mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a vehicle navigation system, a night vision system, a navigation system switching module and a night vision system switching module; wherein the navigation system and the night vision system are connected through a navigation video signal cable and a night vision video signal cable, wherein the navigation video signal cable is configured to transmit a navigation video signal from the camera of the navigation system to the navigation system and the night vision system, and the night vision video signal cable is configured to transmit a night vision video signal from the camera of the night vision system to the night vision system and the navigation system; the navigation system switching module is connected to the navigation system and configured to, based on an input operation, control the navigation system to start a navigation mode and display the navigation video signal on a display screen of the navigation system, or control the navigation system to start a night vision mode and display the night vision video signal transmitted from the night vision system to the navigation system; the night vision system switching module is connected to the night vision system and configured to, based on the input operation, control the night vision system to start a night vision mode and display the night vision video signal on a display screen of the night vision system, or control the night vision system to start the navigation mode and display the navigation video signal transmitted from the navigation system to the night vision system: the navigation system switching module is connected to the night vision system switching module through a communication cable, configured to transmit related parameters of the navigation system or the night vision system, and adjust the working status of the night vision system or the navigation system, wherein when the navigation system starts the night vision mode, it is adapted to display related parameters of the night vision system on the display screen of the navigation system, and allow these parameters to be configured and transmitted to the night vision switching module through the communication cable, thereby allowing the night vision system to be controlled from the display screen of the navigation system; and wherein when the night vision system starts the navigation mode, it is adapted to display related parameters of the navigation system on the display screen of the night vision system, and allow these parameters to be configured and transmitted to the navigation system switching module through the communication cable, thereby allowing the navigation system to be controlled from the display screen of the night vision system.
Headlight for a vehicle comprising: - a parabolic reflector comprising an opening, said parabolic reflector being configured to reflect and distribute in a homogenous manner toward the opening at least a light beam (5a, 5b); - a transparent shield to close said opening; - a support partition arranged in the parabolic reflector, so to define a first sector of the reflector and a second sector of the reflector opposed each other with respect to said support partition; - at least a light source configured to generate: - a first light beam pointed toward said first sector of the reflector; - a second light beam pointed toward said second sector of the reflector; - a third light beam; - a mask comprising at least a window partially transparent and an opaque portion which surrounds said window; said mask being arranged in front of said support partition and the third light beam being pointed toward said opening so to backlight said window, wherein said window comprises an edge shaped so to outline a symbol or a logo; characterized in that said third light beam acts as position light or day running light; and in that said at least a light source comprises: a first plurality of LEDs configured to generate said first light beam (5a,5b), a second plurality of LEDs configured to generate said second light beam (6a,6b), a third plurality of LEDs configured to generate said third light beam. - a parabolic reflector comprising an opening, said parabolic reflector being configured to reflect and distribute in a homogenous manner toward the opening at least a light beam (5a, 5b); - a transparent shield to close said opening; - a support partition arranged in the parabolic reflector, so to define a first sector of the reflector and a second sector of the reflector opposed each other with respect to said support partition; - at least a light source configured to generate: - a first light beam pointed toward said first sector of the reflector; - a second light beam pointed toward said second sector of the reflector; - a third light beam; - a first light beam pointed toward said first sector of the reflector; - a second light beam pointed toward said second sector of the reflector; - a third light beam; - a mask comprising at least a window partially transparent and an opaque portion which surrounds said window; said mask being arranged in front of said support partition and the third light beam being pointed toward said opening so to backlight said window, wherein said window comprises an edge shaped so to outline a symbol or a logo;
Module for an externally driven weapon which can be set down, wherein the module replicates a munition magazine or a munition transport system which serves to accommodate a munition, comprising an autonomously operating power or energy supply which can be integrated in or on the module, wherein the module can supply the weapon with one or two different types of munition, characterized in that the module (1.1, 1.2) consists of two module halves, and wherein there is a clearance between the two module halves (1.1, 1.2), and the module can be fitted to the weapon.
A method performed by a terminal in a wireless communication system, the method comprising: receiving configuration information on a set of resources for at least one signal for channel measurement; receiving the at least one signal for channel measurement on the set of resources; measuring multiple signal-to-interference and noise ratio, SINR, values based on the received at least one signal; and transmitting the multiple SINR values and multiple resource indicators related to the at least one signal, wherein the multiple SINR values comprise a largest SINR value and differential SINR values relative to the largest SINR, wherein each of the multiple resource indicators corresponds to each of the multiple SINR values, and characterized by wherein a decibel, dB, step size for quantizing the largest SINR value and a dB step size for quantizing the differential SINR values are different. receiving configuration information on a set of resources for at least one signal for channel measurement; receiving the at least one signal for channel measurement on the set of resources; measuring multiple signal-to-interference and noise ratio, SINR, values based on the received at least one signal; and transmitting the multiple SINR values and multiple resource indicators related to the at least one signal, wherein the multiple SINR values comprise a largest SINR value and differential SINR values relative to the largest SINR, wherein each of the multiple resource indicators corresponds to each of the multiple SINR values, and characterized by wherein a decibel, dB, step size for quantizing the largest SINR value and a dB step size for quantizing the differential SINR values are different.
A solar sail (200, 300, 600), comprising: a plurality of extendable support structures; a material coupled between adjacent extendable support structures; an attachment feature (302, 302A, 302B, 302C, 304, 502) coupled to the material and coupled to one of the extendable support structures, wherein the attachment feature (302, 302A, 302B, 302C, 304, 502) permits relative movement between the attachment feature (302, 302A, 302B, 302C, 304, 502) and the support structure; characterised in that the solar sail comprises a retraction mechanism coupled to the material at a position between adjacent extendable support structures, wherein the retraction mechanism is configured to pull the material to a desired location during retraction of the solar sail (200, 300, 600). a plurality of extendable support structures; a material coupled between adjacent extendable support structures; an attachment feature (302, 302A, 302B, 302C, 304, 502) coupled to the material and coupled to one of the extendable support structures, wherein the attachment feature (302, 302A, 302B, 302C, 304, 502) permits relative movement between the attachment feature (302, 302A, 302B, 302C, 304, 502) and the support structure; characterised in that the solar sail comprises a retraction mechanism coupled to the material at a position between adjacent extendable support structures, wherein the retraction mechanism is configured to pull the material to a desired location during retraction of the solar sail (200, 300, 600).
A cleaning composition for removing lip cosmetic soils, comprising: an optional alkalinity source, wherein if the alkalinity source is included, it is an alkali metal hydroxide, alkali metal carbonate, alkali metal silicate, and/or an organic nitrogen base; at least one of a cleaning and/or defoaming surfactant, solvent, polymer/chelant and/or enzyme; and a C6 - C20 long chain polyamine, wherein the long chain polyamine is N1,N1,N3-tris(3-aminopropyl)-N3-dodecylpropane-1,3-diamine. an optional alkalinity source, wherein if the alkalinity source is included, it is an alkali metal hydroxide, alkali metal carbonate, alkali metal silicate, and/or an organic nitrogen base; at least one of a cleaning and/or defoaming surfactant, solvent, polymer/chelant and/or enzyme; and a C6 - C20 long chain polyamine, wherein the long chain polyamine is N1,N1,N3-tris(3-aminopropyl)-N3-dodecylpropane-1,3-diamine.
A solid state memory system, comprising: a first nonvolatile semiconductor memory having a first write cycle lifetime and a first set of physical addresses; a second nonvolatile semiconductor memory having a second write cycle lifetime and a second set of physical addresses, wherein the first write cycle lifetime is greater than the second write cycle lifetime; and a fatigue management module to generate write frequency rankings for a plurality of logical addresses; and map each of the plurality of logical addresses to a physical address of the first set of physical addresses or the second set of physical addresses based on the write frequency rankings, characterised in that each of the write frequency rankings is determined by an elapsed time since a last write cycle of a respective one of the plurality of logical addresses. a first nonvolatile semiconductor memory having a first write cycle lifetime and a first set of physical addresses; a second nonvolatile semiconductor memory having a second write cycle lifetime and a second set of physical addresses, wherein the first write cycle lifetime is greater than the second write cycle lifetime; and a fatigue management module to generate write frequency rankings for a plurality of logical addresses; and map each of the plurality of logical addresses to a physical address of the first set of physical addresses or the second set of physical addresses based on the write frequency rankings, characterised in that generate write frequency rankings for a plurality of logical addresses; and map each of the plurality of logical addresses to a physical address of the first set of physical addresses or the second set of physical addresses based on the write frequency rankings, characterised in that each of the write frequency rankings is determined by an elapsed time since a last write cycle of a respective one of the plurality of logical addresses.
Aqueous adhesive composition, characterized in that it comprises a thermosetting resin based on: - at least one aromatic compound A1 comprising at least one aromatic ring bearing at least two functions, one of these functions being an aldehyde function or a hydroxymethyl function and the other being an aldehyde function or a hydroxymethyl function; - at least one aromatic polyphenol A2 comprising at least one aromatic ring bearing at least two hydroxyl functions in the meta position relative to one another, the two positions ortho to at least one of the hydroxyl functions being unsubstituted; and - at least one organic compound G selected from the group consisting of monosaccharides G1 or oligosaccharides G2. - at least one aromatic compound A1 comprising at least one aromatic ring bearing at least two functions, one of these functions being an aldehyde function or a hydroxymethyl function and the other being an aldehyde function or a hydroxymethyl function; - at least one aromatic polyphenol A2 comprising at least one aromatic ring bearing at least two hydroxyl functions in the meta position relative to one another, the two positions ortho to at least one of the hydroxyl functions being unsubstituted; and - at least one organic compound G selected from the group consisting of monosaccharides G1 or oligosaccharides G2.
Holding device for holding an optical implant on a wall area in an eye interior of an eye, comprising at least one retaining component, by which a contact pressure can be exerted on the wall area and, as a result thereof, thereby the at least one retaining component can be supported on the wall area, wherein the at least one retaining component has at least one protrusion region (32, 42), from which at least one protrusion element (33, 43) extends away, which is designed to, when the contact pressure force is exerted, penetrate at least regionally into a wall area tissue of the wall area and/or to exert punctiform pressure on the wall area and wherein said at least one retaining component comprises at least two haptic elements (30, 40) by which the contact pressure can be exerted on the wall area, wherein the at least one protrusion region (32, 42) is arranged on at least one haptic element of the at least two haptic elements (30, 40) and the holding device comprises at least one receiving component which is connected to the at least two haptic elements (30, 40) and to which the optical implant can be reversibly releasably fixed, characterized in that said at least one receiving component is designed to expand, under the exertion of the contact pressure, at least regionally from a non-use shape, in which the holding device can be introduced into the eye interior bounded at least regionally by the wall area, into a receiving shape, in which the optical implant can be fixed reversibly detachably to the at least one receiving component.
A vehicle tire inflation system (10,50,70,100,150), comprising: an air supply source in fluid communication with a plurality of tires of said vehicle; a pneumatic conduit extending between and being in fluid communication with said air supply source and said tires; and means fluidly connected to said pneumatic conduit for enabling selective inflation and deflation of said tires, said means including: a first pneumatic circuit for inflation of said tires; a second pneumatic circuit (24,52,72,102,152) for deflation of said tires, said second pneumatic circuit being discrete from said first pneumatic circuit and being common to more than one of the tires; and said means providing deflation of said tires in said second pneumatic circuit (24,52,72,102,152) based upon a predetermined condition, whereby said tire inflation system accommodates an increased pressure in said tires. an air supply source in fluid communication with a plurality of tires of said vehicle; a pneumatic conduit extending between and being in fluid communication with said air supply source and said tires; and means fluidly connected to said pneumatic conduit for enabling selective inflation and deflation of said tires, said means including: a first pneumatic circuit for inflation of said tires; a second pneumatic circuit (24,52,72,102,152) for deflation of said tires, said second pneumatic circuit being discrete from said first pneumatic circuit and being common to more than one of the tires; and said means providing deflation of said tires in said second pneumatic circuit (24,52,72,102,152) based upon a predetermined condition, whereby said tire inflation system accommodates an increased pressure in said tires. a first pneumatic circuit for inflation of said tires; a second pneumatic circuit (24,52,72,102,152) for deflation of said tires, said second pneumatic circuit being discrete from said first pneumatic circuit and being common to more than one of the tires; and said means providing deflation of said tires in said second pneumatic circuit (24,52,72,102,152) based upon a predetermined condition, whereby said tire inflation system accommodates an increased pressure in said tires.
A method for producing a ferric maltol composition comprising reacting ligand modified or ligand coated ferric hydroxide with maltol and recovering the ferric maltol that forms, preferably the ferric maltol is ferric trimaltol.
A mask (2, 2', 3), consisting of: a web comprising two portions (20a, 20b) corresponding to two cheeks of a user in use; and an elastic supporting element (22, 32) connected to the web; wherein the elastic supporting element (22, 32) comprises two lateral sections and an upper section formed between the lateral sections, wherein the web comprises two lateral edges (L1, L2) and an upper edge formed between the lateral edges (L1, L2), wherein the upper section of the elastic supporting element (22, 32) extends in the vicinity of the upper edge of the web in parallel to each other, wherein each of the lateral sections of the elastic supporting element (22, 32) extends in the vicinity of a corresponding one of the lateral edges (L1, L2) of the web in parallel to each other; so that the two lateral sections of the elastic supporting element (22, 32) are connected to the portions (20a, 20b) of the web, respectively, wherein the elastic supporting element (22, 32) is clip-like and reversibly shrinkable to bring the lateral sections thereof close to each other so as to keep the portions (20a, 20b) of the web in the vicinity or to locate the lateral sections thereof far from each other to pivot the portions (20a, 20b) of the web away from each other, whereby the mask (2, 2', 3) is moveable from a shrunk position to an extended position, wherein the elastic supporting element (22, 32) is configured to keep the web close to the face of the user in use. a web comprising two portions (20a, 20b) corresponding to two cheeks of a user in use; and an elastic supporting element (22, 32) connected to the web; wherein the elastic supporting element (22, 32) comprises two lateral sections and an upper section formed between the lateral sections, wherein the web comprises two lateral edges (L1, L2) and an upper edge formed between the lateral edges (L1, L2), wherein the upper section of the elastic supporting element (22, 32) extends in the vicinity of the upper edge of the web in parallel to each other, wherein each of the lateral sections of the elastic supporting element (22, 32) extends in the vicinity of a corresponding one of the lateral edges (L1, L2) of the web in parallel to each other; so that the two lateral sections of the elastic supporting element (22, 32) are connected to the portions (20a, 20b) of the web, respectively, wherein the elastic supporting element (22, 32) is clip-like and reversibly shrinkable to bring the lateral sections thereof close to each other so as to keep the portions (20a, 20b) of the web in the vicinity or to locate the lateral sections thereof far from each other to pivot the portions (20a, 20b) of the web away from each other, whereby the mask (2, 2', 3) is moveable from a shrunk position to an extended position, wherein the elastic supporting element (22, 32) is configured to keep the web close to the face of the user in use.
A system, comprising an eNodeB and a mobility management entity, MME, wherein the eNodeB is configured to receive a direct-transfer message from the MME, the direct-transfer message including a non-access stratum, NAS, message; and send a message to the MME, and the MME is configured to send the direct-transfer message to the eNodeB; and receive the message from the eNodeB characterized in that the message includes a cause value and the NAS message, the cause value indicating that the NAS message has not been sent to a User Equipment, UE, because of a handover of the UE. receive a direct-transfer message from the MME, the direct-transfer message including a non-access stratum, NAS, message; and send a message to the MME, and send the direct-transfer message to the eNodeB; and receive the message from the eNodeB characterized in that the message includes a cause value and the NAS message, the cause value indicating that the NAS message has not been sent to a User Equipment, UE, because of a handover of the UE.
Decoupling mat for sealing and decoupling, and for solid-borne-sound insulation, comprising a plurality of layers in the following sequence: α) first textile layer or non-woven layer, β) first plastics film layer, γ) second plastics film layer with flat, coherent main area and with, on one side, depressed areas, where the depressed areas have been filled with a filler, and the filler and the second plastics film layer have been adhesive-bonded to one another, and where the coherent main area has been bonded to the first plastics film layer, so that it is excluded that the filler, during transport or subsequent processing of the second plastics film layer, can be detached or lost, δ) second textile layer or non-woven layer, where the decoupling mat is impermeable to water. α) first textile layer or non-woven layer, β) first plastics film layer, γ) second plastics film layer with flat, coherent main area and with, on one side, depressed areas, where the depressed areas have been filled with a filler, and the filler and the second plastics film layer have been adhesive-bonded to one another, and where the coherent main area has been bonded to the first plastics film layer, so that it is excluded that the filler, during transport or subsequent processing of the second plastics film layer, can be detached or lost, δ) second textile layer or non-woven layer, where the decoupling mat is impermeable to water.