mhurhangee/ep-ind-claims huggingface dataset:
A device to remove an obstruction in a lumen comprising: a first capture member a second capture member; wherein each capture member comprises an open end and a tapered end, wherein said open end is defined by a frame component coupled to a body component, said body component extending between said open end and said tapered end; a first guide member coupled to said first capture member at said open end, wherein at least a portion of said body component is attached to the first guide member; a second guide member coupled to said second capture member at said open end, wherein at least a portion of said body component is attached to the second guide member; and wherein said first capture member and said second capture member are slidably coupled to each other, said first guide member being disposed in said second guide member such as to provide said slidable coupling; characterized in that the open ends of the first and second capture members are facing each other, the open end of the distal capture member facing proximally and the open end of the proximal capture member facing distally. a first capture member a second capture member; wherein each capture member comprises an open end and a tapered end, wherein said open end is defined by a frame component coupled to a body component, said body component extending between said open end and said tapered end; a first guide member coupled to said first capture member at said open end, wherein at least a portion of said body component is attached to the first guide member; a second guide member coupled to said second capture member at said open end, wherein at least a portion of said body component is attached to the second guide member; and wherein said first capture member and said second capture member are slidably coupled to each other, said first guide member being disposed in said second guide member such as to provide said slidable coupling; characterized in that the open ends of the first and second capture members are facing each other, the open end of the distal capture member facing proximally and the open end of the proximal capture member facing distally.
A control apparatus for an engine having a first fuel injection valve for injecting fuel into an intake path of the engine, a second fuel injection valve for injecting fuel into a combustion chamber of the engine, a supercharger for supercharging intake air for the engine, and a waste gate valve for opening and closing an exhaust bypass passage for bypassing a turbine of the supercharger, the control apparatus comprising: fuel injection control means for controlling injection amounts of fuel injected from the first fuel injection valve and the second fuel injection valve in accordance with an operating state of the engine; and valve control means for controlling an opening/closing action of the waste gate valve, characterized in that the valve control means controls the waste gate valve to act in a closing direction in response to an increase in the injection amount from the first fuel injection valve, in a region where the injection amount from the first fuel injection valve is larger than the injection amount from the second fuel injection valve fuel injection control means for controlling injection amounts of fuel injected from the first fuel injection valve and the second fuel injection valve in accordance with an operating state of the engine; and valve control means for controlling an opening/closing action of the waste gate valve, characterized in that the valve control means controls the waste gate valve to act in a closing direction in response to an increase in the injection amount from the first fuel injection valve, in a region where the injection amount from the first fuel injection valve is larger than the injection amount from the second fuel injection valve
A tintable hard coat composition for forming a film on an optical article, the composition comprising at least one tinting enhancer, and at least two polymerizable monomers, a first monomer being an hydrolysat of an alkoxysilane comprising at least two alkoxy groups and one epoxy group, and a second monomer having at least two functional groups reacting with the first monomer, at least one of the two monomers having three functional groups of the same kind; wherein the tinting enhancer is chosen from the compounds represented by the following formulae: A1-(P1-OH)n Wherein n = 1 or 2 P1 is identical or different and represents one of a (C5-C12) arylene group and a (C5-C12) heteroarylene group, If n=1, A1 is one of a (C1-C6) thioalkyl group, linear or branched, with 0 to 3 non-consecutive carbons replaced by N, O or S, such as a methylmercapto group, And if n=2, A1 represents one of a -S- group, a-S 2- group, or a (C1-C6) dioxyalkylene group, linear or branched, with 0 to 3 non-consecutive carbons replaced by N, O or S, with the oxy part of it linking with P1, Wherein the tinting enhancer is present with an amount, per 100 grams of solid content, comprised in the range [0.01mol/100g; 0.05mol/100g]. n = 1 or 2 P1 is identical or different and represents one of a (C5-C12) arylene group and a (C5-C12) heteroarylene group, If n=1, A1 is one of a (C1-C6) thioalkyl group, linear or branched, with 0 to 3 non-consecutive carbons replaced by N, O or S, such as a methylmercapto group, And if n=2, A1 represents one of a -S- group, a-S 2- group, or a (C1-C6) dioxyalkylene group, linear or branched, with 0 to 3 non-consecutive carbons replaced by N, O or S, with the oxy part of it linking with P1, Wherein the tinting enhancer is present with an amount, per 100 grams of solid content, comprised in the range [0.01mol/100g; 0.05mol/100g].
A display for a watch case comprising: a display module; a substantially transparent cover extending over the display module, the cover comprising a layer forming a substantially opaque area outside the display module; and one or more light emitting devices arranged below the opaque area, wherein the layer comprises a plurality of discontinuities that allow light to be transmitted through the opaque area from the one or more light emitting devices, wherein the plurality of discontinuities comprises holes in the layer that are between 0.1 and 0.5 mm wide, such that the one or more light emitting devices are hidden from view when not in use.
A tunable laser comprising: a front mirror, FM; a gain section coupled to the FM; a phase section coupled to the gain section such that the gain section is positioned between the phase section and the FM; and a back mirror, BM, comprising an interferometer and coupled to the phase section such that the phase section is positioned between the BM and the gain section, wherein: the FM, the gain section, the phase section and the BM are integrated on a laser chip; the interferometer comprises a splitter, a delay line, high-reflection coating formed on a back facet of the laser chip and a first comb reflector, CR; the FM is a second comb reflector; the splitter comprises three ports, the first port is coupled to the phase section, the second port is coupled to the delay line, and the third port is coupled to the first CR, the splitter is configured to split a first light received from the phase section into a second light and a third light; the first CR is configured to reflect the second light to form a second reflected light; the HR coating is coupled to the delay line such that the delay line is positioned between the HR coating and the splitter, and the HR coating is configured to reflect the third light to form a third reflected light; and the splitter is further configured to cause the second reflected light and the third reflected light to interfere and combine to form a combined light. a front mirror, FM; a gain section coupled to the FM; a phase section coupled to the gain section such that the gain section is positioned between the phase section and the FM; and a back mirror, BM, comprising an interferometer and coupled to the phase section such that the phase section is positioned between the BM and the gain section, the FM, the gain section, the phase section and the BM are integrated on a laser chip; the interferometer comprises a splitter, a delay line, high-reflection coating formed on a back facet of the laser chip and a first comb reflector, CR; the FM is a second comb reflector; the splitter comprises three ports, the first port is coupled to the phase section, the second port is coupled to the delay line, and the third port is coupled to the first CR, the splitter is configured to split a first light received from the phase section into a second light and a third light; the first CR is configured to reflect the second light to form a second reflected light; the HR coating is coupled to the delay line such that the delay line is positioned between the HR coating and the splitter, and the HR coating is configured to reflect the third light to form a third reflected light; and the splitter is further configured to cause the second reflected light and the third reflected light to interfere and combine to form a combined light.
A work machine, comprising: a fixed unit, a movable unit movably provided in the fixed unit, an optical transmission path configured to transmit an optical signal between the fixed unit and the movable unit, a first photoelectric converter configured to convert the optical signal outputted from the movable unit into an electrical signal, a first detection section configured to detect the signal value of the electrical signal converted by the first photoelectric converter, characterized by a first estimation section configured to estimate a time at which the output value of the optical signal outputted from the movable unit becomes to be equal to or less than a threshold value based on the signal value of the electrical signal with time detected by the first detection section. a fixed unit, a movable unit movably provided in the fixed unit, an optical transmission path configured to transmit an optical signal between the fixed unit and the movable unit, a first photoelectric converter configured to convert the optical signal outputted from the movable unit into an electrical signal, a first detection section configured to detect the signal value of the electrical signal converted by the first photoelectric converter, characterized by a first estimation section configured to estimate a time at which the output value of the optical signal outputted from the movable unit becomes to be equal to or less than a threshold value based on the signal value of the electrical signal with time detected by the first detection section.
Device for controlling a system for heating a fluid, preferably a liquid fluid, for a motor vehicle, comprising at least one electric heating element configured to heat the fluid, the control device comprising: - a first electronic switch capable of being connected to the electric heating element and a second electronic switch capable of being connected to the electric heating element, the first and second switches (2, 3) being connected in series to the electric heating element, - a sensor for measuring a first temperature and a microcontroller associated with the first electronic switch, the microcontroller being configured to open or close the first switch depending on the measured value of the first temperature, - a sensor for measuring a second temperature and a logic control module associated with the second electronic switch and comprising a comparator arranged to compare the measured second temperature with a threshold, the module being configured to open or close the second switch depending on the result of the comparison, the control device also comprising a digital coupler between the microcontroller and the logic control module, the digital coupler ensuring communication between the microcontroller and the logic control module, the control device being characterized in that the microcontroller is configured to control activation of the second switch via the logic control module. - a first electronic switch capable of being connected to the electric heating element and a second electronic switch capable of being connected to the electric heating element, the first and second switches (2, 3) being connected in series to the electric heating element, - a sensor for measuring a first temperature and a microcontroller associated with the first electronic switch, the microcontroller being configured to open or close the first switch depending on the measured value of the first temperature, - a sensor for measuring a second temperature and a logic control module associated with the second electronic switch and comprising a comparator arranged to compare the measured second temperature with a threshold, the module being configured to open or close the second switch depending on the result of the comparison,
A method of data delivery by adding a separate channel for content transmission over a User Datagram Protocol, UDP, protocol, comprising: at a server executing on a hardware platform: receiving from a client a request that identifies a content object of a Hypertext Transfer Protocol, HTTP, based stream, the request delivered via HTTP, the request including an HTTP request header that includes an indication that the client uses a UDP connection for transfer of a body of the response to the request; returning a response to the request, the response delivered via HTTP; the response comprising an empty response body in lieu of the content object requested, and a transport header including at least first and second information, the first information identifying an address at which the content object can be obtained via UDP, the address including a port at which the server listens for connections over UDP, and the second information being a security token; and responsive to receipt at the address of a request delivered via UDP and that includes the second information, returning the content object not returned in the response delivered via HTTP. receiving from a client a request that identifies a content object of a Hypertext Transfer Protocol, HTTP, based stream, the request delivered via HTTP, the request including an HTTP request header that includes an indication that the client uses a UDP connection for transfer of a body of the response to the request; returning a response to the request, the response delivered via HTTP; the response comprising an empty response body in lieu of the content object requested, and a transport header including at least first and second information, the first information identifying an address at which the content object can be obtained via UDP, the address including a port at which the server listens for connections over UDP, and the second information being a security token; and responsive to receipt at the address of a request delivered via UDP and that includes the second information, returning the content object not returned in the response delivered via HTTP.
A cleaning system comprising a maintenance station (60, 360, 460, 560) for a robot cleaner, and a robot cleaner, the maintenance station comprising: a pump unit (91, 391, 491, 591); an opening configured to communicate with an opening of the robot cleaner, characterized by the opening of the maintenance station (60, 360, 460, 560) is further configured to communicate with the opening of the robot cleaner where a brush unit is installed, dust is collected in the dust box (43, 343, 443) of the robot cleaner through the opening of the robot cleaner where the brush unit is installed, a discharge duct (93, 393, 493, 593) configured to blow air into a dust box (43, 343, 443, 543) included in the robot cleaner through the opening of the robot cleaner to cause dust stored in the dust box (43, 343, 443) to be in motion, and a suction duct (92, 392, 492, 592) to apply suction through the opening of the robot cleaner to discharge the dust from the dust box (43, 343, 443) while the dust is caused to be in motion by the air blown into the dust box (43, 343, 443). a pump unit (91, 391, 491, 591); an opening configured to communicate with an opening of the robot cleaner, characterized by the opening of the maintenance station (60, 360, 460, 560) is further configured to communicate with the opening of the robot cleaner where a brush unit is installed, dust is collected in the dust box (43, 343, 443) of the robot cleaner through the opening of the robot cleaner where the brush unit is installed, a discharge duct (93, 393, 493, 593) configured to blow air into a dust box (43, 343, 443, 543) included in the robot cleaner through the opening of the robot cleaner to cause dust stored in the dust box (43, 343, 443) to be in motion, and a suction duct (92, 392, 492, 592) to apply suction through the opening of the robot cleaner to discharge the dust from the dust box (43, 343, 443) while the dust is caused to be in motion by the air blown into the dust box (43, 343, 443).
A process for manufacture of a building material, such as a ceramic building material, comprising the steps of: - mixing clay and/or sand with digestate obtained from a Municipal Solid Waste process comprising liquefaction of the organic fraction of MSW by addition of one or more enzymes, - optionally adjusting the water contents of the mixture, - shaping the mixture, - drying the shaped mixture, and - optionally firing the shaped mixture, so as to form said building material. - mixing clay and/or sand with digestate obtained from a Municipal Solid Waste process comprising liquefaction of the organic fraction of MSW by addition of one or more enzymes, - optionally adjusting the water contents of the mixture, - shaping the mixture, - drying the shaped mixture, and - optionally firing the shaped mixture,
A brake control device for a vehicle unit of a train, wherein the vehicle unit is a sub-set of the train and includes a plurality of vehicles (10, 50), the brake control device being characterized by: a required brake force calculator (36, 66) configured to calculate a plurality of required vehicle brake forces (Fmx, Ftx), which are respectively required for the vehicles (10, 50) of the vehicle unit, based on a plurality of detected decelerations (6rm, |3rt) respectively corresponding to the vehicles (10, 50) of the vehicle unit to calculate a required unit brake force (Fu), which is the total of the required vehicle brake forces (Fmx and Ftx) of the vehicles (10, 50) of the vehicle unit; and a brake force distributor configured to distribute the required unit brake force (Fu) between the vehicles (10, 50) of the vehicle unit. a required brake force calculator (36, 66) configured to calculate a plurality of required vehicle brake forces (Fmx, Ftx), which are respectively required for the vehicles (10, 50) of the vehicle unit, based on a plurality of detected decelerations (6rm, |3rt) respectively corresponding to the vehicles (10, 50) of the vehicle unit to calculate a required unit brake force (Fu), which is the total of the required vehicle brake forces (Fmx and Ftx) of the vehicles (10, 50) of the vehicle unit; and a brake force distributor configured to distribute the required unit brake force (Fu) between the vehicles (10, 50) of the vehicle unit.
An information transmission method applied to a terminal, comprising: carrying uplink control information on at least one control region of a grant-free resource; and transmitting the uplink control information carried on the grant-free resource to a base station; the method is characterized in that, the step of transmitting the uplink control information carried on the grant-free resource to the base station comprises: transmitting the uplink control information and data carried on the grant-free resource to the base station; acquiring retransmission configuration information of the uplink control information of the control region; retransmitting the uplink control information and the data carried on the grant-free resource to the base station according to the retransmission configuration information; wherein the retransmission configuration information comprises that: the number of retransmissions of the uplink control information of the control region is less than or equal to the number of retransmissions of the data in the grant-free resource. carrying uplink control information on at least one control region of a grant-free resource; and transmitting the uplink control information carried on the grant-free resource to a base station; the method is characterized in that, the step of transmitting the uplink control information carried on the grant-free resource to the base station comprises: transmitting the uplink control information and data carried on the grant-free resource to the base station; acquiring retransmission configuration information of the uplink control information of the control region; retransmitting the uplink control information and the data carried on the grant-free resource to the base station according to the retransmission configuration information; wherein the retransmission configuration information comprises that: the number of retransmissions of the uplink control information of the control region is less than or equal to the number of retransmissions of the data in the grant-free resource. transmitting the uplink control information and data carried on the grant-free resource to the base station; acquiring retransmission configuration information of the uplink control information of the control region; retransmitting the uplink control information and the data carried on the grant-free resource to the base station according to the retransmission configuration information; wherein the retransmission configuration information comprises that: the number of retransmissions of the uplink control information of the control region is less than or equal to the number of retransmissions of the data in the grant-free resource.
A substrate support structure for clamping a substrate by means of a capillary force created by a liquid clamping layer having a lower pressure than its surroundings, the substrate support structure comprising a surface provided with a plurality of substrate supporting elements for holding the substrate, the substrate support structure being characterized in that the surface further comprises portions (51, 52; 83) with different capillary potential for inducing, during clamping, a predetermined capillary flow within the liquid clamping layer.
A method for producing a reinforced plastics article, wherein a continuous reinforcement composed of strands, fabric and/or the like is guided through a mould and, in the mould, is embedded in plastic, and the mould is periodically moved relative to the preferably static plastics article, wherein a part of the curved plastics article contributes, together with the mould, to the formation of the plastics article characterized in that a pipe-shaped plastics article is formed from multiple windings lined up in coiled or spiral fashion.