mhurhangee/patent-ind-claim-en huggingface dataset:
A user equipment comprising: a processing module to generate an uplink message in a 3GPP LTE wireless network, wherein the uplink message comprises a power preference bit to assist in a selection of a power saving setting; wherein the processing module is configured to selectively set the power preference bit to indicate one of a normal power setting and a low power setting; and a radio frequency transceiver to transmit the uplink message to an eNodeB and to receive, in response, the power saving setting; wherein the processing module is further configured to determine that the radio frequency transceiver transmitted the uplink message to a first cell of the 3GPP LTE wireless network just prior to a handover of the UE from the first cell to a second cell of the 3GPP LTE wireless network; and wherein in response to the determination and after completion of the handover of the UE from the first cell to the second cell, the radio frequency transceiver initiates transmission of the uplink message to the second cell. a processing module to generate an uplink message in a 3GPP LTE wireless network, wherein the uplink message comprises a power preference bit to assist in a selection of a power saving setting; wherein the processing module is configured to selectively set the power preference bit to indicate one of a normal power setting and a low power setting; and a radio frequency transceiver to transmit the uplink message to an eNodeB and to receive, in response, the power saving setting; wherein the processing module is further configured to determine that the radio frequency transceiver transmitted the uplink message to a first cell of the 3GPP LTE wireless network just prior to a handover of the UE from the first cell to a second cell of the 3GPP LTE wireless network; and wherein in response to the determination and after completion of the handover of the UE from the first cell to the second cell, the radio frequency transceiver initiates transmission of the uplink message to the second cell.
An adapter assembly , comprising: a riser board that engages with an expansion slot disposed on a system board of a computer system, the riser board including a first riser expansion slot on one side of the riser board configured to mate with an expansion computer component; an adapter cage to removably and structurally mount to the riser board on the same side as the first riser expansion slot and to receive multiple computer components in a stacked fashion such that the computer components are perpendicular to the riser board and an adapter board of the adapter assembly; and the adapter board attached to or disposed on the adapter cage such that the adapter board is perpendicular to the riser board , the adapter board including multiple electrical connectors that are to mate, respectively, with complementary electrical connectors of the multiple computer components and facilitate electrical communication between the computer components and the computer system; wherein, when the adapter cage is structurally mounted to the same side of the riser board including the first riser expansion slot , at least one of the adapter cage , adapter board and multiple computer components impedes the first riser expansion slot from connecting with an expansion computer component, such that the first riser expansion slot is unengaged. a riser board that engages with an expansion slot disposed on a system board of a computer system, the riser board including a first riser expansion slot on one side of the riser board configured to mate with an expansion computer component; an adapter cage to removably and structurally mount to the riser board on the same side as the first riser expansion slot and to receive multiple computer components in a stacked fashion such that the computer components are perpendicular to the riser board and an adapter board of the adapter assembly; and the adapter board attached to or disposed on the adapter cage such that the adapter board is perpendicular to the riser board , the adapter board including multiple electrical connectors that are to mate, respectively, with complementary electrical connectors of the multiple computer components and facilitate electrical communication between the computer components and the computer system; wherein, when the adapter cage is structurally mounted to the same side of the riser board including the first riser expansion slot , at least one of the adapter cage , adapter board and multiple computer components impedes the first riser expansion slot from connecting with an expansion computer component, such that the first riser expansion slot is unengaged.
A method for predicting a response of a malignant disease to an immunotherapy configured to inhibit a PD-1 immune checkpoint signalling pathway, wherein a DNA methylation analysis of at least part of an immunoregulatory gene selected from CTLA4, CD86, CD28, CD80 and/or ICOS is carried out on cells of the malignant disease and/or on immune cells interacting with cells of the malignant disease, and the response of the malignant disease to the immunotherapy is predicted on the basis of the presence, absence and/or level of DNA methylation of the immunoregulatory gene, wherein the immunotherapy comprises a pharmaceutical compound that inhibits the PD-1 immune checkpoint signalling pathway by binding of the pharmaceutical compound to PD-1, PD-L1 and/or PD-L2, wherein the pharmaceutical compound comprises an anti-PD-1 antibody, an anti-PD-L1 antibody and/or an anti-PD-L2 antibody. wherein a DNA methylation analysis of at least part of an immunoregulatory gene selected from CTLA4, CD86, CD28, CD80 and/or ICOS is carried out on cells of the malignant disease and/or on immune cells interacting with cells of the malignant disease, and the response of the malignant disease to the immunotherapy is predicted on the basis of the presence, absence and/or level of DNA methylation of the immunoregulatory gene, wherein the immunotherapy comprises a pharmaceutical compound that inhibits the PD-1 immune checkpoint signalling pathway by binding of the pharmaceutical compound to PD-1, PD-L1 and/or PD-L2, wherein the pharmaceutical compound comprises an anti-PD-1 antibody, an anti-PD-L1 antibody and/or an anti-PD-L2 antibody.
A pneumatic tire comprising: a belt layer laminated and formed on an upper side of a carcass ply inside a tread portion ; and a plurality of air vent cords arranged between the carcass ply and the belt with a predetermined interval, wherein at least a part of the air vent cords is formed so as to have electrical conductivity, thus to electrically communicate the carcass ply and the belt layer with each other, characterized in that an electrically conductive coating layer is formed on the surface of the air vent cords so as to have the electrical conductivity, wherein the electrically conductive coating layer includes a carbon coating layer formed by coating the surface of the air vent cords with liquid carbon, and wherein the liquid carbon has an N 2 surface area (N 2 SA) within the range of 83 to 125 (m 2 /g). a belt layer laminated and formed on an upper side of a carcass ply inside a tread portion ; and a plurality of air vent cords arranged between the carcass ply and the belt with a predetermined interval, wherein at least a part of the air vent cords is formed so as to have electrical conductivity, thus to electrically communicate the carcass ply and the belt layer with each other, characterized in that an electrically conductive coating layer is formed on the surface of the air vent cords so as to have the electrical conductivity, wherein the electrically conductive coating layer includes a carbon coating layer formed by coating the surface of the air vent cords with liquid carbon, and wherein the liquid carbon has an N 2 surface area (N 2 SA) within the range of 83 to 125 (m 2 /g).
A system for accelerating rotation of a wind turbine with rotors having vertical rotation axis comprising an electrical generator, wherein the system further comprises the following features: on the upper end of an elongated rotor shaft there is an irreversible transmission installed with which there is connected a gearmotor with an electric motor connected by a unidirectional clutch with a pneumatic motor which, in turn, is coupled with a magnetic motor , whereby the electric motor , the pneumatic motor and the magnetic motor are connected with a controller to which there is also connected a mechanism for connecting and disconnecting the generator .
Method for operating a cooking appliance comprising at least one cooking chamber , in which food can be heated at least by means of high-frequency radiation, at least one parameter being set for a cooking process, the energy input introduced into the food being set as the parameter by means of an operating device , an evaluation device determining an energy input from the measured or ascertained data, and the evaluation device being connected to a control device, so that the cooking process is controlled such that a predetermined energy input into the food is ensured, characterised in that the status of the remaining energy input is displayed.
An apparatus for backward flow forming a material comprising: a mandrel having a headstock at a proximate end of the mandrel , the mandrel configured to rotate about an axis (A-A); a plurality of rollers disposed radially outward of the mandrel configured to exert force on the material to form a work piece at a plastic deformation zone , wherein the work piece flows from the plastic deformation zone between the plurality of rollers and the mandrel toward a distal end of the mandrel ; and a catcher , coaxial to the mandrel , and removably coupled to the work piece at a traveling end of the work piece , wherein the catcher is configured to travel with the traveling end of the work piece , characterised in that the catcher exerts a tension in the work piece . a mandrel having a headstock at a proximate end of the mandrel , the mandrel configured to rotate about an axis (A-A); a plurality of rollers disposed radially outward of the mandrel configured to exert force on the material to form a work piece at a plastic deformation zone , wherein the work piece flows from the plastic deformation zone between the plurality of rollers and the mandrel toward a distal end of the mandrel ; and a catcher , coaxial to the mandrel , and removably coupled to the work piece at a traveling end of the work piece , wherein the catcher is configured to travel with the traveling end of the work piece , characterised in that the catcher exerts a tension in the work piece .
A composition comprising ursolic acid, or a pharmaceutically acceptable salt, hydrate, solvate, or polymorph thereof, for use in the treatment of muscle atrophy.
Linear drive unit for an automatic sliding door, comprising a guide with an axis for supporting wheels of carriages of a sliding door wing and an oblong carrier , shaped as a longitudinal guide rail having a recumbent L-shaped cross section, whereby the shorter leg of the L has a perpendicular rib with a semi-circular convex part (1a"'), which is a mirror image of a convex part on the longer leg of the L, and that one end of the longer leg of the carrier has a pair of convex ends, which form a groove and that the other end has a second pair of convex ends that form a second groove (1b"), the guide is mounted along the semi-circular convex part (1a"') and is on its bottom part surrounded with a spacer provided between the guide and the perpendicular rib , wherein the spacer can be a two-sided adhesive tape from a PVC material, a tape of rubber or a tape of any other material suitable for reduction of vibration transfer from the carrier to the guide or vice versa, and a drive motor mounted to the oblong carrier , whereby the drive motor through a motor console and an elastic coupling of the linear drive unit transfers rotational movement to a threaded spindle of the linear drive unit, of which a floating threaded nut of the linear drive unit translationally moves a left and a right carriage of the sliding door wing in use with the automatic sliding door, the end of the threaded spindle is through the elastic coupling installed in a support console of the linear drive unit; the axes of the drive motor , the motor console , the elastic coupling , the threaded spindle , the floating threaded nut , the elastic coupling and the support console are in the same longitudinal axis, wherein the threaded floating nut is not fixedly mounted, but is placed in a holder of the floating nut so that during operation the threaded floating nut has a limited movement in the y and z axis, when axis x is the axis of the threaded spindle to enable correction of errors in the parallelism of the threaded spindle axis and the guide axis on which the left and right carriages run in both directions during use of the linear drive unit with the automatic sliding door, and a layer of rubber is applied to the holder of the floating threaded nut by vulcanization or by gluing.
Combustion engine by means of which mechanical energy is generated using operating agents containing carbon, such as natural gas or hydrogen, for example an internal combustion engine , a turbine or a jet engine which is provided for operation with a gaseous fuel, comprising a first fuel pressure tank connected to the combustion engine and comprising at least a second fuel pressure tank connected to the combustion engine , a first shutoff valve being associated with the first fuel pressure tank , a second shutoff valve being associated with the second fuel pressure tank , and characterized in that the first shutoff valve can be controlled separately from the second shutoff valve in such a way that, in the case of a cold start of the combustion engine in the first fuel pressure tank used for cold start and for cold run, the lowest possible pressure level is set which differs in its height from a pressure level set in the second fuel pressure tank in order to obtain the smallest possible pressure difference of the gaseous fuel when leaving the first fuel pressure tank during the cold start of the combustion engine in order to reduce the impact of the Joule-Thomson effect on components of the combustion engine , the lowest possible pressure level in the first fuel pressure tank being adjustable during a fueling process and/or during operation of the combustion engine and/or outside of the operation of the combustion engine . by means of which mechanical energy is generated using operating agents containing carbon, such as natural gas or hydrogen, for example an internal combustion engine , a turbine or a jet engine which is provided for operation with a gaseous fuel, comprising a first fuel pressure tank connected to the combustion engine and comprising at least a second fuel pressure tank connected to the combustion engine , a first shutoff valve being associated with the first fuel pressure tank , a second shutoff valve being associated with the second fuel pressure tank , and characterized in that the first shutoff valve can be controlled separately from the second shutoff valve in such a way that, in the case of a cold start of the combustion engine in the first fuel pressure tank used for cold start and for cold run, the lowest possible pressure level is set which differs in its height from a pressure level set in the second fuel pressure tank in order to obtain the smallest possible pressure difference of the gaseous fuel when leaving the first fuel pressure tank during the cold start of the combustion engine in order to reduce the impact of the Joule-Thomson effect on components of the combustion engine , the lowest possible pressure level in the first fuel pressure tank being adjustable during a fueling process and/or during operation of the combustion engine and/or outside of the operation of the combustion engine .
Profiled body for the manufacturing of lamps, comprising at least one seat for housing at least one light emitting device , characterized in that said profiled body comprises at least one portion made of a substantially transparent thermoplastic material to allow the light emission passing through it and at least one portion made of a thermally conductive material, wherein said thermally conductive material comprises a thermoplastic base material and at least one filler of heat-conducting material and the filler of heat-conducting material is selected from graphite, metal, carbon fiber, ceramic, or a combination of one or more thereof, wherein said substantially transparent thermoplastic material is co-extruded with said thermally conductive material, further comprising at least one interface between the at least one portion made of transparent thermoplastic material and the at least one portion made of thermally conductive material, wherein said interface has a curved, or hyperbolic, or parabolic shape, or a combination of flat, or curved, or hyperbolic, or parabolic shape, if seen in the plane of the section (S) of the profiled body.
Embankment-securing device, comprising a vertically and horizontally extending grid construction which is to be arranged on the embankment side, said grid construction comprising a plastic or wire grid and a supporting grid fixed thereto, wherein the plastic or wire grid can be set up by means of the supporting grid with the formation of an upper and a lower horizontal leg and, connecting them, a vertically extending leg which is supported via the supporting grid , which can be supported with respect to the lower leg via one or more supporting elements , characterized in that the supporting grid is a plastic panel having a multiplicity of apertures .
A sealing device comprising: a floating ring in a space between an outer circumference of a rotating shaft and an inner circumference of a housing ; a permeable damping member provided around an outer peripheral portion of the floating ring , and a sealing face (S) formed by an inner surface of the housing and a low-pressure-side side surface of the floating ring , wherein the permeable damping member is formed of a wire mesh damper formed from wire mesh composed of metallic wires or plastic wires woven into a mesh structure, characterized in that the sealing face (S) is provided with an introduction recess capable of introducing sealed fluid. a floating ring in a space between an outer circumference of a rotating shaft and an inner circumference of a housing ; a permeable damping member provided around an outer peripheral portion of the floating ring , and a sealing face (S) formed by an inner surface of the housing and a low-pressure-side side surface of the floating ring , wherein the permeable damping member is formed of a wire mesh damper formed from wire mesh composed of metallic wires or plastic wires woven into a mesh structure, characterized in that the sealing face (S) is provided with an introduction recess capable of introducing sealed fluid.
An agricultural working machine with a propulsion engine disposed in an engine compartment , an engine compartment cover , a cooling system with a cooling fan for cooling the propulsion engine , and at least one exhaust air outlet arranged in the engine compartment cover for carrying a stream of exhaust air (A) away from the engine compartment , wherein the stream of exhaust air (A) can be adjusted as a function of at least one operating parameter (P) of the working machine , wherein a movable cover element is associated with an exhaust air outlet in order to adjust the stream of exhaust air (A), and a control system is provided for automatic adjustment of the stream of exhaust air (A) as a function of the at least one operating parameter (P), characterized in that the at least one cover element and the cooling fan can be adjusted by the control system in a manner such that the output of the cooling fan is increased, in particular temporarily, and at the same time a cross section of the exhaust air outlet is reduced in order to heat the engine compartment as uniformly and rapidly as possible by means of the reduced outflow and to dam up the exhaust air (A).
A delayed reactivity quicklime having a reactivity in water t 60 according to the EN 459-2 : 2010 E reactivity test greater than or equal to 5 minutes, characterised in that said delayed reactivity quicklime is a soft-burnt quicklime which has a reactivity in water t 60 less than or equal to 18 minutes and a maximum temperature T m measured according to the standard EN 459-2: 2010 E greater than or equal to 65°C, preferably greater than or equal to 67°C, and more preferably greater than or equal to 69°C and in that , after heat treatment at 700°C for 30 minutes of 200 g of said delayed reactivity quicklime, it has a reactivity to the water t 60 rev less than or equal to 1/3 of said t 60 measured according to the EN 459-2: 2010 E reactivity test and a maximum temperature T m rev measured according to standard EN 459-2: 2010 E greater than T m and less than or equal to T m +5°C, preferably T m +3°C, advantageously T m +2°C.
Composite film , preferably intended for use in the construction industry and/or preferably for use as a construction film, having at least one functional layer , at least one outer protective layer and at least one inner protective layer , wherein the functional layer is arranged between the outer protective layer and the inner protective layer , characterized in that the functional layer is formed as an at least single-layer membrane layer, in that the outer protective layer and the inner protective layer are formed as a nonwoven layer comprising polyolefin, and in that the outer protective layer and/or the inner protective layer comprises at least one bicomponent fiber with a first component and a second component , the first component comprising a first polymer and the second component comprising a second polymer as constituent, in that the composite film is designed to be open to diffusion, and in that the functional layer has as material thermoplastic polyurethane (TPU) and/or consists thereof. the functional layer is formed as an at least single-layer membrane layer, in that the outer protective layer and the inner protective layer are formed as a nonwoven layer comprising polyolefin, and in that the outer protective layer and/or the inner protective layer comprises at least one bicomponent fiber with a first component and a second component , the first component comprising a first polymer and the second component comprising a second polymer as constituent, in that the composite film is designed to be open to diffusion, and in that the functional layer has as material thermoplastic polyurethane (TPU) and/or consists thereof.