mhurhangee/ep-ind-claims huggingface dataset:
A portable socket holder for sockets or bits connectable to a power tool, the portable socket holder comprising: socket compartments for different types of sockets or bits; visual indication means arranged to visually indicate a socket compartment; a processor and a memory containing instructions executable by the processor, whereby the portable socket holder is operative to visually indicate by means of the visual indication means a socket compartment; the portable socket holder is characterized in that it further comprises: screw or bolt compartments for different types of screws or bolts, and visual indication means arranged to visually indicate a screw or bolt compartment, the portable socket holder being further arranged to visually indicate based on which socket compartment that is visually indicated from which screw or bolt compartment a screw or bolt should be removed, characterized in that the portable socket holder is further operative to sense if a screw or bolt has been removed from a screw or bolt compartment. socket compartments for different types of sockets or bits; visual indication means arranged to visually indicate a socket compartment; a processor and a memory containing instructions executable by the processor, whereby the portable socket holder is operative to visually indicate by means of the visual indication means a socket compartment; the portable socket holder is characterized in that it further comprises: screw or bolt compartments for different types of screws or bolts, and visual indication means arranged to visually indicate a screw or bolt compartment, the portable socket holder being further arranged to visually indicate based on which socket compartment that is visually indicated from which screw or bolt compartment a screw or bolt should be removed, characterized in that the portable socket holder is further operative to sense if a screw or bolt has been removed from a screw or bolt compartment. screw or bolt compartments for different types of screws or bolts, and visual indication means arranged to visually indicate a screw or bolt compartment, the portable socket holder being further arranged to visually indicate based on which socket compartment that is visually indicated from which screw or bolt compartment a screw or bolt should be removed, characterized in that the portable socket holder is further operative to sense if a screw or bolt has been removed from a screw or bolt compartment.
A computer-implemented method, comprising: initiating, on a computing device, an augmented reality, AR, application targeted for testing; controlling a physical model to simulate movement of a simulated device in a simulated real-world space, the physical model interpolating physical parameters between a current state and a user control set target position and rotation, and the simulated movement of the physical model generating data for testing the AR application; and forwarding the generated data to an AR tracking system of the AR application which is adapted to process the generated data and displays the generated data to the user via an application programming interface, API, to determine whether the AR application is performing as intended. initiating, on a computing device, an augmented reality, AR, application targeted for testing; controlling a physical model to simulate movement of a simulated device in a simulated real-world space, the physical model interpolating physical parameters between a current state and a user control set target position and rotation, and the simulated movement of the physical model generating data for testing the AR application; and forwarding the generated data to an AR tracking system of the AR application which is adapted to process the generated data and displays the generated data to the user via an application programming interface, API, to determine whether the AR application is performing as intended.
Bearing system, in particular for supporting a motor vehicle assembly on a motor vehicle body, said system comprising a fluid working chamber, which is fluidically connected by means of at least one fluid channel to a fluid compensation chamber provided in a housing of the bearing system, the fluid working chamber and the fluid compensation chamber being separated by a divider, in which the at least one fluid channel lies, wherein the divider is decoupled from the housing by means of an elastic element engaging around the periphery of the divider, wherein the housing has a cover, which accommodates the fluid compensation chamber, and a supporting part, which holds a flexible member of the bearing system, characterised in that the cover engages between the supporting part and the elastic element, such that the elastic element, the cover and the supporting part follow one another directly in sequence when viewed in radial direction with respect to a longitudinal centre axis of the bearing system, and that an elastic membrane, which separates a fluid damping chamber rheologically from the fluid working chamber, is fastened on the divider, wherein the fluid damping chamber is fluidically connected by way of a throttle channel with an outer surrounding of the bearing system, wherein the fluid damping chamber is arranged in the divider and the throttle channel is formed in a protrusion of the cover encompassed annularly at least in some regions by the fluid compensation chamber, said protrusion protruding towards the divider.
A headrest assembly for supporting a face of a user of a massage device, the headrest assembly comprising: a support frame that is coupled to the massage device, the support frame defining a frame opening; and a resilient assembly including a first resilient subassembly that is coupled to the support frame, and a second resilient subassembly that engages the first resilient subassembly, the first resilient subassembly including a plurality of spaced apart resilient members that cantilever inward from the support frame into the frame opening, the second resilient subassembly being a single subassembly that engages and is stacked on top of the plurality of resilient members, the first resilient subassembly and the second resilient subassembly cooperating to support the face of the user. a support frame that is coupled to the massage device, the support frame defining a frame opening; and a resilient assembly including a first resilient subassembly that is coupled to the support frame, and a second resilient subassembly that engages the first resilient subassembly, the first resilient subassembly including a plurality of spaced apart resilient members that cantilever inward from the support frame into the frame opening, the second resilient subassembly being a single subassembly that engages and is stacked on top of the plurality of resilient members, the first resilient subassembly and the second resilient subassembly cooperating to support the face of the user.
An ultrasound probe comprising a control circuitry configured for carrying out a series of acts, said series comprising: a) examining, using ultrasound from the ultrasound probe, a volume to find body vessels present within the volume; and, b) the control circuitry being adapted b1) to select, if one or more vessels are found within the volume in said examining, for fluid-flow analysis a vessel from among said vessels found within the volume, b2) to generate, for said fluid-flow analysis, information particular to the selected vessel, b3) to determine, based on the generated information, whether said selected vessel matches a target vessel (S352,S356), and b4) if the selected vessel matches the target vessel, then b4)(i) to provide, based on the generated information, an indication as to normality of fluid flow in the selected vessel (S368, S372), else b4)(ii) to repeat the selecting, generating, and determining with a next vessel of the vessels found (S360, S364), until there is no further next vessel of the vessels found within the volume, wherein said acts of examining, selecting, generating, determining, providing and repeating (i) do not rely on a display of ultrasound scan images, and (ii) are performed automatically and without need for user intervention to interpret an ultrasound scan image, and wherein the control circuitry is further adapted to determine, based on the generated information, whether the selected vessel is a vein or an artery, characterised in that the control circuitry is further adapted to determine, if the selected vessel has been determined as an artery, whether the selected vessel is a maternal artery or a fetal artery based on the generated information. a) examining, using ultrasound from the ultrasound probe, a volume to find body vessels present within the volume; and, b) the control circuitry being adapted b1) to select, if one or more vessels are found within the volume in said examining, for fluid-flow analysis a vessel from among said vessels found within the volume, b2) to generate, for said fluid-flow analysis, information particular to the selected vessel, b3) to determine, based on the generated information, whether said selected vessel matches a target vessel (S352,S356), and b4) if the selected vessel matches the target vessel, then b4)(i) to provide, based on the generated information, an indication as to normality of fluid flow in the selected vessel (S368, S372), else b4)(ii) to repeat the selecting, generating, and determining with a next vessel of the vessels found (S360, S364), until there is no further next vessel of the vessels found within the volume,
Medicament delivery device comprising a housing, which housing is arranged to accommodate a medicament container provided with an injection needle, - a drive unit comprising a drive spring and being operably arranged to act on the medicament container upon activation, - a mechanical activation mechanism operably arranged to be operated by a user for activating said drive unit, - a mechanical activation preventing mechanism operably arranged in a first physically blocking position of said mechanical activation mechanism and thereby prevent said activation mechanism to be activated, - an usage management module designed as an attachable unit of the medicament delivery device and being arranged to be operated by a user, - first keying elements (120, 122, 98, 124; 126, 130, 132, 134) arranged on said usage management module and on other portion of said medicament delivery device designed to interact with each other when attaching said usage management module, wherein said mechanical activation preventing mechanism is moved from said first position to a second physically unblocking position and thereby cause a deactivation of the activation preventing mechanism to allow operation of the activation mechanism for dispensing a dose of medicament through said injection needle, and - that said usage management module comprises an electronic monitoring circuit arranged to monitor the use of the medicament delivery device. - a drive unit comprising a drive spring and being operably arranged to act on the medicament container upon activation, - a mechanical activation mechanism operably arranged to be operated by a user for activating said drive unit, - a mechanical activation preventing mechanism operably arranged in a first physically blocking position of said mechanical activation mechanism and thereby prevent said activation mechanism to be activated, - an usage management module designed as an attachable unit of the medicament delivery device and being arranged to be operated by a user, - first keying elements (120, 122, 98, 124; 126, 130, 132, 134) arranged on said usage management module and on other portion of said medicament delivery device designed to interact with each other when attaching said usage management module, wherein said mechanical activation preventing mechanism is moved from said first position to a second physically unblocking position and thereby cause a deactivation of the activation preventing mechanism to allow operation of the activation mechanism for dispensing a dose of medicament through said injection needle, and - that said usage management module comprises an electronic monitoring circuit arranged to monitor the use of the medicament delivery device.
Device for fluid supply to an electric drive train, for cooling and lubricating a transmission and preferably for supplying oil to an electric motor of the electric drive train, for a motor vehicle, comprising - a main pump for delivering fluid from a fluid reservoir to the electric drive train; and - at least one auxiliary pump, the auxiliary pump being selectively connectable by means of a controllable actuating device for supplying fluid to the electric drive train; characterised in that the main pump and the auxiliary pump are designed as hydraulic fixed displacement pumps; and the main pump and the auxiliary pump are mechanically driven by the transmission of the electric drive train in such a way that there is a fixed transmission ratio between a pump speed of the main pump and a pump speed of the auxiliary pump. - a main pump for delivering fluid from a fluid reservoir to the electric drive train; and - at least one auxiliary pump, the auxiliary pump being selectively connectable by means of a controllable actuating device for supplying fluid to the electric drive train;
An amantadine nitrate compound with neural protective effects, having a structure of formula: or a pharmaceutically acceptable salt thereof, wherein: R 2 is hydrogen, R 1 is a straight-chain or branched-chain alkyl; and Z 1 is a straight- or branched-carbon chain connecting to the nitrate ester group, wherein Z 1 is optionally substituted with heteroatom, alkyl, aryl and heteroaryl, and the number of carbon atoms contained in Z 1 and R 1 together is no less than 3. R 2 is hydrogen, R 1 is a straight-chain or branched-chain alkyl; and Z 1 is a straight- or branched-carbon chain connecting to the nitrate ester group, wherein Z 1 is optionally substituted with heteroatom, alkyl, aryl and heteroaryl, and the number of carbon atoms contained in Z 1 and R 1 together is no less than 3.
Transverse-force reinforced connecting assembly comprising a. a concrete beam with i. an upper side, ii. a lower side, iii. a first region with compressive stresses, the first region being arranged on the upper side or on the lower side, iv. a second region with tensile stresses, the second region being arranged on the lower side or on the upper side, v. a shear zone arranged between the first region and the second region, and vi. at least one borehole extending from the upper side or from the lower side, b. an anchoring member acting as a transverse-force reinforcement member and running in the at least one borehole, c. wherein the anchoring member interconnects the first region and the second region, the anchoring element having - a connecting portion at a rear end, - a non-threaded shank portion extending between a threaded portion and the connecting portion, - a coupling device fixable to the connecting portion, the coupling device engaging the second region and having a clamping nut and a washer, characterized in that the anchoring member has, at a front end, a threaded portion with a self-tapping external thread, the threaded portion being screwed in the borehole. a. a concrete beam with i. an upper side, ii. a lower side, iii. a first region with compressive stresses, the first region being arranged on the upper side or on the lower side, iv. a second region with tensile stresses, the second region being arranged on the lower side or on the upper side, v. a shear zone arranged between the first region and the second region, and vi. at least one borehole extending from the upper side or from the lower side, i. an upper side, ii. a lower side, iii. a first region with compressive stresses, the first region being arranged on the upper side or on the lower side, iv. a second region with tensile stresses, the second region being arranged on the lower side or on the upper side, v. a shear zone arranged between the first region and the second region, and vi. at least one borehole extending from the upper side or from the lower side, b. an anchoring member acting as a transverse-force reinforcement member and running in the at least one borehole, c. wherein the anchoring member interconnects the first region and the second region, the anchoring element having - a connecting portion at a rear end, - a non-threaded shank portion extending between a threaded portion and the connecting portion, - a coupling device fixable to the connecting portion, the coupling device engaging the second region and having a clamping nut and a washer, - a connecting portion at a rear end, - a non-threaded shank portion extending between a threaded portion and the connecting portion, - a coupling device fixable to the connecting portion, the coupling device engaging the second region and having a clamping nut and a washer,
Chassis component for a wheel suspension, having at least two pivot points (3, 4), at least one connecting structure which connects the pivot points (3, 4) to each other, and also at least one sensor, wherein the at least one sensor is arranged on a section of a surface of the connecting structure, and the sensor connects contact points (15, 16) of at least two line sections (13, 14) integrated into the connecting structure to each other, characterized in that the connecting structure has at least one connection in the region of the sensor, connection points of the line sections (13, 14) being accessible from outside at the at least one connection.
Method for feeding and/or supplying laundry items into an infeed machine for spreading out laundry items and supplying them to an ironer or some other laundry-treatment device, wherein at least one of two adjacent corners (12, 13) of an edge of the respective laundry item is automatically fed into a peg of the infeed machine or a peg (23, 46, 47) of a conveying system, characterized in that the position of at least one corner (12, 13) of at least specific laundry items which is automatically fed into a peg (23, 46, 47) is visually monitored by an operator or visually monitored by at least one imaging device and, if necessary, a manual correction is made to the position of the corner (12, 13) in the peg (23, 46, 47) assigned to it.
A method of controlling an air conditioner comprising a water level sensing device installed in a condensed water partition wall defining a condensed water storage part, in a state of not contacting condensed water, for sensing capacitance of the condensed water through a plurality of electrode pads, the method comprising: sensing the capacitance of the condensed water through any one of the electrode pads to sense a level of the condensed water during cooling; and operating a drainage pump based on the level of the condensed water sensed through any one of the electrode pads to drain the condensed water stored in the condensed water storage part. sensing the capacitance of the condensed water through any one of the electrode pads to sense a level of the condensed water during cooling; and operating a drainage pump based on the level of the condensed water sensed through any one of the electrode pads to drain the condensed water stored in the condensed water storage part.
Ethylene-vinyl alcohol copolymer microparticles, wherein: said microparticles have a particle size distribution index in a dry-powder state of 2 or less; a re-dispersibility index of said microparticles represented as a ratio of a volume average particle diameter in a dry-powder state (Dv dry) to a volume average particle diameter in an aqueous-dispersion state (Dv wet) is 1/9 or more and 9 or less; and a sphericity in a dry-powder state of said microparticles is 80 or more, wherein the particle size distribution index, re-dispersibility index and the sphericity are measured as described in the description. said microparticles have a particle size distribution index in a dry-powder state of 2 or less; a re-dispersibility index of said microparticles represented as a ratio of a volume average particle diameter in a dry-powder state (Dv dry) to a volume average particle diameter in an aqueous-dispersion state (Dv wet) is 1/9 or more and 9 or less; and a sphericity in a dry-powder state of said microparticles is 80 or more, wherein the particle size distribution index, re-dispersibility index and the sphericity are measured as described in the description.
A multifunctional hairdressing workstation, comprising: a tubular structure suspended by an upper end thereof, said tubular structure having at least one air inlet at or close to said upper end and at least one air outlet at or close to a lower end (lb); at least one turbine actuated by an electric motor housed inside the tubular structure and arranged to impel air from said air inlet to said air outlet; at least one electric heating element located inside the tubular structure downstream of said turbine; and a hose having an inlet section connected to the air outlet and an outlet section that may be handled manually by a user so that it can be placed in various positions in relation to a customer's hair; wherein the tubular structure includes support means arranged to support one or more auxiliary tools and at least one electric socket configured for the connection of an auxiliary electric tool, and said electric motor actuating the turbine is configured for working with low-voltage electric current, and the tubular structure comprises a layer of electromagnetic shielding surrounding at least the electric motor. a tubular structure suspended by an upper end thereof, said tubular structure having at least one air inlet at or close to said upper end and at least one air outlet at or close to a lower end (lb); at least one turbine actuated by an electric motor housed inside the tubular structure and arranged to impel air from said air inlet to said air outlet; at least one electric heating element located inside the tubular structure downstream of said turbine; and a hose having an inlet section connected to the air outlet and an outlet section that may be handled manually by a user so that it can be placed in various positions in relation to a customer's hair; wherein the tubular structure includes support means arranged to support one or more auxiliary tools and at least one electric socket configured for the connection of an auxiliary electric tool, and said electric motor actuating the turbine is configured for working with low-voltage electric current, and the tubular structure comprises a layer of electromagnetic shielding surrounding at least the electric motor.