mhurhangee/patent-ind-claim-en huggingface dataset:
A photocurable coating composition comprising a mixture of: a) 25 to 65 wt% of the total solids of at least one non-hydrolyzed epoxy(alkoxy)silane; b) 20 to 60 wt% of the total solids of at least one dispersion of inorganic nanoparticles and at least one acrylate; c) 5 to 20 wt% of at least one acrylate binder or silane binder; and d) at least one free radical photoinitiator, cationic photoinitiator, or a combination thereof; wherein the composition does not comprise hydrolyzed epoxy(alkoxy)silane. a) 25 to 65 wt% of the total solids of at least one non-hydrolyzed epoxy(alkoxy)silane; b) 20 to 60 wt% of the total solids of at least one dispersion of inorganic nanoparticles and at least one acrylate; c) 5 to 20 wt% of at least one acrylate binder or silane binder; and d) at least one free radical photoinitiator, cationic photoinitiator, or a combination thereof;
Improved contactor device for high current switching applications, in particular industrial or railways applications wherein a high D.C. current must be switched on and off, said contactor device comprising: a switch base portion including electric switching means of a high voltage portion and a couple of symmetrical moving contacts driven towards and away from each other with respect to a mutual contact and abutting position), and an arc extinguishing portion covering said switching means, characterized in that a toggle mechanism is activated by a low voltage driving portion incorporated in said switch base portion and active on said toggle mechanism ; and said moving contacts are mounted and positioned at the respective contact end of a corresponding elongated arm of said toggle mechanism , , wherein said toggle mechanism includes a couple of rods having a corresponding end joined in a sliding hinge that may be moveable up and down along a vertical slot of a frame in said switch base portion ; said rods being made by an insulating material and having respective opposite ends hingedly coupled to a corresponding end of said arms opposite to said contacts , respectively. a switch base portion including electric switching means of a high voltage portion and a couple of symmetrical moving contacts driven towards and away from each other with respect to a mutual contact and abutting position), and an arc extinguishing portion covering said switching means, a toggle mechanism is activated by a low voltage driving portion incorporated in said switch base portion and active on said toggle mechanism ; and said moving contacts are mounted and positioned at the respective contact end of a corresponding elongated arm of said toggle mechanism , , wherein said toggle mechanism includes a couple of rods having a corresponding end joined in a sliding hinge that may be moveable up and down along a vertical slot of a frame in said switch base portion ; said rods being made by an insulating material and having respective opposite ends hingedly coupled to a corresponding end of said arms opposite to said contacts , respectively.
A tape measure, comprising: an housing , a tape reel that is connected to the housing , and a ruler tape that is arranged on the tape reel , wherein the housing is provided with a tape guide opening , the housing is provided with a plurality of positioning components that are spaced at intervals along a circumference of the tape reel , a compensation section is formed on the ruler tape between the plurality of positioning components and the tape guide opening , the housing is provided with a perspective window corresponding to the compensation section , and the perspective window is provided with a scale alignment line ; when the ruler tape is fully retracted, a scale value of the ruler tape corresponding to the scale alignment line is a distance from one side of the housing departing from the tape guide opening to the tape guide opening , characterised in that the tape reel is axially provided with a rotating wheel , the housing is slidably connected with a plurality of speed reduction blocks that are spaced at intervals along a circumference of the rotating wheel , a linkage mechanism is provided between the housing and the rotating wheel , the rotating wheel is configured to drive, by means of the linkage mechanism , the speed reduction blocks to slide towards the rotating wheel , and the housing is provided with a connector for driving the speed reduction block to reset and slide, the linkage mechanism comprises a ratchet that is rotatably connected to the housing and is coaxial with the rotating wheel , a ratchet pawl that is rotatably connected to the rotating wheel and cooperates with the ratchet , a transmission element that is provided on the rotating wheel and is configured to drive the ratchet pawl to reset and rotate, and a linkage component that is provided on the housing ; the ratchet is configured to rotate to drive, by means of the linkage component , the speed reduction block to slide towards the rotating wheel .
Device for machining screwed-in brushes , in particular interdental brushes , wherein the device has at least one clamping device for a screwed-in brush and at least one abrasive sleeve for abrading free bristle ends of a brush clamped in the clamping device , characterized in that two or more cross-sectional constrictions are arranged or formed axially spaced apart from one another in the abrasive sleeve .
A molecular diagnostic device for irradiating a sample with focused acoustic energy to treat the sample, the device comprising: • an instrument ; • a cartridge ; • a full solid coupler ; • a source for generating the acoustic energy; wherein the instrument and the cartridge are adapted for inserting the cartridge into the instrument; and wherein the cartridge and the instrument are separable; wherein the cartridge has a chamber for receiving the sample wherein the full solid coupler provides a complete dry coupling of the acoustic energy between the source and the cartridge; wherein the focused acoustic energy is high intensity focused ultra sound (HiFu). • an instrument ; • a cartridge ; • a full solid coupler ; • a source for generating the acoustic energy;
A data processing method, wherein the method comprises: receiving , by a first edge computing node, a container image update instruction, wherein the first edge computing node is any edge computing node in an edge computing cluster, the edge computing cluster comprises at least two edge computing nodes, and the container image update instruction is used to instruct the at least two edge computing nodes in the edge computing cluster to update a container image; obtaining , by the first edge computing node, a to-be-updated container image; and sending, by the first edge computing node, the to-be-updated container image to another edge computing node in the edge computing cluster, wherein before the obtaining , by the first edge computing node, a to-be-updated container image, the method further comprises: after the first edge computing node receives the container image update instruction, selecting, by the first edge computing node, an edge computing node from the edge computing cluster as an agent node. receiving , by a first edge computing node, a container image update instruction, wherein the first edge computing node is any edge computing node in an edge computing cluster, the edge computing cluster comprises at least two edge computing nodes, and the container image update instruction is used to instruct the at least two edge computing nodes in the edge computing cluster to update a container image; obtaining , by the first edge computing node, a to-be-updated container image; and sending, by the first edge computing node, the to-be-updated container image to another edge computing node in the edge computing cluster, wherein before the obtaining , by the first edge computing node, a to-be-updated container image, the method further comprises: after the first edge computing node receives the container image update instruction, selecting, by the first edge computing node, an edge computing node from the edge computing cluster as an agent node.
A facility for producing domestic hot water (DHW), including at least: - a first heat exchanger and a second heat exchanger , - a first primary circuit including a hot-water production device and a pump for circulating hot water in the primary part of said first heat exchanger , hereinafter referred to as a heating exchanger , - a second primary circuit comprising an energy-recovery loop and being supplied with water coming from said energy-recovery loop , the second primary circuit further comprising a pump for circulating the water to the primary part of said second exchanger , hereinafter referred to as the preheating exchanger , and for looping back onto it, and - a secondary circuit including a DHW loop , a looping pump providing the circulation of the domestic hot water over the entire DHW loop , and a cold-water inlet , said cold water first of all passing, via a first branch , into the secondary circuit of the preheating exchanger of the second primary circuit in order to be preheated, and then, via a second branch , into the secondary circuit of the heating exchanger of the first primary circuit in order to arrive at the set temperature of the DHW, before being distributed in said DHW loop to the distribution point by a third branch of the secondary circuit , said facility being characterised in that it includes a recirculation module for taking off, downstream of said distribution point , some of the DHW from the DHW loop to allow permanent circulation of DHW in the secondary circuit of the heating exchanger . - a first heat exchanger and a second heat exchanger , - a first primary circuit including a hot-water production device and a pump for circulating hot water in the primary part of said first heat exchanger , hereinafter referred to as a heating exchanger , - a second primary circuit comprising an energy-recovery loop and being supplied with water coming from said energy-recovery loop , the second primary circuit further comprising a pump for circulating the water to the primary part of said second exchanger , hereinafter referred to as the preheating exchanger , and for looping back onto it, and - a secondary circuit including a DHW loop , a looping pump providing the circulation of the domestic hot water over the entire DHW loop , and a cold-water inlet , said cold water first of all passing, via a first branch , into the secondary circuit of the preheating exchanger of the second primary circuit in order to be preheated, and then, via a second branch , into the secondary circuit of the heating exchanger of the first primary circuit in order to arrive at the set temperature of the DHW, before being distributed in said DHW loop to the distribution point by a third branch of the secondary circuit ,
A parameter determining method, wherein the method comprises: determining , by a first communications entity, an authorized access point name, APN, aggregate maximum bit rate, AMBR, based on at least one of a subscribed APN AMBR and an authorized session AMBR of a packet data unit, PDU, session, wherein the authorized APN AMBR is used by a second communications entity to determine an authorized user equipment UE AMBR of UE based on the authorized APN AMBR, and the authorized APN AMBR and the authorized UE AMBR are quality of service, QoS, parameters required in an evolved packet system EPS network when the UE is handed over from a 5GS network to the EPS network; wherein the determining, by a first communications entity, an authorized APN AMBR based on at least one of a subscribed APN AMBR and an authorized session AMBR comprises: authorized APN AMBR = sum(authorized session AMBR of the PDU session), wherein sum() is a summation function, and the authorized AMBR of the PDU session is at least one of authorized session AMBRs of a same data network DN. determining , by a first communications entity, an authorized access point name, APN, aggregate maximum bit rate, AMBR, based on at least one of a subscribed APN AMBR and an authorized session AMBR of a packet data unit, PDU, session, wherein the authorized APN AMBR is used by a second communications entity to determine an authorized user equipment UE AMBR of UE based on the authorized APN AMBR, and the authorized APN AMBR and the authorized UE AMBR are quality of service, QoS, parameters required in an evolved packet system EPS network when the UE is handed over from a 5GS network to the EPS network; wherein the determining, by a first communications entity, an authorized APN AMBR based on at least one of a subscribed APN AMBR and an authorized session AMBR comprises: authorized APN AMBR = sum(authorized session AMBR of the PDU session), wherein sum() is a summation function, and the authorized AMBR of the PDU session is at least one of authorized session AMBRs of a same data network DN.
A method for providing user-specific content on an electronic device, the electronic device comprising a display and a memory, the memory comprising an operating system, a keyboard application, and a plurality of isolated applications installed therein, the plurality of isolated applications being prevented, by the operating system, from communicating directly with one another to avoid a rogue application from altering one of the isolated applications, the method comprising: gathering, using the keyboard application, user data during user interaction with a first application of the plurality of isolated applications, wherein the gathering comprises analyzing text input using the keyboard application and adding the user data to a user profile stored in the memory, the user profile comprising data regarding a user's behavior identified from the user's interaction with at least a first application of the plurality of applications; notwithstanding prevention, by the operating system, of direct communication between the first application and other applications of the plurality of isolated applications, utilizing the keyboard application to provide at least a portion of the user data to at least a second application of the plurality of isolated applications during execution of the at least a second application so as to effect synergistic data sharing between applications that are otherwise communicatively isolated from one another, the at least a portion of the user data enabling the at least a second application to suggest user-specific content of potential interest to a user via the display; gathering, using the keyboard application, additional user data from the at least a second application of the plurality of applications; and updating the user profile with the additional user data. gathering, using the keyboard application, user data during user interaction with a first application of the plurality of isolated applications, wherein the gathering comprises analyzing text input using the keyboard application and adding the user data to a user profile stored in the memory, the user profile comprising data regarding a user's behavior identified from the user's interaction with at least a first application of the plurality of applications; notwithstanding prevention, by the operating system, of direct communication between the first application and other applications of the plurality of isolated applications, utilizing the keyboard application to provide at least a portion of the user data to at least a second application of the plurality of isolated applications during execution of the at least a second application so as to effect synergistic data sharing between applications that are otherwise communicatively isolated from one another, the at least a portion of the user data enabling the at least a second application to suggest user-specific content of potential interest to a user via the display; gathering, using the keyboard application, additional user data from the at least a second application of the plurality of applications; and updating the user profile with the additional user data.
Flat filter element, in particular for gas filtration, for example for an air filter, having a cuboid-shaped filter medium body with an inflow side and an outflow side on opposite sides of the filter medium body and having a plurality of support bodies disposed on the filter medium body , which support bodies project beyond the inflow or outflow side for support on a housing component, characterized in that the support bodies act on a sealing element on the side facing away from their contact side towards the supporting housing component, which sealing element is disposed on the filter medium body , wherein the support bodies are disposed on a support bar , wherein a support frame is attached to the filter medium body , which support frame is the support of a seal , wherein the support bar extends adjacent to a sidewall of the filter medium body and is the support of the sealing element , and wherein the support bar is connected to the support frame , wherein the support bodies are disposed on the inflow or outflow side of the filter medium body , wherein a flow path lies between the support bodies, and wherein the sealing element envelops the support bodies on their contact side.
Detection apparatus for determining the concentration of alcohol in a sample, the detection apparatus comprising: a collector , for receiving a sample, comprising: a structure with a recess at one end into which an insert comprising an absorbent material for receiving the sample is locatable; and a protective sheath for substantially covering the insert except an area for receiving the sample; a chamber for receiving at least a part of the collector comprising the sample; a head space in the chamber when the at least a part of the collector is received in the chamber, wherein the head space is for containing a vapour equalization caused by vapour from the sample equalizing with air in the head space; a fuel cell associated with the head space; drawing means to draw the vapour equalization into the fuel cell; and wherein the collector is configured such that air from outside the detection apparatus is drawn through at least one opening in the collector through at least part of the insert into the head space as the vapour equalization is drawn into the fuel cell. a collector , for receiving a sample, comprising: a structure with a recess at one end into which an insert comprising an absorbent material for receiving the sample is locatable; and a protective sheath for substantially covering the insert except an area for receiving the sample; a structure with a recess at one end into which an insert comprising an absorbent material for receiving the sample is locatable; and a protective sheath for substantially covering the insert except an area for receiving the sample; a chamber for receiving at least a part of the collector comprising the sample; a head space in the chamber when the at least a part of the collector is received in the chamber, wherein the head space is for containing a vapour equalization caused by vapour from the sample equalizing with air in the head space; a fuel cell associated with the head space; drawing means to draw the vapour equalization into the fuel cell; and wherein the collector is configured such that air from outside the detection apparatus is drawn through at least one opening in the collector through at least part of the insert into the head space as the vapour equalization is drawn into the fuel cell.
A method for the injection molding of a part comprising: clamping a first side of an injection mold to a second side of an injection mold creating a cavity therebetween; a first positioning step to position a valve-gate pin to an open position; injecting a first material into said cavity ; a maintaining step to hold said injected material under pressure within said injection mold for a predetermined period of time; a second positioning step to position a valve-gate pin to a closed position; opening said injection mold , to separate said first side of said injection mold from said second side of said injection mold ; characterised by a third positioning step to retract said valve-gate pin thereby breaking a connection between said valve-gate pin and said part, a fourth positioning step following said third positioning step to position the valve-gate pin to force the part away from the first side of the injection mold . clamping a first side of an injection mold to a second side of an injection mold creating a cavity therebetween; a first positioning step to position a valve-gate pin to an open position; injecting a first material into said cavity ; a maintaining step to hold said injected material under pressure within said injection mold for a predetermined period of time; a second positioning step to position a valve-gate pin to a closed position; opening said injection mold , to separate said first side of said injection mold from said second side of said injection mold ; characterised by a third positioning step to retract said valve-gate pin thereby breaking a connection between said valve-gate pin and said part, a fourth positioning step following said third positioning step to position the valve-gate pin to force the part away from the first side of the injection mold .
A spreading device, such as a trawl door , comprising: an upper frame defining a top edge of the device; a lower frame defining a bottom edge of the device; a middle frame defining an intermediate frame positioned between the upper and lower frames thereby establishing an upper and lower section; a lower proximal panel and lower distal panel provided in the lower section and connected between the lower and middle frames as well as an upper proximal panel and an upper distal panel provided in the upper section and connected between the middle and upper frames, said panels being of aerofoil construction and connected to the frames in their respective ends; and flaps mounted under the distal panels and connected to driving units, the flaps adapted to be controlled remotely, when the device is in use being towed through the water; characterized in that the proximal and distal panels are placed over each other, and wherein the lower distal panel and upper distal panel have a distal surface rendering them hollow, wherein the flaps constitute a part of the distal surface. an upper frame defining a top edge of the device; a lower frame defining a bottom edge of the device; a middle frame defining an intermediate frame positioned between the upper and lower frames thereby establishing an upper and lower section; a lower proximal panel and lower distal panel provided in the lower section and connected between the lower and middle frames as well as an upper proximal panel and an upper distal panel provided in the upper section and connected between the middle and upper frames, said panels being of aerofoil construction and connected to the frames in their respective ends; and flaps mounted under the distal panels and connected to driving units, the flaps adapted to be controlled remotely, when the device is in use being towed through the water; characterized in that the proximal and distal panels are placed over each other, and wherein the lower distal panel and upper distal panel have a distal surface rendering them hollow, wherein the flaps constitute a part of the distal surface.
A composition comprising a therapeutically effective amount of a population of cells comprising innate immune cells that have been enriched and stimulated ex vivo with glatiramer acetate (GA), and have been determined to have an increase in expression of osteopontin (OPN) in response to the stimulation with GA, for use in a method of treating, preventing or reducing the likelihood of Alzheimer's disease, or alleviating a symptom of Alzheimer's disease in a subject in need thereof.