M), the base being provided with means for the detection of the magnetic field emitted by the magnet.
A stent comprising: an elongated tubular body comprising a proximal portion , a distal portion , and a lumen extending between the proximal portion and the distal portion, wherein the elongated tubular body comprises one or more wires ; a first suture connected circumferentially to the proximal portion of the elongated tubular body, wherein the first suture is configured into a first grasping loop ; a second suture connected circumferentially to the distal portion of the elongated tubular body; characterised by : a third suture at least partially disposed within the lumen of the elongated tubular body, wherein the third suture is connected to the first suture and the second suture; wherein the stent is configured to collapse and assume a collapsed diameter when opposite axial forces are applied to the first grasping loop and the third suture. an elongated tubular body comprising a proximal portion , a distal portion , and a lumen extending between the proximal portion and the distal portion, wherein the elongated tubular body comprises one or more wires ; a first suture connected circumferentially to the proximal portion of the elongated tubular body, wherein the first suture is configured into a first grasping loop ; a second suture connected circumferentially to the distal portion of the elongated tubular body; characterised by : a third suture at least partially disposed within the lumen of the elongated tubular body, wherein the third suture is connected to the first suture and the second suture; wherein the stent is configured to collapse and assume a collapsed diameter when opposite axial forces are applied to the first grasping loop and the third suture. a third suture at least partially disposed within the lumen of the elongated tubular body, wherein the third suture is connected to the first suture and the second suture; wherein the stent is configured to collapse and assume a collapsed diameter when opposite axial forces are applied to the first grasping loop and the third suture.
A method of detecting an analyte, the method comprising: (a) contacting a sample comprising a cell with a polymeric separation medium comprising a microwell, wherein the polymeric separation medium comprises benzophenone functional groups that covalently bond one or more cellular components to the polymeric separation medium upon application of ultraviolet light, wherein the contacting is sufficient to position the cell in the microwell; (b) contacting the polymeric separation medium with a buffer sufficient to differentially lyse a sub-cellular compartment of the cell to produce a set of cellular components; (c) applying an electric field to the polymeric separation medium in a manner sufficient to move at least some of the set of cellular components into the polymeric separation medium to produce a set of separated cellular components in the polymeric separation medium, (d) applying UV light to form a covalent bond between the benzophenone functional groups and the separated cellular components; and (e) detecting the separated cellular components. (a) contacting a sample comprising a cell with a polymeric separation medium comprising a microwell, wherein the polymeric separation medium comprises benzophenone functional groups that covalently bond one or more cellular components to the polymeric separation medium upon application of ultraviolet light, wherein the contacting is sufficient to position the cell in the microwell; (b) contacting the polymeric separation medium with a buffer sufficient to differentially lyse a sub-cellular compartment of the cell to produce a set of cellular components; (c) applying an electric field to the polymeric separation medium in a manner sufficient to move at least some of the set of cellular components into the polymeric separation medium to produce a set of separated cellular components in the polymeric separation medium, (d) applying UV light to form a covalent bond between the benzophenone functional groups and the separated cellular components; and (e) detecting the separated cellular components.
A tape cartridge that is mountable on a tape printing device including a cartridge mounting portion on which the tape cartridge is mountable, a detecting portion for reading various types of information of the tape cartridge from a detected portion by applying detection light to the detected portion disposed in the tape cartridge , a holder in which the detecting portion is disposed, the tape cartridge mounted in a detachable manner in a mounting direction and a removal direction, the tape cartridge comprising: the detected portion disposed on a wall surface in the mounting direction; and an engaging portion disposed on a wall surface on a mounting direction side, and wherein the engaging portion is engaged with an engaged portion provided in the holder in which the detecting portion is disposed and performs positioning between the detecting portion and the detected portion via the holder , characterised in that the holder is biased toward an inside of the cartridge mounting portion by a unit biasing portion and that the holder is in contact with an outer wall of the tape cartridge when the tape cartridge is mounted on the cartridge mounting portion . the detected portion disposed on a wall surface in the mounting direction; and an engaging portion disposed on a wall surface on a mounting direction side, and wherein the engaging portion is engaged with an engaged portion provided in the holder in which the detecting portion is disposed and performs positioning between the detecting portion and the detected portion via the holder , characterised in that the holder is biased toward an inside of the cartridge mounting portion by a unit biasing portion and that the holder is in contact with an outer wall of the tape cartridge when the tape cartridge is mounted on the cartridge mounting portion .
A refrigerated display case door , comprising: a hinge rail comprising a channel portion and a hinge receiving portion ; a panel assembly comprising two panes of glass bounding a sealed space between the panes, the panel assembly having a first vertical edge disposed within the channel portion of the hinge rail; and a handle secured to a surface of the panel assembly proximate a second vertical edge of the panel assembly opposite the first vertical edge; wherein the sealed space is closed by a peripheral seal disposed between the panes along a periphery of the panes, the peripheral seal comprising a first material extending along a first portion of the periphery and a second material extending along a second, different portion of the periphery, wherein the first portion of the periphery is along the first vertical edge of the panel assembly and the second portion of the periphery is along the second vertical edge, and wherein the hinge rail is arranged to cover the peripheral seal applied along the first vertical edge; and wherein the second material has a higher transmittance of visible light than that of the first material. a hinge rail comprising a channel portion and a hinge receiving portion ; a panel assembly comprising two panes of glass bounding a sealed space between the panes, the panel assembly having a first vertical edge disposed within the channel portion of the hinge rail; and a handle secured to a surface of the panel assembly proximate a second vertical edge of the panel assembly opposite the first vertical edge; wherein the sealed space is closed by a peripheral seal disposed between the panes along a periphery of the panes, the peripheral seal comprising a first material extending along a first portion of the periphery and a second material extending along a second, different portion of the periphery, wherein the first portion of the periphery is along the first vertical edge of the panel assembly and the second portion of the periphery is along the second vertical edge, and wherein the hinge rail is arranged to cover the peripheral seal applied along the first vertical edge; and wherein the second material has a higher transmittance of visible light than that of the first material.