mhurhangee/patent-ind-claim-en huggingface dataset:
A removable controller accessory for a game controller , the removable controller accessory comprising: a first side including a finger interface , the finger interface sized and shaped for manual manipulation by a finger; and a second side opposite the first side , the second side including a mounting interface configured to selectively mate with an accessory-retention feature of a mounting platform of the game controller to removably affix the removable controller accessory to the mounting platform , wherein the mounting interface is made at least partially of ferromagnetic material, wherein the accessory-retention feature of the mounting platform includes one or more magnets , and wherein the removable controller accessory is removably affixable to the mounting platform through a magnetic attraction between the one or more magnets and the ferromagnetic material. a first side including a finger interface , the finger interface sized and shaped for manual manipulation by a finger; and a second side opposite the first side , the second side including a mounting interface configured to selectively mate with an accessory-retention feature of a mounting platform of the game controller to removably affix the removable controller accessory to the mounting platform , wherein the mounting interface is made at least partially of ferromagnetic material, wherein the accessory-retention feature of the mounting platform includes one or more magnets , and wherein the removable controller accessory is removably affixable to the mounting platform through a magnetic attraction between the one or more magnets and the ferromagnetic material.
Combined steering system for articulated tractors comprising a steering gear , an articulated steering mechanism , a front-wheel steering mechanism and a hydraulic apparatus for controlling an articulation steering mode or a front-wheel steering mode, wherein the combined steering system is provided by a hydraulic articulation interlock open in the articulation steering mode and closed in the front-wheel steering mode, characterized in that the articulation interlock has an articulation locking ring with interlock head seats and interlock cylinders containing an interlock head .
A wearable motion assistance apparatus, comprising: a shank frame configured to support a shank of a user; a driving frame configured to assist a motion of a hip joint of the user by transmitting a power from the driving frame to the shank frame; a knee joint driver , characterized by a thigh frame configured to rotate relative to the shank frame, and to support a thigh of the user; wherein the knee joint driver is configured to drive the thigh frame in a direction in which the thigh frame is extended with respect to the shank frame , while the user stands up from a sitting position; and wherein the knee joint driver is configured to not transmit a power from the knee joint driver directly to the driving frame . a shank frame configured to support a shank of a user; a driving frame configured to assist a motion of a hip joint of the user by transmitting a power from the driving frame to the shank frame; a knee joint driver , characterized by a thigh frame configured to rotate relative to the shank frame, and to support a thigh of the user; wherein the knee joint driver is configured to drive the thigh frame in a direction in which the thigh frame is extended with respect to the shank frame , while the user stands up from a sitting position; and wherein the knee joint driver is configured to not transmit a power from the knee joint driver directly to the driving frame .
A measuring pipette for the sampling and the administration of a substance comprising at least: - one main body comprising a first open end and a second end opposite to the first end , the second end including at least one orifice for the inlet and outlet of the substance, the main body having an elastically deformable wall, - one piston inserted into the main body by the first open end of said main body , the piston being configured to be movable at least in translation in the main body between the first end of the main body and the second end of the main body , the piston comprising a first end creating a local elastic deformation on the wall of the main body , characterized in that the measuring pipette further comprises a limiting member positioned on the outer surface of the wall of the main body and exerting a determined compressive force to prevent the wall of the main body from deforming and thus to stop the piston stroke , the deformation created by the first end of the piston abutting against said limiting member . - one main body comprising a first open end and a second end opposite to the first end , the second end including at least one orifice for the inlet and outlet of the substance, the main body having an elastically deformable wall, - one piston inserted into the main body by the first open end of said main body , the piston being configured to be movable at least in translation in the main body between the first end of the main body and the second end of the main body , the piston comprising a first end creating a local elastic deformation on the wall of the main body ,
A radiological threat material detection system , comprising: a. at least one cable having an enclosed, elongated interior volume for carrying an ionization current signal that is induced within the at least one cable by a radiological material emitting ionizing radiation when the radiological material is within a predefined distance from the at least one cable; and b. at least one detector coupled with the at least one cable for measuring the induced ionization current signal, wherein the at least one detector records the measured signal. a. at least one cable having an enclosed, elongated interior volume for carrying an ionization current signal that is induced within the at least one cable by a radiological material emitting ionizing radiation when the radiological material is within a predefined distance from the at least one cable; and b. at least one detector coupled with the at least one cable for measuring the induced ionization current signal, wherein the at least one detector records the measured signal.
A blast furnace operation method including charging blast furnace feed materials into a blast furnace , the blast furnace feed materials including product sintered ore, lump iron ore, and an auxiliary material for control of the slag basicity defined by CaO/SiO 2 , the blast furnace operation method comprising: a sintering step for sintering a sintering raw material to form a sintered cake; a crushing step for crushing the sintered cake to form sintered ore; a cooling step for cooling the sintered ore; a sieving step for sieving the cooled sintered ore to separate into product sintered ore and return ore; a measuring step for measuring a component concentration of at least one of the cooled sintered ore, the product sintered ore, and the return ore, each being transferred on a conveyor , by using an infrared analyzer , or a laser analyzer, or a neutron analyzer or a microwave analyzer; and an adjusting step for adjusting consumptions of the product sintered ore, the lump iron ore, and the auxiliary material, which are to be included in the blast furnace feed materials, wherein, in the adjusting step, the total component amounts of the blast furnace feed materials are calculated by using the component concentrations of at least one of the cool sintered ore, the product sintered ore and the return ore measured in the measuring step and premeasured component concentrations of lump iron ore, and the auxiliary material, and by using the calculated value, feed forward control is performed by adjusting the consumptions of the blast furnace feed materials by using the component concentration measured in the measuring step. a sintering step for sintering a sintering raw material to form a sintered cake; a crushing step for crushing the sintered cake to form sintered ore; a cooling step for cooling the sintered ore; a sieving step for sieving the cooled sintered ore to separate into product sintered ore and return ore; a measuring step for measuring a component concentration of at least one of the cooled sintered ore, the product sintered ore, and the return ore, each being transferred on a conveyor , by using an infrared analyzer , or a laser analyzer, or a neutron analyzer or a microwave analyzer; and an adjusting step for adjusting consumptions of the product sintered ore, the lump iron ore, and the auxiliary material, which are to be included in the blast furnace feed materials, wherein, in the adjusting step, the total component amounts of the blast furnace feed materials are calculated by using the component concentrations of at least one of the cool sintered ore, the product sintered ore and the return ore measured in the measuring step and premeasured component concentrations of lump iron ore, and the auxiliary material, and by using the calculated value, feed forward control is performed by adjusting the consumptions of the blast furnace feed materials by using the component concentration measured in the measuring step.
A print module comprising: a cradle defining a longitudinal cavity; an elongate printhead received in the longitudinal cavity, the printhead having at least one row of printhead contacts ; at least one PCB slidably movable relative to the cradle along a first axis perpendicular to a longitudinal axis of the printhead, the PCB having PCB contacts ; at least one actuator handle configured for: reciprocally lowering and raising the PCB , in a first motion, towards and away from the printhead along the first axis; and urging the PCB contacts , in a separate second motion, into engagement with the printhead contacts , thereby forming electrical connections between the PCB and the printhead, wherein the PCB contacts are urged along a second axis perpendicular to the first axis and the longitudinal axis of the printhead. a cradle defining a longitudinal cavity; an elongate printhead received in the longitudinal cavity, the printhead having at least one row of printhead contacts ; at least one PCB slidably movable relative to the cradle along a first axis perpendicular to a longitudinal axis of the printhead, the PCB having PCB contacts ; at least one actuator handle configured for: reciprocally lowering and raising the PCB , in a first motion, towards and away from the printhead along the first axis; and urging the PCB contacts , in a separate second motion, into engagement with the printhead contacts , thereby forming electrical connections between the PCB and the printhead, reciprocally lowering and raising the PCB , in a first motion, towards and away from the printhead along the first axis; and urging the PCB contacts , in a separate second motion, into engagement with the printhead contacts , thereby forming electrical connections between the PCB and the printhead,
A method for wireless communication performed by a user equipment, UE, comprising: receiving a first instance of a discovery reference signal, DRS , on a beam over a shared radio frequency spectrum band; synchronizing with a base station based at least in part on a set of one or more synchronization signals included in the first instance of the DRS ; receiving a second instance of a DRS on the beam, wherein the second instance of the DRS includes at least a physical broadcast channel, PBCH, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, wherein the sequential order in time of the PBCH, the PSS, and the SSS varies; receiving an instance of a system information block, SIB , on the beam, the instance of the SIB frequency division multiplexed with the second instance of the DRS , wherein the SIB carries a public land mobile network identifier, PLMN ID; and selectively performing a random access procedure based at least in part on the PLMN ID, wherein selectively performing comprises: performing the random access procedure when the PLMN ID matches a PLMN ID associated with the UE, and refraining from performing the random access procedure when the PLMN ID does not match the PLMN ID associated with the UE. receiving a first instance of a discovery reference signal, DRS , on a beam over a shared radio frequency spectrum band; synchronizing with a base station based at least in part on a set of one or more synchronization signals included in the first instance of the DRS ; receiving a second instance of a DRS on the beam, wherein the second instance of the DRS includes at least a physical broadcast channel, PBCH, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, wherein the sequential order in time of the PBCH, the PSS, and the SSS varies; receiving an instance of a system information block, SIB , on the beam, the instance of the SIB frequency division multiplexed with the second instance of the DRS , wherein the SIB carries a public land mobile network identifier, PLMN ID; and selectively performing a random access procedure based at least in part on the PLMN ID, wherein selectively performing comprises: performing the random access procedure when the PLMN ID matches a PLMN ID associated with the UE, and refraining from performing the random access procedure when the PLMN ID does not match the PLMN ID associated with the UE. performing the random access procedure when the PLMN ID matches a PLMN ID associated with the UE, and refraining from performing the random access procedure when the PLMN ID does not match the PLMN ID associated with the UE.
Product comprising a substrate and a multilayer coating for the thermal control of a surface of said substrate comprising a first inner layer intended to be deposited on said surface, a second intermediate layer applied on said first inner layer and a third outer layer applied on said second intermediate layer in which: - said first inner layer comprises a co-dispersion of conductive nanoparticles and dielectric nanoparticles, wherein the volume fraction of conductive nanoparticles increases along the thickness of said first inner layer moving away from said second intermediate layer and wherein said first inner layer has a hemispheric emissivity between 0.5 and 0.8; - said second intermediate layer comprises a plurality of layers wherein at least one layer of a dielectric material transparent in the visible with a high refractive index in the visible is alternated with at least one layer of a dielectric material transparent in the visible with a low refractive index in the visible (3") and wherein the refractive index of each layer of dielectric material transparent in the visible with high refractive index in the visible is higher than the refractive index of each adjacent layer of dielectric material transparent in the visible with low refractive index in the visible (3"); and - said third outer layer is made of a conductive oxide transparent in the visible having a resistivity of less than 1×10 -3 ohm × cm. - said first inner layer comprises a co-dispersion of conductive nanoparticles and dielectric nanoparticles, wherein the volume fraction of conductive nanoparticles increases along the thickness of said first inner layer moving away from said second intermediate layer and wherein said first inner layer has a hemispheric emissivity between 0.5 and 0.8; - said second intermediate layer comprises a plurality of layers wherein at least one layer of a dielectric material transparent in the visible with a high refractive index in the visible is alternated with at least one layer of a dielectric material transparent in the visible with a low refractive index in the visible (3") and wherein the refractive index of each layer of dielectric material transparent in the visible with high refractive index in the visible is higher than the refractive index of each adjacent layer of dielectric material transparent in the visible with low refractive index in the visible (3"); and - said third outer layer is made of a conductive oxide transparent in the visible having a resistivity of less than 1×10 -3 ohm × cm.
A resuscitation bag system useable for resuscitating a person in state of cardiac arrest, comprising: - a deformable bag comprising a gas inlet and a gas outlet, - a gas conduit in fluid communication with the gas outlet of the deformable bag , and a first conduit element in fluid communication with the gas inlet of the deformable bag - a pneumatic control valve comprising an exhaust port for controlling the flow of gas exiting to the atmosphere through said exhaust port, - a monitoring module arranged on the pneumatic control valve , - an insufflation module electrically connected to the monitoring module and fluidly connected to an enclosure , and - the enclosure defining a hollow volume , and wherein: - the flexible bag is arranged into the hollow volume of the enclosure , and - the insufflation module is operated by the monitoring module for controlling a gas delivery into the enclosure , characterized in that the insufflation module : i) is fluidly connected to an oxygen source providing oxygen to said insufflation module , ii) is further fluidly connected to the first conduit element for providing oxygen to said conduit element , and iii) is configured for delivering oxygen gas into the enclosure in response to at least one pressure signal transmitted by the monitoring module . - a deformable bag comprising a gas inlet and a gas outlet, - a gas conduit in fluid communication with the gas outlet of the deformable bag , and a first conduit element in fluid communication with the gas inlet of the deformable bag - a pneumatic control valve comprising an exhaust port for controlling the flow of gas exiting to the atmosphere through said exhaust port, - a monitoring module arranged on the pneumatic control valve , - an insufflation module electrically connected to the monitoring module and fluidly connected to an enclosure , and - the enclosure defining a hollow volume , and wherein: - the flexible bag is arranged into the hollow volume of the enclosure , and - the insufflation module is operated by the monitoring module for controlling a gas delivery into the enclosure , characterized in that the insufflation module : i) is fluidly connected to an oxygen source providing oxygen to said insufflation module , ii) is further fluidly connected to the first conduit element for providing oxygen to said conduit element , and iii) is configured for delivering oxygen gas into the enclosure in response to at least one pressure signal transmitted by the monitoring module . i) is fluidly connected to an oxygen source providing oxygen to said insufflation module , ii) is further fluidly connected to the first conduit element for providing oxygen to said conduit element , and iii) is configured for delivering oxygen gas into the enclosure in response to at least one pressure signal transmitted by the monitoring module .
A hearing device , comprising at least one electronic component and at least two parts (2.1, 2.2) of a housing , at least one of them configured as a molded interconnect device comprising at least one electrically conductive trace (3.1, 3.2, 3.3) and at least one pin seat , the molded interconnect device mechanically connected to another one of the parts (2.1, 2.2) of the housing or to a frame by at least one assembly pin held in the at least one pin seat , characterized in that the at least one assembly pin also directly or indirectly electrically connects the at least one electrically conductive trace (3.1, 3.2, 3.3) to the at least one electronic component .
A method of preparing a compound of Formula (II-a) or Formula (II-b): comprising: (a) preparing a first input mixture, wherein the first input mixture comprises an amine protecting agent, a first base, a metalating agent, and a compound of Formula (IV): to provide a first output mixture; and (b) preparing a second input mixture comprising the first output mixture and a compound of Formula (V) to provide a second output mixture comprising the compound of Formula (II-a) or Formula (II-b), wherein the compound of Formula (V) has the structure: wherein R a is M a is Li or MgX a ; X a is Cl, Br, or I; R b is hydrogen or -OH; and X b is Cl, Br, or I. (a) preparing a first input mixture, wherein the first input mixture comprises an amine protecting agent, a first base, a metalating agent, and a compound of Formula (IV): to provide a first output mixture; and (b) preparing a second input mixture comprising the first output mixture and a compound of Formula (V) to provide a second output mixture comprising the compound of Formula (II-a) or Formula (II-b), wherein the compound of Formula (V) has the structure: wherein R a is M a is Li or MgX a ; X a is Cl, Br, or I; R b is hydrogen or -OH; and X b is Cl, Br, or I. R a is M a is Li or MgX a ; X a is Cl, Br, or I; R b is hydrogen or -OH; and X b is Cl, Br, or I.
A lighting assembly comprising: - a light engine housing ; - a circuit board ; - a solid state light emitter in contact with a first end of an electrically conductive leg , the electrically conductive leg extending through the circuit board and protruding from the circuit board at least part of the distance from the circuit board to a surface of the light engine housing that is opposite the circuit board relative to the heat transfer material; - < a heat transfer material in a space defined by the light engine housing and the circuit board ,>a second end of the electrically conductive leg extending into the heat transfer material ; characterised in that it further comprises - heat sink fins extending from the light engine housing away from the heat transfer material, the electrically conductive leg extending from the solid state light emitter toward the plurality of heat sink fins ; and - a fixture housing connected to the light engine housing and extending from the second surface of the light engine housing . - a light engine housing ; - a circuit board ; - a solid state light emitter in contact with a first end of an electrically conductive leg , the electrically conductive leg extending through the circuit board and protruding from the circuit board at least part of the distance from the circuit board to a surface of the light engine housing that is opposite the circuit board relative to the heat transfer material; - < a heat transfer material in a space defined by the light engine housing and the circuit board ,>a second end of the electrically conductive leg extending into the heat transfer material ; characterised in that it further comprises - heat sink fins extending from the light engine housing away from the heat transfer material, the electrically conductive leg extending from the solid state light emitter toward the plurality of heat sink fins ; and - a fixture housing connected to the light engine housing and extending from the second surface of the light engine housing .