mhurhangee/ep-ind-claims huggingface dataset:
A color-changing polymeric material, wherein the material is formed from a thermoplastic composition containing a continuous phase that includes a matrix polymer, colorant, microinclusion additive, and nanoinclusion additive, wherein the colorant includes an inorganic pigment, an organic pigment, a carbon pigment, or a combination thereof, wherein the microinclusion additive and nanoinclusion additive are dispersed within the continuous phase in the form of discrete domains, wherein a porous network is formed in the polymeric material when subjected to a deformational strain in a solid state, and wherein the polymeric material exhibits a first color prior to being subjected to the deformational strain and a second color after being subjected to the deformational strain, the first color being different than the second color.
An apparatus configured to operate as a Serving Call Session Control Function, S-CSCF, within an IP Multimedia Subsystem, IMS, the apparatus comprising: a receiver configured to receive charging function information for a subscriber, wherein the charging function information is including a number of charging function profiles, each charging function profile defining the address(es) of the charging function(s) to be used for that charging function profile, specifying whether an IMS network element should send charging information for the subscriber to an offline charging function and whether an IMS network element should send charging information for the subscriber to an online charging function; a processor configured to generate messages distributing the charging function information to the IMS network elements providing services to the subscriber; a transmitter configured to send the messages to the IMS network elements providing services to the subscriber; characterized in that the received charging function information further specifies the charging function profile that should be applied by each of a plurality of applications supported by an application server. a receiver configured to receive charging function information for a subscriber, wherein the charging function information is including a number of charging function profiles, each charging function profile defining the address(es) of the charging function(s) to be used for that charging function profile, specifying whether an IMS network element should send charging information for the subscriber to an offline charging function and whether an IMS network element should send charging information for the subscriber to an online charging function; a processor configured to generate messages distributing the charging function information to the IMS network elements providing services to the subscriber; a transmitter configured to send the messages to the IMS network elements providing services to the subscriber; characterized in that the received charging function information further specifies the charging function profile that should be applied by each of a plurality of applications supported by an application server.
Connection arrangement for the connection of an electrical conductor, having - a busbar, - a clamping spring, by means of which the conductor which is to be connected is clamped against the busbar in a clamping position of the clamping spring, and - an actuating element, by means of which the clamping spring can be transferred from the clamping position into an open position, characterized by the provision of a retaining element which, in the open position, engages with the actuating element in order to hold the actuating element in position, wherein the retaining element has a pressure-exerting surface, wherein, for the purpose of transferring the clamping spring from the open position into the clamping position, the pressure-exerting surface can be actuated by the conductor which is to be connected and, by virtue of the pressure-exerting surface being actuated, the retaining element can be disengaged from the actuating element. - a busbar, - a clamping spring, by means of which the conductor which is to be connected is clamped against the busbar in a clamping position of the clamping spring, and - an actuating element, by means of which the clamping spring can be transferred from the clamping position into an open position,
An electric power steering device, comprising: a gearbox; and characterized by further comprising a driving control unit, which is coaxially connected to the gearbox through a mounting-portion contact surface corresponding to an end surface of the driving control unit, for controlling driving of a motor unit that is a steering assist force generation source, the driving control unit including an outer-diameter gradually increasing surface formed on one end portion thereof, the outer-diameter gradually increasing surface being connected so that an outer diameter thereof on the mounting-portion contact surface matches with an outer diameter of the gearbox and gradually enlarging along an axis direction. a gearbox; and characterized by further comprising a driving control unit, which is coaxially connected to the gearbox through a mounting-portion contact surface corresponding to an end surface of the driving control unit, for controlling driving of a motor unit that is a steering assist force generation source, the driving control unit including an outer-diameter gradually increasing surface formed on one end portion thereof, the outer-diameter gradually increasing surface being connected so that an outer diameter thereof on the mounting-portion contact surface matches with an outer diameter of the gearbox and gradually enlarging along an axis direction.
Use of an aromatic ester of formula in combination with a herbicide for enhancing the biological activity of the herbicide, said combination being in the form of a composition, wherein in the aromatic ester of formula; R 1 is COOR 2 n is 2 and each R 2 is independently selected from the group consisting of C 4 -C 20 alkyl, C 4 -C 22 alkenyl, C 4 -C 22 alkyldienyl and C 6 -C 22 alkyltrienyl; and wherein in the composition in use, (i) the aromatic ester constitutes from 0.05% to 1% w/w of the total composition and (ii) the herbicide constitutes from 0.001% to 0.1% w/w of the total composition. R 1 is COOR 2 n is 2 and each R 2 is independently selected from the group consisting of C 4 -C 20 alkyl, C 4 -C 22 alkenyl, C 4 -C 22 alkyldienyl and C 6 -C 22 alkyltrienyl;
A hydraulic suspension system for lowering the ride height of a vehicle comprising: at least one hydraulic shock absorber mounted to the suspension of the vehicle; characterized in that each of said hydraulic shock absorbers includes: a floating bearing in said hydraulic shock absorber being mounted on a piston rod in said hydraulic shock absorber, where said floating bearing being able to move longitudinally along said piston rod; and an inlet hydraulically connected to a central manifold; said central manifold being adapted to pump fluid into each of said hydraulic shock absorbers for moving said floating bearing in each of the hydraulic shock absorbers; wherein, when said floating bearing being moved in said hydraulic shock absorber, said floating bearing shortening said hydraulic shock absorber thereby lowering the ride height of the vehicle. at least one hydraulic shock absorber mounted to the suspension of the vehicle; characterized in that each of said hydraulic shock absorbers includes: a floating bearing in said hydraulic shock absorber being mounted on a piston rod in said hydraulic shock absorber, where said floating bearing being able to move longitudinally along said piston rod; and an inlet hydraulically connected to a central manifold; said central manifold being adapted to pump fluid into each of said hydraulic shock absorbers for moving said floating bearing in each of the hydraulic shock absorbers; wherein, when said floating bearing being moved in said hydraulic shock absorber, said floating bearing shortening said hydraulic shock absorber thereby lowering the ride height of the vehicle.
A hoist load sensor system, comprising: a boom assembly; a strain load sensor mechanically connectable to the boom assembly, wherein the strain load sensor is, in use, mounted on a flat surface of the boom assembly, wherein the strain load sensor is disposed in the load path of the boom assembly, wherein the flat surface is configured to create a surface that elastically deforms under load on the boom assembly, wherein the strain load sensor is configured to produce an output voltage with a predetermined relationship to the load on the boom assembly and the flat surface; an amplifier mechanically connectable to the boom assembly and electronically coupled to the strain load sensor, wherein the amplifier is configured to amplify a signal generated by the strain load sensor; a low-pass filter electronically connectable to the boom assembly and electronically coupled to the amplifier, wherein the low-pass filter is configured to filter an amplified signal from the amplifier; an input/output connector electronically coupled to the low-pass filter, wherein the input/output connector is configured to output a filtered signal from the low-pass filter; an electromagnetic interference filter, wherein the EMI filter is configured to filter a power signal from the input/output connector; and a precision reference component, wherein the precision reference component is configured to generate a reference signal for use by the strain load sensor. a boom assembly; a strain load sensor mechanically connectable to the boom assembly, wherein the strain load sensor is, in use, mounted on a flat surface of the boom assembly, wherein the strain load sensor is disposed in the load path of the boom assembly, wherein the flat surface is configured to create a surface that elastically deforms under load on the boom assembly, wherein the strain load sensor is configured to produce an output voltage with a predetermined relationship to the load on the boom assembly and the flat surface; an amplifier mechanically connectable to the boom assembly and electronically coupled to the strain load sensor, wherein the amplifier is configured to amplify a signal generated by the strain load sensor; a low-pass filter electronically connectable to the boom assembly and electronically coupled to the amplifier, wherein the low-pass filter is configured to filter an amplified signal from the amplifier; an input/output connector electronically coupled to the low-pass filter, wherein the input/output connector is configured to output a filtered signal from the low-pass filter; an electromagnetic interference filter, wherein the EMI filter is configured to filter a power signal from the input/output connector; and a precision reference component, wherein the precision reference component is configured to generate a reference signal for use by the strain load sensor.
A medical device, comprising: a disposable Ear-Nose-Throat tool, which is configured to perform a medical procedure in a patient ENT organ; a reusable handle, which is configured to hold and control the disposable ENT tool, and which comprises a position sensor configured to produce one or more position signals that are indicative of a first position of the reusable handle, wherein the handle comprises a mechanical connector configured to connect the disposable ENT tool to the handle, wherein the disposable ENT tool comprises a remotely readable memory configured to store a tool offset value indicative of a vector between coordinates of a point of connection of the disposable ENT tool to the connector and coordinates of a distal tip of the disposable ENT tool; and a processor, which is configured to: store a handle offset value indicative of a vector between coordinates of the mechanical connector and coordinates of the position sensor; read the tool offset value stored in the remotely readable memory; receive the position signals from the position sensor; and estimate, based on the position signals and a vector sum of the handle offset value and the tool offset value, a position of the distal tip of the disposable ENT tool in the patient ENT organ. a disposable Ear-Nose-Throat tool, which is configured to perform a medical procedure in a patient ENT organ; a reusable handle, which is configured to hold and control the disposable ENT tool, and which comprises a position sensor configured to produce one or more position signals that are indicative of a first position of the reusable handle, wherein the handle comprises a mechanical connector configured to connect the disposable ENT tool to the handle, wherein the disposable ENT tool comprises a remotely readable memory configured to store a tool offset value indicative of a vector between coordinates of a point of connection of the disposable ENT tool to the connector and coordinates of a distal tip of the disposable ENT tool; and a processor, which is configured to: store a handle offset value indicative of a vector between coordinates of the mechanical connector and coordinates of the position sensor; read the tool offset value stored in the remotely readable memory; receive the position signals from the position sensor; and estimate, based on the position signals and a vector sum of the handle offset value and the tool offset value, a position of the distal tip of the disposable ENT tool in the patient ENT organ. store a handle offset value indicative of a vector between coordinates of the mechanical connector and coordinates of the position sensor; read the tool offset value stored in the remotely readable memory; receive the position signals from the position sensor; and estimate, based on the position signals and a vector sum of the handle offset value and the tool offset value, a position of the distal tip of the disposable ENT tool in the patient ENT organ.
An orthopedic rail system which has - a first component with a receiving element and - a second component with a connection end for connecting to the receiving element, wherein - the receiving element has two stop walls lying opposite each other, - the connection end has two lateral walls lying opposite each other, and - the receiving element and the connection end are connectable to each other by at least one connection element, such that the lateral walls bear on the stop walls in the connected state, wherein the stop walls and the lateral walls, respectively, taper conically toward each other and the receiving element and the connection end are able to be positioned steplessly relative to each other, characterized in that the receiving element and the connection end are able to be positioned steplessly relative to each other in such a way, that they are connectable to each other particularly in the position in which they bear on each other in a manner free of play, wherein the rail system has at least one connection element for connecting the receiving element to the connection end, which is guided through an oblong hole in the first component or the second component. - a first component with a receiving element and - a second component with a connection end for connecting to the receiving element, - the receiving element has two stop walls lying opposite each other, - the connection end has two lateral walls lying opposite each other, and - the receiving element and the connection end are connectable to each other by at least one connection element, such that the lateral walls bear on the stop walls in the connected state,
A separator, comprising a) a rotatable drum with vertical rotational axis, in which a disc stack is preferably arranged; b) at least two grippers (8, 9) not rotating with the drum in operation for discharging mutually separated flowable phases, to which discharge lines (10, 11) are assigned and which are respectively arranged in gripper chambers (12, 13) of the drum, c) with the grippers (8, 9) respectively further comprising gripper shafts (29, 20) which protrude axially from the drum, characterized in that d) the gripper chambers (12, 13) with the two grippers (8, 9) revolve on different radii about the rotational axis radially offset with respect to each other relative to the rotational axis D, such that a chamber is formed radially between the outer circumference of the inner gripper shaft and the inner circumference of the outer gripper shaft, into which a fluid such as an inert gas can be introduced through a channel, which fluid can be pressed from the chamber up to and into the gripper chambers (12, 13) of the rotating system. a) a rotatable drum with vertical rotational axis, in which a disc stack is preferably arranged; b) at least two grippers (8, 9) not rotating with the drum in operation for discharging mutually separated flowable phases, to which discharge lines (10, 11) are assigned and which are respectively arranged in gripper chambers (12, 13) of the drum, c) with the grippers (8, 9) respectively further comprising gripper shafts (29, 20) which protrude axially from the drum, characterized in that d) the gripper chambers (12, 13) with the two grippers (8, 9) revolve on different radii about the rotational axis radially offset with respect to each other relative to the rotational axis D, such that a chamber is formed radially between the outer circumference of the inner gripper shaft and the inner circumference of the outer gripper shaft, into which a fluid such as an inert gas can be introduced through a channel, which fluid can be pressed from the chamber up to and into the gripper chambers (12, 13) of the rotating system.
Contact set for a connection socket, wherein the contact set has at least two contact elements, wherein the contact elements have at least one first section, one second section and one third section, wherein the first section has a connection element, wherein the contact elements are fixed in their position relative to one another by an insulating body in the second section, and wherein the third section has a contact surface for a contact element of a plug that is to be inserted into the connection socket, wherein the contact elements have a fourth section for contacting a compensation element which is able to be arranged between the fourth section and the insulating body, characterised in that the fourth sections of the contact elements are formed in such a way that there is a gap between the fourth section and the compensation element when inserting the compensation element between the fourth section and the insulating body, and the compensation element is contacted by the fourth section when a plug is inserted into the connection socket.
A method for directing ions directly from an exit lens of a mass spectrometer to a collector area of an electron multiplier and away from a channel area of the electron multiplier for a range of voltages that are applied to the electron multiplier, the method comprising: positioning an electron multiplier relative to an exit lens of a mass spectrometer to direct an ion beam directly from the exit lens to a collector area of the electron multiplier and not to a channel area of the electron multiplier for a range of electron multiplier voltages applied by at least one voltage source to the electron multiplier, and wherein the electron multiplier includes an aperture with an entrance cone and walls of the entrance cone comprise the collector area and an apex of the entrance cone comprises the channel area; and applying an electron multiplier voltage of the range of electron multiplier voltages to the electron multiplier using the at least one voltage source. positioning an electron multiplier relative to an exit lens of a mass spectrometer to direct an ion beam directly from the exit lens to a collector area of the electron multiplier and not to a channel area of the electron multiplier for a range of electron multiplier voltages applied by at least one voltage source to the electron multiplier, and wherein the electron multiplier includes an aperture with an entrance cone and walls of the entrance cone comprise the collector area and an apex of the entrance cone comprises the channel area; and applying an electron multiplier voltage of the range of electron multiplier voltages to the electron multiplier using the at least one voltage source.
Wristwatch comprising a watch case in which is housed a mechanical timepiece movement comprising a mechanical device for executing at least a first mechanical function, the watch case being associated with a bracelet in which is housed an electronic device arranged to execute at least a second electronic function, the execution of the second electronic function being dependent on the execution of the first mechanical function.
A battery pack comprising: a plurality of battery units, each of the battery units comprising a can, an electrode assembly accommodated in the can and comprising a first electrode plate, a second electrode plate, and a separator between the first and second electrode plates, and a cap plate coupled to the can, characterized in that all of the battery units being arranged next to each other in a first direction such that the cap plates of each of the battery units are facing the same direction; a protective circuit module is disposed on the on the cap plates of the battery units and electrically connected to the battery units; an upper cover is placed on the protective circuit module; and a lower cover under the battery units and opposite the upper cover comprises shock preventing portions protruding outward at both ends thereof. a plurality of battery units, each of the battery units comprising a can, an electrode assembly accommodated in the can and comprising a first electrode plate, a second electrode plate, and a separator between the first and second electrode plates, and a cap plate coupled to the can, characterized in that all of the battery units being arranged next to each other in a first direction such that the cap plates of each of the battery units are facing the same direction; a protective circuit module is disposed on the on the cap plates of the battery units and electrically connected to the battery units; an upper cover is placed on the protective circuit module; and a lower cover under the battery units and opposite the upper cover comprises shock preventing portions protruding outward at both ends thereof.