mhurhangee/ep-ind-claims huggingface dataset:
A beverage dispensing device, comprising: a handle having a plurality of depressible buttons on an exterior face; two or more butterfly actuation plates situated within the handle, each butterfly actuation plate movable in response to depression of one or more of the depressible buttons; a plurality of valves situated within the handle, each valve movable in response to actuation of one or more of the butterfly actuation plates, wherein each of the plurality of valves includes an O-ring cavity with an O-ring situated therein, and wherein each O-ring is positioned around a reciprocating valve stem passing through said O-ring cavity; characterized in that the beverage dispensing device further comprises two pairs of opposing slots (204a. 204b) situated within the handle, each pair of opposing slots situated adjacent to the plurality of valves; and two semi-flexible O-ring retaining clips, each semi-flexible O-ring retaining clip having a pair of opposing retaining tabs (203a, 203b) adapted to engage the opposing slots in the handle and to retain each O-ring within its respective O-ring cavity during reciprocation of the valve stems. a handle having a plurality of depressible buttons on an exterior face; two or more butterfly actuation plates situated within the handle, each butterfly actuation plate movable in response to depression of one or more of the depressible buttons; a plurality of valves situated within the handle, each valve movable in response to actuation of one or more of the butterfly actuation plates, wherein each of the plurality of valves includes an O-ring cavity with an O-ring situated therein, and wherein each O-ring is positioned around a reciprocating valve stem passing through said O-ring cavity; characterized in that the beverage dispensing device further comprises two pairs of opposing slots (204a. 204b) situated within the handle, each pair of opposing slots situated adjacent to the plurality of valves; and two semi-flexible O-ring retaining clips, each semi-flexible O-ring retaining clip having a pair of opposing retaining tabs (203a, 203b) adapted to engage the opposing slots in the handle and to retain each O-ring within its respective O-ring cavity during reciprocation of the valve stems.
Floating barrier for holding back material, such as a liquid, solids and/or objects, floating on a water mass, the barrier comprising: - an elongate barrier sheet; - a number of elongate floating bodies which are arranged at a distance from each other and which are configured to be attachable to the barrier sheet, wherein in the attached situation each floating body extends relative to both the front side and the rear side of the barrier sheet in order to hold the upper part of the barrier sheet in floating situation in a substantially upright position above the water surface, characterised in that a floating body is formed by a single rod-like element of buoyant material, wherein the rod-like body has a substantially round or rectangular cross-section, the floating bodies extend on either side relative to the barrier sheet over a lateral distance (a) which is greater than the overall height (h) of the barrier sheet and in that the floating bodies each extend transversally of the longitudinal direction (R L) of the barrier sheet, such that in use the floating bodies extend horizontally while the barrier sheet is positioned substantially vertically in the water. - an elongate barrier sheet; - a number of elongate floating bodies which are arranged at a distance from each other and which are configured to be attachable to the barrier sheet, wherein in the attached situation each floating body extends relative to both the front side and the rear side of the barrier sheet in order to hold the upper part of the barrier sheet in floating situation in a substantially upright position above the water surface,
An adhesion test system, comprising a driving wheel for simulating a traveling wheel, a driven wheel for simulating a steel rail, a driving device, a speed measuring device and a control device; the driving device is configured to provide a driving force for rotating the driving wheel; the driving wheel is configured to drive the driven wheel to rotate under the drive of the driving device; the speed measuring device is configured to detect rotation speeds of the driving wheel and the driven wheel, and transmit the rotation speeds of the driving wheel and the driven wheel to the control device; and the control device is configured to determine whether an idle-sliding phenomenon occurs according to the rotation speeds of the driving wheel and the driven wheel, and generate an idle-sliding signal when it is determined that an idle-sliding phenomenon occurs; characterized by the adhesion test system further comprising an idle wheel in contact with the driving wheel and the driven wheel, respectively; wherein the driving wheel is configured to drive the driven wheel to rotate via the idle wheel.
Vehicle having a great clearance capacity, comprising at least four wheels (R1-R4) and a base, the wheels being fixed in pairs to the base by rigid means (5, 6a, 6b, 7, 8a, 8b) and forming a bogie (2, 3) per pair of wheels, the bogies being articulated in terms of rotation to the base so that the pivot location of the trajectory of the wheels does not physically exist and that pivot location is located under the rotation axis of wheels when the bogie is horizontal; the rotation of one bogie being transmitted by a transmission means to the other bogie in such a manner that the inclination of each of the bogies in relation to the base forms an angle having a value which is identical but opposite.
Power tool, in particular saw, having a connecting region and having an actuating handle, wherein the actuating handle is arranged in a pivotable manner in the connecting region, wherein the actuating handle is pivotable into several pivoted positions and the actuating handle has at least one actuating switch (17, 18, 19, 20) for electrically actuating the power tool, wherein the connecting region and the actuating handle are connected together via a hinged connection and the hinged connection has a bearing eye and a handle pivot pin engaged with the bearing eye, characterized in that several actuating switches (17, 18, 19, 20) are provided, in that the connecting region has an electrical contact element, wherein the electrical contact element is mechanically actuable in a functionally active manner by at least one of the actuating switches (17, 18, 19, 20) in every pivoted position of the actuating handle, in that the connecting region has a switching element, in particular a switching bracket, that is displaceable by means of the actuating switches (17, 18, 19, 20), and in that the contact element is actuable by displacement of the switching element, in particular of the switching bracket, wherein the handle pivot pin has a cutout, wherein at least a part of the switching element, in particular a part of the switching bracket, preferably a connecting element, engages in the cutout, wherein the actuating switches (17, 18, 19, 20) each have an actuating button (42, 43, 44, 45), and wherein actuation of each particular actuating button (42, 43, 44, 45) is blocked when the actual pivoted position of the actuating handle deviates from the respectively assigned actuable pivoted position by more than a particular tolerance angle.
A coloring material comprising a protein-based pigment and a chelating agent, the protein-based pigment including a phycobiliprotein, the content of the protein-based pigment in the coloring material being 1% by mass or more and 70 % by mass or less, the content of the chelating agent in the coloring material being 30% by mass or more and 99% by mass or less, with the content of solid components in the coloring material being 100% by mass, wherein the content of water in the coloring material is 15% by mass or less, the coloring material is a powder, and the chelating agent includes at least one compound selected from the group consisting of citric acid, malic acid, ethylenediaminetetraacetic acid, and salts of citric acid, malic acid, and ethylenediaminetetraacetic acid.
- A system comprising: - a mobile and/or deformable surface, - at least one first and one second sensor (C1, C2) designed to provide respectively a first and a second measurement signal (S1, S2) relating to the shape and/or to the position of said mobile and/or deformable surface - and a processing circuit to gather said first and second measurement signal (S1, S2), said processing circuit being designed to determine the shape and/or the position of said mobile and/or deformable surface on the basis of said measurement signals (S1, S2), said system comprising for this purpose at least one first measurement pathway making it possible to gather the first measurement signal and a second measurement pathway making it possible to gather the second measurement signal, said system being characterized in that it constitutes a deformable mirror, said mobile and/or deformable surface forming a reflector member, said system comprising a common calibration member making it possible to inject a known calibration signal (S E) simultaneously into the first measurement pathway and the second measurement pathway so as to allow the calibration of all or part of the processing circuit, said common calibration member being designed such that the image signals (S'1, S'2, S'n) retrieved by said measurement pathways (V1, V2, Vn) in response to the injection of said calibration signal (S E) are substantially independent of the shape and of the position of said mobile surface, the common calibration member and the measurement pathways (V1, V2, Vn) belonging to one and the same multilayer structure, of the printed circuit board kind, said system comprising a plurality of actuators each possessing a mobile rig fixed to the mobile and/or deformable surface so as to be able to locally drive the latter in displacement, and in that the multilayer structure is drilled with passages allowing said mobile rigs to pass through it. - a mobile and/or deformable surface, - at least one first and one second sensor (C1, C2) designed to provide respectively a first and a second measurement signal (S1, S2) relating to the shape and/or to the position of said mobile and/or deformable surface - and a processing circuit to gather said first and second measurement signal (S1, S2),
A composition comprising: a microporous material having a plurality of void spaces with a porosity from at least 5% (v/v) to 50% (v/v), wherein the microporous material comprises a polymer of intrinsic microporosity, wherein a microporous material refers to an amorphous glassy polymer having interconnected pores with an average diameter of less than 10 nm, wherein the intrinsic microporosity is used to mean the polymer provides a continuous network of interconnected molecular voids suitably of less than or equal to 2 nm in size; and an inorganic component comprising a halide containing salt occupying the void spaces, wherein the inorganic component is present in at least 5% (w/w), wherein the composition is ionically conductive. a microporous material having a plurality of void spaces with a porosity from at least 5% (v/v) to 50% (v/v), wherein the microporous material comprises a polymer of intrinsic microporosity, wherein a microporous material refers to an amorphous glassy polymer having interconnected pores with an average diameter of less than 10 nm, wherein the intrinsic microporosity is used to mean the polymer provides a continuous network of interconnected molecular voids suitably of less than or equal to 2 nm in size; and an inorganic component comprising a halide containing salt occupying the void spaces, wherein the inorganic component is present in at least 5% (w/w), wherein the composition is ionically conductive.
A method of a user equipment, UE, the method comprising: transmitting, to a network, a first non-access stratum, NAS, message including an indicator indicating that the UE supports domain name system, DNS, over transport layer security, TLS, or DNS over datagram TLS, DTLS; receiving, from the network, a second NAS message including DNS server security information in response to transmitting the first NAS message; and transmitting, to the network, a message based on the DNS server security information, wherein the DNS server security information comprises information on a security mechanism, information on a service port, and information on an authentication domain name. transmitting, to a network, a first non-access stratum, NAS, message including an indicator indicating that the UE supports domain name system, DNS, over transport layer security, TLS, or DNS over datagram TLS, DTLS; receiving, from the network, a second NAS message including DNS server security information in response to transmitting the first NAS message; and transmitting, to the network, a message based on the DNS server security information, wherein the DNS server security information comprises information on a security mechanism, information on a service port, and information on an authentication domain name.
A stent comprising: an annular body that is configured to include a waved strut having a bending portion and multiple main strut portions, wherein only an outer surface of the main strut portion and a side surface of an end portion of the main strut portion adjacent to the bending portion are coated with a drug except the bending portion. an annular body that is configured to include a waved strut having a bending portion and multiple main strut portions, wherein only an outer surface of the main strut portion and a side surface of an end portion of the main strut portion adjacent to the bending portion are coated with a drug except the bending portion.
A chocolate composition comprising cocoa butter, anhydrous milk fat and an emulsifier, characterized in that: - the cocoa butter comprises white cocoa butter having a Lovibond red value of maximum 2, and a Lovibond yellow value of maximum 15; - the anhydrous milk fat comprises white anhydrous milk fat having a yellowness index of from 0.3 to 5; and - the emulsifier is selected from ammonium phosphatide, polyglycerol polyricinoleate (PGPR), lecithin (bleached or not bleached), sugar esters, emulsifying waxes, polyglycerol fatty acid esters, polysorbates, sorban tristearates (STSs), monoglycerides, diglycerides and combinations of two or more thereof. - the cocoa butter comprises white cocoa butter having a Lovibond red value of maximum 2, and a Lovibond yellow value of maximum 15; - the anhydrous milk fat comprises white anhydrous milk fat having a yellowness index of from 0.3 to 5; and - the emulsifier is selected from ammonium phosphatide, polyglycerol polyricinoleate (PGPR), lecithin (bleached or not bleached), sugar esters, emulsifying waxes, polyglycerol fatty acid esters, polysorbates, sorban tristearates (STSs), monoglycerides, diglycerides and combinations of two or more thereof.
A method for using a nonvolatile memory including a plurality of cells, each of which stores a datum, comprising the steps of: i) carrying out a modification operation (22; 57) on the data of said memory, said modification operation comprising supplying an erasing or programming pulse; ii) verifying (23; 58) the correctness of the data of said memory cells; and iii) if step ii) has revealed more than a maximum number of incorrect datum, applying another erasing or programming pulses; wherein steps i) to iii) are repeated until: a maximum number of erasing or programming pulses has been supplied, or step ii) reveals less than the maximum number of incorrect datum; and iv)if step ii) has revealed at least one incorrect datum, but less than or equal to the maximum number of incorrect datum, and a maximum number of additional erasing or programming pulses has been supplied, correcting in-the-field (46; 76) said incorrect datum. i) carrying out a modification operation (22; 57) on the data of said memory, said modification operation comprising supplying an erasing or programming pulse; ii) verifying (23; 58) the correctness of the data of said memory cells; and iii) if step ii) has revealed more than a maximum number of incorrect datum, applying another erasing or programming pulses; wherein steps i) to iii) are repeated until: a maximum number of erasing or programming pulses has been supplied, or step ii) reveals less than the maximum number of incorrect datum; and a maximum number of erasing or programming pulses has been supplied, or step ii) reveals less than the maximum number of incorrect datum; and iv)if step ii) has revealed at least one incorrect datum, but less than or equal to the maximum number of incorrect datum, and a maximum number of additional erasing or programming pulses has been supplied, correcting in-the-field (46; 76) said incorrect datum.
Raiseable vehicle roof with a displaceable roof element and with a support device with which the roof element is supported displaceably on a frame surrounding a roof opening of a vehicle, so that the roof element covers the roof opening in a closing position and in an opening position is spaced at a distance, at least in areas, from the roof opening, characterised in that the support device comprises a raising device with at least one extendable push chain, which can be fixed between the frame and the roof element and displaces the roof element away from the frame during an extension movement of the push chain.
A boiler apparatus comprising: a multi-stage boiler including a housing that is divided into three separate chambers for various stages of an incineration process; a first chamber is used for a warming stage, a second chamber used for a main incineration stage, and third chamber used for a supplemental incineration stage; a conveyor extending longitudinally through each chamber of said multi-stage boiler, characterized in that the boiler apparatus is a bale boiler apparatus; a heat powered electric generator operatively connected to said multi-stage boiler; wherein said conveyor transports bales of material through each chamber of said multi-stage boiler such that said bales are burned to generate heat; and wherein said heat is used to power said heat powered electric generator in order to produce electricity. a multi-stage boiler including a housing that is divided into three separate chambers for various stages of an incineration process; a first chamber is used for a warming stage, a second chamber used for a main incineration stage, and third chamber used for a supplemental incineration stage; a conveyor extending longitudinally through each chamber of said multi-stage boiler, characterized in that the boiler apparatus is a bale boiler apparatus; a heat powered electric generator operatively connected to said multi-stage boiler; wherein said conveyor transports bales of material through each chamber of said multi-stage boiler such that said bales are burned to generate heat; and wherein said heat is used to power said heat powered electric generator in order to produce electricity.
A method of wireless communication, comprising: generating, at a base station, a first reference signal for a first subframe, wherein the generating includes: centering a first sequence of the first reference signal for a fixed set of resource blocks, RBs, around a predetermined common frequency, wherein the generation of the first sequence is independent of a system bandwidth; adding further sequences of the first reference signal around the first sequence to fill the system bandwidth; and transmitting, by the base station, the first reference signal in the first subframe to a user equipment, UE. generating, at a base station, a first reference signal for a first subframe, wherein the generating includes: centering a first sequence of the first reference signal for a fixed set of resource blocks, RBs, around a predetermined common frequency, wherein the generation of the first sequence is independent of a system bandwidth; adding further sequences of the first reference signal around the first sequence to fill the system bandwidth; and centering a first sequence of the first reference signal for a fixed set of resource blocks, RBs, around a predetermined common frequency, wherein the generation of the first sequence is independent of a system bandwidth; adding further sequences of the first reference signal around the first sequence to fill the system bandwidth; and transmitting, by the base station, the first reference signal in the first subframe to a user equipment, UE.
An end effector comprising: a first jaw member defining a first aperture at a distal end, the first jaw member comprising a first electrode located proximally of the first aperture, wherein the first electrode comprises a positive temperature coefficient material; and a second jaw member defining a second aperture at a distal end, the second jaw member comprising a second electrode located proximally of the second aperture, wherein the second electrode comprises a PTC material, and wherein the first and second electrodes (365a, 365b) are configured to deliver energy; and wherein the second jaw member is operatively coupled to the first jaw member, wherein the first and second apertures (366a, 366b) are configured to define a single aperture when the first and second jaw members (364a, 364b) are in a closed position, wherein the first and second jaw members (364a, 364b) define a longitudinal channel, the end effector comprising a cutting member slideably receivable within the longitudinal channel, wherein the cutting member is deployable along the longitudinal channel and the longitudinal channel is located proximally of the first and second apertures (366a, 366b), wherein the single aperture defines a first cross-sectional width transverse to a longitudinal axis of the end effector, the longitudinal channel defines a second cross-sectional width transverse to the longitudinal axis of the end effector, and wherein the first cross-sectional width is greater than the second cross-sectional width. a first jaw member defining a first aperture at a distal end, the first jaw member comprising a first electrode located proximally of the first aperture, wherein the first electrode comprises a positive temperature coefficient material; and a second jaw member defining a second aperture at a distal end, the second jaw member comprising a second electrode located proximally of the second aperture, wherein the second electrode comprises a PTC material, and wherein the first and second electrodes (365a, 365b) are configured to deliver energy; and wherein the second jaw member is operatively coupled to the first jaw member, wherein the first and second apertures (366a, 366b) are configured to define a single aperture when the first and second jaw members (364a, 364b) are in a closed position, wherein the first and second jaw members (364a, 364b) define a longitudinal channel, the end effector comprising a cutting member slideably receivable within the longitudinal channel, wherein the cutting member is deployable along the longitudinal channel and the longitudinal channel is located proximally of the first and second apertures (366a, 366b), wherein the single aperture defines a first cross-sectional width transverse to a longitudinal axis of the end effector, the longitudinal channel defines a second cross-sectional width transverse to the longitudinal axis of the end effector, and wherein the first cross-sectional width is greater than the second cross-sectional width.