mhurhangee/ep-ind-claims huggingface dataset:
A method for determining parameters of an object with respect to an observation point, comprising: transmitting electromagnetic signals from the observation point, said electromagnetic signals being defined by a plurality of sections, a first section of the electromagnetic signals comprising a continuous-wave, CW, electromagnetic signal, a second section of the electromagnetic signals comprising a chirp electromagnetic signal, the chirp electromagnetic signal comprising a plurality of subsections divided in time; detecting reflected signals at a detector, the reflected signals being the transmitted electromagnetic signals reflected from the object, the reflected signals comprising a reflected CW signal being the CW electromagnetic signal reflected from the object and a reflected chirp signal being the chirp electromagnetic signal reflected from the object, said detecting reflected signals comprising: (i) generating a plurality of samples of the reflected CW signal, and (ii) generating a plurality of samples of the reflected chirp signal; determining a velocity value of the object from the reflected CW signal; determining a first set of phase differences, with respect to the chirp signal, from Doppler velocities among the plurality of samples of the reflected CW signal; determining a second set of phase differences between a chirp A and chirp B, which are identical frequency-stepped chirps that are separated in time, among the plurality of samples of the reflected chirp signal; and processing the first and second sets of phase differences to determine the distance and relative speed of the object. transmitting electromagnetic signals from the observation point, said electromagnetic signals being defined by a plurality of sections, a first section of the electromagnetic signals comprising a continuous-wave, CW, electromagnetic signal, a second section of the electromagnetic signals comprising a chirp electromagnetic signal, the chirp electromagnetic signal comprising a plurality of subsections divided in time; detecting reflected signals at a detector, the reflected signals being the transmitted electromagnetic signals reflected from the object, the reflected signals comprising a reflected CW signal being the CW electromagnetic signal reflected from the object and a reflected chirp signal being the chirp electromagnetic signal reflected from the object, said detecting reflected signals comprising: (i) generating a plurality of samples of the reflected CW signal, and (ii) generating a plurality of samples of the reflected chirp signal; determining a velocity value of the object from the reflected CW signal; determining a first set of phase differences, with respect to the chirp signal, from Doppler velocities among the plurality of samples of the reflected CW signal; determining a second set of phase differences between a chirp A and chirp B, which are identical frequency-stepped chirps that are separated in time, among the plurality of samples of the reflected chirp signal; and processing the first and second sets of phase differences to determine the distance and relative speed of the object.
Method of cleaning deposited material from a molding surface of a mold for forming ophthalmic lenses, in particular contact lenses, the method comprising the steps of: - bringing a cleaning head having a rotational axis into contact with the molding surface, the cleaning head having a concave or convex shape matching the concave or convex shape of the molding surface, - rotating the cleaning head around the rotational axis while maintaining the contact between the cleaning head and the molding surface, characterized by the rotational axis of the cleaning head being arranged normal to the molding surface, and by the further steps: - moving the cleaning head to perform a precession motion around a central normal on the molding surface running through the apex thereof, while rotating the cleaning head around the rotational axis and while maintaining the contact between the cleaning head and the molding surface, wherein during the precession motion the rotational axis of the cleaning head includes an inclination angle (α 1,α 2) with the central normal on the molding surface. - bringing a cleaning head having a rotational axis into contact with the molding surface, the cleaning head having a concave or convex shape matching the concave or convex shape of the molding surface, - rotating the cleaning head around the rotational axis while maintaining the contact between the cleaning head and the molding surface, - moving the cleaning head to perform a precession motion around a central normal on the molding surface running through the apex thereof, while rotating the cleaning head around the rotational axis and while maintaining the contact between the cleaning head and the molding surface,
A medication delivery device comprising: a device body; and a dose setting component coupled to said device body and rotatable relative to said device body in relation to an amount of a set or delivered dose, said dose setting component having a proximal surface; characterized in that the device further comprises: an annular sensed element for use in dose detection, wherein the annular sensed element is an annular magnet and is positioned on the proximal surface of said dose setting component; and a carrier axially and rotationally fixed to said dose setting component and including a proximal overlapping support bearing distally against a proximal surface of said annular sensed element, opposite the proximal surface of said dose setting component, to sandwich the annular sensed element between the overlapping support and the proximal surface of said dose setting component, said carrier axially and rotationally fixing said annular sensed element to said dose setting component. a device body; and a dose setting component coupled to said device body and rotatable relative to said device body in relation to an amount of a set or delivered dose, said dose setting component having a proximal surface; characterized in that the device further comprises: an annular sensed element for use in dose detection, wherein the annular sensed element is an annular magnet and is positioned on the proximal surface of said dose setting component; and a carrier axially and rotationally fixed to said dose setting component and including a proximal overlapping support bearing distally against a proximal surface of said annular sensed element, opposite the proximal surface of said dose setting component, to sandwich the annular sensed element between the overlapping support and the proximal surface of said dose setting component, said carrier axially and rotationally fixing said annular sensed element to said dose setting component. an annular sensed element for use in dose detection, wherein the annular sensed element is an annular magnet and is positioned on the proximal surface of said dose setting component; and a carrier axially and rotationally fixed to said dose setting component and including a proximal overlapping support bearing distally against a proximal surface of said annular sensed element, opposite the proximal surface of said dose setting component, to sandwich the annular sensed element between the overlapping support and the proximal surface of said dose setting component, said carrier axially and rotationally fixing said annular sensed element to said dose setting component.
An oxygen generating composition for producing a breathable gas upon ignition of the composition, the composition comprising: iron powder as a fuel; strontium peroxide; and an oxygen source selected from the group consisting of alkali metal chlorates, alkali metal perchlorates, and mixtures thereof, characterized in that strontium peroxide is the sole catalyst and is the sole chlorine suppressant for the oxygen generating composition. iron powder as a fuel; strontium peroxide; and an oxygen source selected from the group consisting of alkali metal chlorates, alkali metal perchlorates, and mixtures thereof, characterized in that strontium peroxide is the sole catalyst and is the sole chlorine suppressant for the oxygen generating composition.
A wire-drawing method, comprising: providing a rod comprising a wrapped sheet (28, 58), wherein the sheet (28, 58) comprises a plurality of copper layers (12, 12') and a plurality of graphene layers (14a, 14a', 14b, 14b'); extracting an inner layer of the wrapped sheet (28, 58) from the rod to form a spiral; and forming a wire by feeding the spiral through an opening (98a, 98b, 98c) of a die unit (94; 96a, 96b, 96c). providing a rod comprising a wrapped sheet (28, 58), wherein the sheet (28, 58) comprises a plurality of copper layers (12, 12') and a plurality of graphene layers (14a, 14a', 14b, 14b'); extracting an inner layer of the wrapped sheet (28, 58) from the rod to form a spiral; and forming a wire by feeding the spiral through an opening (98a, 98b, 98c) of a die unit (94; 96a, 96b, 96c).
A composition for use in treating cancer in a human, the composition comprising an engineered oncolytic Zika virus (ZIKV) comprising a 10 nucleotide deletion in a 3' untranslated region (3'UTR) of the ZIKV genome, wherein the deletion in the 3'UTR affects sfRNA generation.
A method of communication in a multi-Subscriber Identity Module, SIM, enabled User Equipment, UE, the method comprising: registering the UE with a network of a first SIM; establishing a secure communication tunnel between the UE and the network of the first SIM; characterised by: establishing a connection between the UE and a network of a second SIM through the secure communication tunnel established between the UE and the network of the first SIM and through one of an evolved Packet Data Gateway, ePDG, and a Non-3GPP Inter-working Function, N3IWF; registering the UE with the network of the second SIM over the connection established between the UE and the network of the second SIM; and receiving a message indicating at least one downlink service pending at the network of the second SIM, over the secure communication tunnel between the UE and the network of the first SIM. registering the UE with a network of a first SIM; establishing a secure communication tunnel between the UE and the network of the first SIM; characterised by: establishing a connection between the UE and a network of a second SIM through the secure communication tunnel established between the UE and the network of the first SIM and through one of an evolved Packet Data Gateway, ePDG, and a Non-3GPP Inter-working Function, N3IWF; registering the UE with the network of the second SIM over the connection established between the UE and the network of the second SIM; and receiving a message indicating at least one downlink service pending at the network of the second SIM, over the secure communication tunnel between the UE and the network of the first SIM. establishing a connection between the UE and a network of a second SIM through the secure communication tunnel established between the UE and the network of the first SIM and through one of an evolved Packet Data Gateway, ePDG, and a Non-3GPP Inter-working Function, N3IWF; registering the UE with the network of the second SIM over the connection established between the UE and the network of the second SIM; and receiving a message indicating at least one downlink service pending at the network of the second SIM, over the secure communication tunnel between the UE and the network of the first SIM.
A radiation grill unit comprising (i) a food support unit, and (ii) a radiation unit hosting an IR radiation heater, wherein the radiation unit is configured to provide IR radiation in a direction of the food support unit, further comprising (iii) a radiation grill unit cavity configured to host a drip tray, wherein the radiation grill unit comprises said drip tray, characterized in that the drip tray is configured in the radiation grill unit cavity out the line of sight of direct IR radiation from the radiation heater.
An apparatus for controlling fluid flow through a section of medical tubing, comprising: an adapter coupled to an end of the section of medical tubing, the adapter having a lumen wherein the lumen of the adapter and the section of medical tubing are in fluid communication; and a septum disposed within the lumen of the adapter, the septum blocking fluid flow between the section of medical tubing and the adapter, the fluid flow being unblocked by either exerting a force on at least one contact surface of the septum, or by inserting a probe into the lumen of the adapter whereby the probe displaces a portion of the septum and unblocks the fluid flow, wherein the septum further comprises at least one slit, the at least one slit forming a pathway through the septum characterized by an actuator deposited within a portion of the septum, the actuator comprising an interface surface such that when the probe contacts the interface surface and advances the actuator through the pathway of the septum, the actuator biases open the slit of the septum. an adapter coupled to an end of the section of medical tubing, the adapter having a lumen wherein the lumen of the adapter and the section of medical tubing are in fluid communication; and a septum disposed within the lumen of the adapter, the septum blocking fluid flow between the section of medical tubing and the adapter, the fluid flow being unblocked by either exerting a force on at least one contact surface of the septum, or by inserting a probe into the lumen of the adapter whereby the probe displaces a portion of the septum and unblocks the fluid flow, wherein the septum further comprises at least one slit, the at least one slit forming a pathway through the septum characterized by an actuator deposited within a portion of the septum, the actuator comprising an interface surface such that when the probe contacts the interface surface and advances the actuator through the pathway of the septum, the actuator biases open the slit of the septum.
A method of making a root end of a wind turbine blade, the root end having a root end surface that connects to a wind turbine hub via a pitch bearing when the blade is installed on a wind turbine, and the method comprising: (a) providing a plurality of bores in the root end of the blade, each bore extending axially into the blade and having an opening defined at the root end surface; (b) providing a plurality of plugs, each plug having a substantially solid first end portion; (c) inserting the plugs into the respective bores each to a depth whereby the first end portions of the respective plugs extend inside the bores and form a seal against an internal surface of the bore and a sacrificial portion of the first end portion of each plug protrudes from the opening of the respective bore at the root end surface; and (d) machining the root end surface to form a substantially flat root end surface for interfacing with the pitch bearing, wherein the step of machining the root end surface comprises removing the protruding sacrificial portions of the protruding plugs leaving the remaining first end portions of the respective plugs substantially flush with the root end surface. (a) providing a plurality of bores in the root end of the blade, each bore extending axially into the blade and having an opening defined at the root end surface; (b) providing a plurality of plugs, each plug having a substantially solid first end portion; (c) inserting the plugs into the respective bores each to a depth whereby the first end portions of the respective plugs extend inside the bores and form a seal against an internal surface of the bore and a sacrificial portion of the first end portion of each plug protrudes from the opening of the respective bore at the root end surface; and (d) machining the root end surface to form a substantially flat root end surface for interfacing with the pitch bearing, wherein the step of machining the root end surface comprises removing the protruding sacrificial portions of the protruding plugs leaving the remaining first end portions of the respective plugs substantially flush with the root end surface.
A driver assistance system having an emergency stop function for a motor vehicle, wherein the motor vehicle comprises - an electric parking brake and - parking-brake operating element for activating an electric parking brake, and the driver assistance system is designed - to activate an emergency stop function in accordance with the actuation of the parking-brake operating element and, - as part of the emergency stop function, to perform an autonomous emergency stop driving manoeuvre for the emergency stopping of the vehicle, characterised in that the driver assistance system is designed to activate the emergency stop function in response to an end of the actuation of the parking-brake operating element. - an electric parking brake and - parking-brake operating element for activating an electric parking brake, and the driver assistance system is designed - to activate an emergency stop function in accordance with the actuation of the parking-brake operating element and, - as part of the emergency stop function, to perform an autonomous emergency stop driving manoeuvre for the emergency stopping of the vehicle,
A socket system (40, 80, 90, 100, or 110) for attachment of a prosthetic device to a residual limb of an individual, the residual limb having a volume, a surface area, and a length defined between a proximal end and a distal end along a longitudinal axis, wherein the socket system comprises: a. a rigid support (2, 2A, 2B, 2C, or 2D), the rigid support having a rigid member and a distal base (30, 30A, 30B, 30C, or 30D), wherein the rigid member is configured to extend along the length of the residual limb, and wherein the rigid member is shaped to conform to between about 15% and about 75% of the surface area of the residual limb, to thereby define, when in use, a balance of the surface area of the residual limb unsupported by the rigid member (32, 32A, 32B, 32C, or 32D); b. a non-elastic, non-rigid, flexible support (4, 4A, 4B or 4C) made from one or more materials used to make wearable garments, wherein the non-elastic, non-rigid, flexible support is fixedly secured along its length to the rigid support and positioned, when in use, to cover the balance of the surface area of the residual limb unsupported by the rigid member, wherein the rigid member and the non-elastic, non-rigid, flexible support are configured to cover opposing sides along the longitudinal axis of the residual limb; and c. an adjuster to maintain a volumetric fit of the socket system to the residual limb, wherein the adjuster is directly attached to each of the rigid support and the non-elastic, non-rigid, flexible support; wherein, when in use, and the adjuster has been adjusted to maintain a volumetric fit, the socket system maintains hydrostatic weight bearing while the volume of the residual limb changes. a. a rigid support (2, 2A, 2B, 2C, or 2D), the rigid support having a rigid member and a distal base (30, 30A, 30B, 30C, or 30D), wherein the rigid member is configured to extend along the length of the residual limb, and wherein the rigid member is shaped to conform to between about 15% and about 75% of the surface area of the residual limb, to thereby define, when in use, a balance of the surface area of the residual limb unsupported by the rigid member (32, 32A, 32B, 32C, or 32D); b. a non-elastic, non-rigid, flexible support (4, 4A, 4B or 4C) made from one or more materials used to make wearable garments, wherein the non-elastic, non-rigid, flexible support is fixedly secured along its length to the rigid support and positioned, when in use, to cover the balance of the surface area of the residual limb unsupported by the rigid member, wherein the rigid member and the non-elastic, non-rigid, flexible support are configured to cover opposing sides along the longitudinal axis of the residual limb; and c. an adjuster to maintain a volumetric fit of the socket system to the residual limb, wherein the adjuster is directly attached to each of the rigid support and the non-elastic, non-rigid, flexible support;
Fixation system for and with a cable- or busbar- bushing through the housing wall of a medium voltage switchgear, with a gasket and a grading shield between the cable or busbar and the opening in the housing wall, characterized in, that the gasket and the grading shield are part of a bayonet flange, which corresponds with an opening in the medium voltage switchgear housing wall, wherein the aforesaid opening in the housing wall of the switchgear comprises at its inner circumferential border line at least one complementary slit to a fixation element of the bayonet flange, such that the cable- or busbar-bushing with the grading shield and gasket can be fixed in the aforesaid opening in the housing of the switchgear.
A foldable display device comprising: a foldable display panel; a back cover configured to cover a rear side of the foldable display panel; and a coupling member configured to couple the foldable display panel and the back cover to each other, wherein the foldable display panel has one or more folding sections that are folding areas and flat sections disposed at both sides of each of the folding sections, the back cover includes folding covers covering the folding sections and flat covers covering the flat sections, the folding covers and the flat covers are connected to each other, the folding covers each have one or more first coupling portions for connection with the flat covers, the flat covers each have one or more second coupling portions for connection with the folding covers to be coupled to the first coupling portions, and when the folding sections are folded, a coupling state between the first coupling portions and the second coupling portions is changed in accordance with folding of the display panel such that the display panel is folded with the folding section of the display panel and the folding cover in close contact with each other so that the folding cover supports the folding section, characterized in that folding supporters having a U-shaped bending portion, a first supporting portion disposed at an end of the bending portion, and a second supporting portion disposed at another end of the bending portion are disposed on the folding cover, and wherein the folding supporters are rotatable about a middle portion of the bending portion. a foldable display panel; a back cover configured to cover a rear side of the foldable display panel; and a coupling member configured to couple the foldable display panel and the back cover to each other, wherein the foldable display panel has one or more folding sections that are folding areas and flat sections disposed at both sides of each of the folding sections, the back cover includes folding covers covering the folding sections and flat covers covering the flat sections, the folding covers and the flat covers are connected to each other, the folding covers each have one or more first coupling portions for connection with the flat covers, the flat covers each have one or more second coupling portions for connection with the folding covers to be coupled to the first coupling portions, and when the folding sections are folded, a coupling state between the first coupling portions and the second coupling portions is changed in accordance with folding of the display panel such that the display panel is folded with the folding section of the display panel and the folding cover in close contact with each other so that the folding cover supports the folding section, characterized in that folding supporters having a U-shaped bending portion, a first supporting portion disposed at an end of the bending portion, and a second supporting portion disposed at another end of the bending portion are disposed on the folding cover, and wherein the folding supporters are rotatable about a middle portion of the bending portion.