mhurhangee/patent-ind-claim-en huggingface dataset:
Patch radiofrequency identification device for tires, designed to be applied to an inner liner of a tire before or after tire vulcanization/curing and comprising a flexible multilayer planar structure including: • a substrate ; • a first insulating layer covering a first portion of the substrate , thereby leaving exposed a second portion thereof extending around said first portion; • a radiofrequency identification chip and a first antenna that are connected to each other and arranged on the first insulating layer ; • a second antenna (11A,11B,21,31A-31B) that is electromagnetically coupled with the first antenna and that extends, at least partially, on the first insulating layer ; wherein the radiofrequency identification chip , the first antenna and the second antenna (11A,11B,21,31A-31B) lie on one and the same plane; and • a second insulating layer covering the first insulating layer , the radiofrequency identification chip , the first antenna and, at least partially, the second antenna (11A,11B,21,31A-31B); characterized in that the second antenna (11A,11B,21,31A-31B) is a parasitic radiator. • a substrate ; • a first insulating layer covering a first portion of the substrate , thereby leaving exposed a second portion thereof extending around said first portion; • a radiofrequency identification chip and a first antenna that are connected to each other and arranged on the first insulating layer ; • a second antenna (11A,11B,21,31A-31B) that is electromagnetically coupled with the first antenna and that extends, at least partially, on the first insulating layer ; wherein the radiofrequency identification chip , the first antenna and the second antenna (11A,11B,21,31A-31B) lie on one and the same plane; and • a second insulating layer covering the first insulating layer , the radiofrequency identification chip , the first antenna and, at least partially, the second antenna (11A,11B,21,31A-31B);
A method for wireless communication, comprising: transmitting , from a user equipment, UE, a signal to a base station that the UE is capable of supporting a first feature set and a second feature set; receiving , from the base station via a downlink control information, DCI, transmission, allocated resources for a transmission of the first feature set or the second feature set and an indication whether the DCI allocates resources to the UE for an associated operation using the first feature set or the second feature set, wherein DCI associated with the first feature set has a same size as DCI associated with the second feature set; and communicating according to the first feature set or the second feature set based at least in part on the indication. transmitting , from a user equipment, UE, a signal to a base station that the UE is capable of supporting a first feature set and a second feature set; receiving , from the base station via a downlink control information, DCI, transmission, allocated resources for a transmission of the first feature set or the second feature set and an indication whether the DCI allocates resources to the UE for an associated operation using the first feature set or the second feature set, wherein DCI associated with the first feature set has a same size as DCI associated with the second feature set; and communicating according to the first feature set or the second feature set based at least in part on the indication.
A bulk ice preserver comprising: - An ice drying and storage compartment comprising: - A static or forced cold unit , - A fastening shaft or element that fastens - an ice drying receptacle to the drying and storage compartment , said fastening shaft is actuated by - a motor with double direction of rotation to produce the rotation of the ice drying receptacle , - sensors configured to aid the motor to control the rotation of the ice drying receptacle , - A waste collection tray equipped with a resistor to melt and evacuate the remains of the drying process through the drain , - various ice discharge doors , - An automaton or similar , connected to the ice maker , to the motor , to the sensors and to the resistor , the bulk ice preserver characterized in that the ice drying receptacle is a closed drum having a rotation axis going longitudinally through said closed drum, said rotation axis coinciding with the fastening shaft . - An ice drying and storage compartment comprising: - A static or forced cold unit , - A fastening shaft or element that fastens - an ice drying receptacle to the drying and storage compartment , said fastening shaft is actuated by - a motor with double direction of rotation to produce the rotation of the ice drying receptacle , - sensors configured to aid the motor to control the rotation of the ice drying receptacle , - A waste collection tray equipped with a resistor to melt and evacuate the remains of the drying process through the drain , - various ice discharge doors , - A static or forced cold unit , - A fastening shaft or element that fastens - an ice drying receptacle to the drying and storage compartment , said fastening shaft is actuated by - a motor with double direction of rotation to produce the rotation of the ice drying receptacle , - sensors configured to aid the motor to control the rotation of the ice drying receptacle , - A waste collection tray equipped with a resistor to melt and evacuate the remains of the drying process through the drain , - various ice discharge doors , - An automaton or similar , connected to the ice maker , to the motor , to the sensors and to the resistor ,
A removable spindle assembly for a blender comprising: a quick release coupler ; a container cover ; a spring ; a tube ; an inner spindle drive shaft ; and a blending tool , wherein said quick release coupler , spring and container cover are held concentrically around said tube and between said quick release coupler and said blending tool , characterized in that cogged couplers are affixed to an upper end of said tube and said tube at its lower end being affixed to said blending tool ; said cogged couplers being affixed to said inner spindle drive shaft and blending is accomplished through a combination of said inner spindle drive shaft , said tube being concentrically arranged, a combination of said cogged couplers and said blending tool , so as to cause said tube to turn in unison with said inner spindle drive shaft . a quick release coupler ; a container cover ; a spring ; a tube ; an inner spindle drive shaft ; and a blending tool , wherein said quick release coupler , spring and container cover are held concentrically around said tube and between said quick release coupler and said blending tool , characterized in that cogged couplers are affixed to an upper end of said tube and said tube at its lower end being affixed to said blending tool ; said cogged couplers being affixed to said inner spindle drive shaft and blending is accomplished through a combination of said inner spindle drive shaft , said tube being concentrically arranged, a combination of said cogged couplers and said blending tool , so as to cause said tube to turn in unison with said inner spindle drive shaft .
An apparatus, comprising a first wireless communications device having a processor, a memory, and a radio, the first wireless communications device configured to: determine a time period (L1) of potential interference in communications with a second wireless communications device, the potential interference to come from transmissions from a third wireless communications device; derive information describing when the time period will occur with reference to a repeating beacon interval (PAN1; PAN2); determine an information element containing a start time and a duration for the time period; transmit the information element to a network controller; and identify a transmission from the network controller containing a schedule for a communications period within the beacon interval such that the communications period does not overlap the time period in time. determine a time period (L1) of potential interference in communications with a second wireless communications device, the potential interference to come from transmissions from a third wireless communications device; derive information describing when the time period will occur with reference to a repeating beacon interval (PAN1; PAN2); determine an information element containing a start time and a duration for the time period; transmit the information element to a network controller; and identify a transmission from the network controller containing a schedule for a communications period within the beacon interval such that the communications period does not overlap the time period in time.
A magnetic impeller comprising a first blade and a second blade , wherein the first and second blades are adapted to rotate about a common axis, and wherein the first blade is disposed above the second blade , and wherein the magnetic impeller is adapted to permit substantial alignment of the first blade and the second blade in a first configuration, characterised in that the first blade comprises a first flange , and the second blade comprises a second flange , the first and second flanges limiting free relative rotation of the first and second blades , and in that the first blade can partially rotate without affecting the position of the second blade or physically engaging the second blade .
A method for generating mixed ink composed of at least two basic inks with a mixing ratio in a liquid electrophotography printing press comprising: using at least two basic ink tanks (I0), at least two basic ink connection tubes (I2), a mixing ink tank (I4), at least two leak tubes (I7) and at least two leak valves (I7), wherein the mixing ink tank (I4) is connected with each of the at least two basic ink connection tubes (I2) by one of the at least two leak tubes (I7) and one of the at least two leak valves (I7); determining a volume of a respective basic ink of the at least two basic inks according to the mixing ratio; calculating an interval for opening a respective leak valve (I7) corresponding to the respective basic ink based on an ink flow in a respective basic ink connection tube (I2) corresponding to the respective basic ink; and draining the volume to the mixing ink tank (I4) from the at least two basic ink tanks (I0) via a respective basic ink connection tube (I2) and a respective leak tube (I7) corresponding to the respective basic ink by opening the respective leak valve (I7) for the calculated interval. using at least two basic ink tanks (I0), at least two basic ink connection tubes (I2), a mixing ink tank (I4), at least two leak tubes (I7) and at least two leak valves (I7), wherein the mixing ink tank (I4) is connected with each of the at least two basic ink connection tubes (I2) by one of the at least two leak tubes (I7) and one of the at least two leak valves (I7); determining a volume of a respective basic ink of the at least two basic inks according to the mixing ratio; calculating an interval for opening a respective leak valve (I7) corresponding to the respective basic ink based on an ink flow in a respective basic ink connection tube (I2) corresponding to the respective basic ink; and draining the volume to the mixing ink tank (I4) from the at least two basic ink tanks (I0) via a respective basic ink connection tube (I2) and a respective leak tube (I7) corresponding to the respective basic ink by opening the respective leak valve (I7) for the calculated interval.
Method for refining a provided HDF building board having an upper side and a lower side , comprising the following steps: (a) in a first embossing step, a relief as at least one strip-shaped depression with a depth (T) is embossed into the upper side , (b) a decorative paper is applied to the embossed upper side , (c) an overlay paper as abrasion-resistance layer is applied to the decorative paper , (d) the thus prepared structure is fed to a press and pressed, (e) during the pressing process, in a second embossing step, there is again embossing into the at least one strip-shaped depression without changing the depth (T), characterized by the following steps: (f) the lower side is provided with a backing prior to the pressing process, (g) the building board is heated by means of steam before the first embossing step until a surface temperature of 30 to 50°C has been set, (h) and the press is a short-cycle press. (a) in a first embossing step, a relief as at least one strip-shaped depression with a depth (T) is embossed into the upper side , (b) a decorative paper is applied to the embossed upper side , (c) an overlay paper as abrasion-resistance layer is applied to the decorative paper , (d) the thus prepared structure is fed to a press and pressed, (e) during the pressing process, in a second embossing step, there is again embossing into the at least one strip-shaped depression without changing the depth (T), (f) the lower side is provided with a backing prior to the pressing process, (g) the building board is heated by means of steam before the first embossing step until a surface temperature of 30 to 50°C has been set, (h) and the press is a short-cycle press.
A distributor for a post-combustion lance , the distributor comprising: an annular member ; an inner reinforcing sleeve comprising a main body section , an intermediate annular slanted section and an annular open end portion ; and an outer sleeve , wherein the inner reinforcing sleeve defines a plurality of first openings and the annular member defines a plurality of second openings , wherein each of the first and second openings is in fluid communication, directly or indirectly, with a first cooling fluid passageway of the lance ; and wherein each of the first openings is contiguous with and in direct fluid communication with one of the second openings , wherein the inner and outer sleeves are connected to the annular member , the inner sleeve being disposed through the annular member so that the intermediate annular slanted section is seated within the annular member . an annular member ; an inner reinforcing sleeve comprising a main body section , an intermediate annular slanted section and an annular open end portion ; and an outer sleeve , wherein the inner reinforcing sleeve defines a plurality of first openings and the annular member defines a plurality of second openings , wherein each of the first and second openings is in fluid communication, directly or indirectly, with a first cooling fluid passageway of the lance ; and wherein each of the first openings is contiguous with and in direct fluid communication with one of the second openings , wherein the inner and outer sleeves are connected to the annular member , the inner sleeve being disposed through the annular member so that the intermediate annular slanted section is seated within the annular member .
A valve prosthesis comprising: an expandable frame comprising an outflow portion and an inflow portion at the bottom, wherein the inflow portion is connected to the outflow portion, the frame defining a central lumen extending between the outflow portion and the inflow portion wherein the frame is generally cylindrical in a fully expanded configuration, wherein, when the frame is in a fully expanded configuration, an outer surface of the inflow portion is concave, wherein the inflow portion has an upper inflow portion and a lower inflow portion , and wherein, when the frame is in the fully expanded configuration, the upper inflow portion flares outwardly from the central lumen of the frame to greater extent than the lower inflow portion ; wherein the outflow portion comprises (i) an undulating upper outflow portion having peaks and valleys , (ii) an undulating middle outflow portion having peaks and valleys , and (iii) an undulating lower outflow portion having peaks and valleys , wherein the valleys of the undulating upper outflow portion are connected to the peaks of the undulating middle outflow portion, and wherein the valleys of the undulating middle outflow portion are connected to the peaks of the undulating lower outflow portion ; and wherein the height (L1) of the upper outflow portion is greater than the height (L3) of the lower outflow portion , and wherein the height (L1) of the upper outflow portion is less than the height (L2) of the middle outflow portion . an expandable frame comprising an outflow portion and an inflow portion at the bottom, wherein the inflow portion is connected to the outflow portion, the frame defining a central lumen extending between the outflow portion and the inflow portion wherein the frame is generally cylindrical in a fully expanded configuration, wherein, when the frame is in a fully expanded configuration, an outer surface of the inflow portion is concave, wherein the inflow portion has an upper inflow portion and a lower inflow portion , and wherein, when the frame is in the fully expanded configuration, the upper inflow portion flares outwardly from the central lumen of the frame to greater extent than the lower inflow portion ; wherein the outflow portion comprises (i) an undulating upper outflow portion having peaks and valleys , (ii) an undulating middle outflow portion having peaks and valleys , and (iii) an undulating lower outflow portion having peaks and valleys , wherein the valleys of the undulating upper outflow portion are connected to the peaks of the undulating middle outflow portion, and wherein the valleys of the undulating middle outflow portion are connected to the peaks of the undulating lower outflow portion ; and wherein the height (L1) of the upper outflow portion is greater than the height (L3) of the lower outflow portion , and wherein the height (L1) of the upper outflow portion is less than the height (L2) of the middle outflow portion .
A system, comprising: a first tube for communicating a fluid through a wellbore ; a gap between the first tube and a first electromagnetic acoustic transducer, EMAT ; the first EMAT , wherein the first EMAT is positioned to magnetically couple with the first tube , the first EMAT comprising: a magnet ; and a wire coil positioned around the magnet ; and a second EMAT that is positioned to magnetically couple with the first tube ; wherein: the first EMAT is coupled to a power source and positioned to, responsive to receiving a power from the power source , apply a first magnetic force to the first tube for determining a density or a viscosity of the fluid; characterized in that the second EMAT is coupled to the power source and positioned to, responsive to receiving the power from the power source , apply a second magnetic force to the first tube for determining the density or the viscosity of the fluid; and wherein the first EMAT and the second EMAT are positioned symmetrically around a diameter of the first tube , in order to apply symmetric forces to the first tube . a first tube for communicating a fluid through a wellbore ; a gap between the first tube and a first electromagnetic acoustic transducer, EMAT ; the first EMAT , wherein the first EMAT is positioned to magnetically couple with the first tube , the first EMAT comprising: a magnet ; and a wire coil positioned around the magnet ; and a magnet ; and a wire coil positioned around the magnet ; and a second EMAT that is positioned to magnetically couple with the first tube ; wherein: the first EMAT is coupled to a power source and positioned to, responsive to receiving a power from the power source , apply a first magnetic force to the first tube for determining a density or a viscosity of the fluid; characterized in that the second EMAT is coupled to the power source and positioned to, responsive to receiving the power from the power source , apply a second magnetic force to the first tube for determining the density or the viscosity of the fluid; and wherein the first EMAT and the second EMAT are positioned symmetrically around a diameter of the first tube , in order to apply symmetric forces to the first tube . the first EMAT is coupled to a power source and positioned to, responsive to receiving a power from the power source , apply a first magnetic force to the first tube for determining a density or a viscosity of the fluid; characterized in that the second EMAT is coupled to the power source and positioned to, responsive to receiving the power from the power source , apply a second magnetic force to the first tube for determining the density or the viscosity of the fluid; and wherein the first EMAT and the second EMAT are positioned symmetrically around a diameter of the first tube , in order to apply symmetric forces to the first tube .
A reactor comprising: a coil including a wire that is covered with an insulating film and is wound, the coil having an inner side and an outer side and including on the outer side a first lateral surface and a second lateral surface different from the first lateral surface ; a cooler that faces the first lateral surface ; and an insulating heat radiation layer that is sandwiched between the first lateral surface and the cooler , wherein in the first lateral surface , the wire is not covered with the insulating film in the second lateral surface , the wire is covered with the insulating film , characterized in that a degree of flatness of the first lateral surface is lower than a degree of flatness of the second lateral surface , wherein the degree of flatness of the respective lateral surface of the coil is represented by the distance between a respective plane S1, that is on the respective lateral surface in contact with a winding turn of the coil defining an innermost portion of the respective lateral surface, and a respective plane S2 that is on the respective lateral surface in contact with a winding turn of the coil defining an outermost portion of the respective lateral surface, the plane S1 and the plane S2 being parallel to each other, thereby the degree of flatness being low meaning that there is a short distance between the plane S1 and the plane S2. a coil including a wire that is covered with an insulating film and is wound, the coil having an inner side and an outer side and including on the outer side a first lateral surface and a second lateral surface different from the first lateral surface ; a cooler that faces the first lateral surface ; and an insulating heat radiation layer that is sandwiched between the first lateral surface and the cooler , wherein in the first lateral surface , the wire is not covered with the insulating film in the second lateral surface , the wire is covered with the insulating film , characterized in that a degree of flatness of the first lateral surface is lower than a degree of flatness of the second lateral surface , wherein the degree of flatness of the respective lateral surface of the coil is represented by the distance between a respective plane S1, that is on the respective lateral surface in contact with a winding turn of the coil defining an innermost portion of the respective lateral surface, and a respective plane S2 that is on the respective lateral surface in contact with a winding turn of the coil defining an outermost portion of the respective lateral surface, the plane S1 and the plane S2 being parallel to each other, thereby the degree of flatness being low meaning that there is a short distance between the plane S1 and the plane S2.