mhurhangee/ep-ind-claims huggingface dataset:
Fuse-receiving device having a fastening web and receiving contact portions (8, 9), disposed at ends of the fastening web, for contact blades of fuses, having insulating caps (54, 55) which are placed onto the fastening web, at least partially cover the receiving contact portions (8, 9) and also comprise opening slits (61, 62) for passage of the contact blades of a fuse, characterised in that the fastening web comprises at least one groove-shaped receiver for an electric busbar, into which a contact tongue of one of the receiving contact portions (8, 9) is inserted, and that at least one groove (30a, 30b) extending along the axis of the fastening web is provided on at least one end face (2, 3) of the fastening web, and that a holding element is provided which comprises a plug device (26, 27, 28) which can be brought into engagement with the at least one groove (30a, 30b).
An augmented reality system, comprising: a transparent display configured to enable viewing of a ride vehicle of an amusement ride system for a guest who is not in the ride vehicle; and a controller comprising a memory and a processor, wherein the processor is configured to: receive a first sensor signal indicative of a first position of the ride vehicle along a ride path; and control an augmented reality image on the transparent display based on the first position of the ride vehicle. a transparent display configured to enable viewing of a ride vehicle of an amusement ride system for a guest who is not in the ride vehicle; and a controller comprising a memory and a processor, wherein the processor is configured to: receive a first sensor signal indicative of a first position of the ride vehicle along a ride path; and control an augmented reality image on the transparent display based on the first position of the ride vehicle. receive a first sensor signal indicative of a first position of the ride vehicle along a ride path; and control an augmented reality image on the transparent display based on the first position of the ride vehicle.
A method comprising: determining a current velocity of an independently movable implement (104,106,108) attached to a machine; determining a volume of a virtual dome surrounding the machine based on the machine, the independently movable implement attached to the machine, and the current velocity of the independently moveable implement attached to the machine; determining whether an obstacle is located within the volume; generating an indication based on the obstacle being located within the volume; outputting the indication to a user of the machine; determining that an interaction with the obstacle will occur based on a current velocity of the machine and the current velocity of the independently movable implement attached to the machine; generating a control signal to prevent the interaction with the obstacle in response to the determining that the interaction with the obstacle will occur; and preventing any further movement of the machine or the independently moveable implement toward the obstacle in response to the control signal. determining a current velocity of an independently movable implement (104,106,108) attached to a machine; determining a volume of a virtual dome surrounding the machine based on the machine, the independently movable implement attached to the machine, and the current velocity of the independently moveable implement attached to the machine; determining whether an obstacle is located within the volume; generating an indication based on the obstacle being located within the volume; outputting the indication to a user of the machine; determining that an interaction with the obstacle will occur based on a current velocity of the machine and the current velocity of the independently movable implement attached to the machine; generating a control signal to prevent the interaction with the obstacle in response to the determining that the interaction with the obstacle will occur; and preventing any further movement of the machine or the independently moveable implement toward the obstacle in response to the control signal.
A plasma source comprising: a first RF power supply and a second RF power supply; a plurality of electrode tiles, arranged side by side and being separated from one another by a gap, the side wall of each of the electrode tiles bordering the gap defining a beveled edge; each of the plurality of tiles defining an elongated electrode having a length greater than its width and comprising a body having an upper surface and a lower surface separated by side walls (335a, 335b; 920) and wherein at least one side wall (335a, 335b; 920) defines the beveled edge; each of the tiles further comprising first and second electrical connections provided at opposing ends of the tile, the first and second electrical connections (940, 945) being operably coupled to the first RF power supply and the second RF power supply such that the first and second RF power supplies operably provide RF power of two different phases at each of the first and second ends of the tile. a first RF power supply and a second RF power supply; a plurality of electrode tiles, arranged side by side and being separated from one another by a gap, the side wall of each of the electrode tiles bordering the gap defining a beveled edge; each of the plurality of tiles defining an elongated electrode having a length greater than its width and comprising a body having an upper surface and a lower surface separated by side walls (335a, 335b; 920) and wherein at least one side wall (335a, 335b; 920) defines the beveled edge; each of the tiles further comprising first and second electrical connections provided at opposing ends of the tile, the first and second electrical connections (940, 945) being operably coupled to the first RF power supply and the second RF power supply such that the first and second RF power supplies operably provide RF power of two different phases at each of the first and second ends of the tile.
A method for manufacturing of electrical connections between two printed circuit boards (10, 12) arranged in an angle with respect to each other, wherein a first one of the two printed circuit boards (10, 12) is fitted with individual electrical contact elements in the form of SMD components according to the pick & place method and soldered and the electrical contact elements are then soldered to the second printed circuit board, wherein the electrical contact elements are at least partially provided with angled solder lugs that are inserted through soldering holes provided in the first printed circuit board, wherein the electrical contact elements are placed at least partially individually and/or at least partially in groups in a soldering paste applied onto the first printed circuit board, wherein the electrical contact elements are soldered to the first printed circuit board according to a reflow process and said process of fitting the first printed circuit board with the electrical contact elements and said soldering of said contact elements with the first printed circuit board is directly integrated into the SMD line.
A method for the manufacture of transverse elements made from steel for a drive belt with an endless tensile element and with a number of transverse elements mounted on the endless tensile element, wherein the transverse elements are quench hardened by placing several hundred to several thousand thereof in a heat treatment basket, by austenitizing these through the heating thereof to above a ferrite/austenite-transformation temperature (Tp) of the steel concerned and by subsequently quenching these through the cooling thereof to a quenching temperature (Tq), characterized in that prior to austenitizing the transverse elements, the heat treatment basket with the transverse elements in it is preheated to a temperature below the said ferrite/austenite-transformation temperature (Tp).
Method for managing the electric charges of cells of an electricity storage battery, which are electrically connected in series and/or in parallel, characterized in that it comprises: - a step in which the states of charge (SoC i) of the cells are balanced, this step being performed only during the battery charging phase, and - a step in which the quantities of charge (Q i) contained in the cells are balanced, this step being performed only during the battery discharging or rest phase. - a step in which the states of charge (SoC i) of the cells are balanced, this step being performed only during the battery charging phase, and - a step in which the quantities of charge (Q i) contained in the cells are balanced, this step being performed only during the battery discharging or rest phase.
A fiber laminate comprising: a layer (iii) that is made from a one-component aqueous resin composition; and a fiber base (iv); wherein the one-component aqueous resin composition comprises: an aqueous urethane resin that has a flow starting temperature of 50°C to 155°C and an acid value of 15 mgKOH/g or lower; and an aqueous medium; wherein the aqueous urethane resin is an anionic urethane resin (A-A-1) which is a reaction product of a polyol, a glycol compound having a carboxyl group, a chain extender including a chain extender (a2-1) having a hydroxyl group, and an aromatic polyisocyanate (a3-1), or the aqueous urethane resin is an anionic urethane resin (A-A-2) which is a reaction product of a polyol, a glycol compound having a carboxyl group, a chain extender including a chain extender (a2-2) having an amino group, and an aliphatic polyisocyanate and/or alicyclic polyisocyanate (a3-2); and wherein the one-component aqueous resin composition does not contain a crosslinking agent. a layer (iii) that is made from a one-component aqueous resin composition; and a fiber base (iv); wherein the one-component aqueous resin composition comprises: an aqueous urethane resin that has a flow starting temperature of 50°C to 155°C and an acid value of 15 mgKOH/g or lower; and an aqueous medium; an aqueous urethane resin that has a flow starting temperature of 50°C to 155°C and an acid value of 15 mgKOH/g or lower; and an aqueous medium; wherein the aqueous urethane resin is an anionic urethane resin (A-A-1) which is a reaction product of a polyol, a glycol compound having a carboxyl group, a chain extender including a chain extender (a2-1) having a hydroxyl group, and an aromatic polyisocyanate (a3-1), or the aqueous urethane resin is an anionic urethane resin (A-A-2) which is a reaction product of a polyol, a glycol compound having a carboxyl group, a chain extender including a chain extender (a2-2) having an amino group, and an aliphatic polyisocyanate and/or alicyclic polyisocyanate (a3-2); and wherein the one-component aqueous resin composition does not contain a crosslinking agent.
A clotting factor treatment consisting of FII, or a combination of FII, FVIIa, and FX, or fibrinogen and a combination of FII, FVIIa, and FX, or fibrinogen and FII, or FII and FVIIa, or fibrinogen, FII and FVIIa, for use in normalizing impaired haemostasis associated with dilutional coagulopathy in a mammal in need thereof. FII, or a combination of FII, FVIIa, and FX, or fibrinogen and a combination of FII, FVIIa, and FX, or fibrinogen and FII, or FII and FVIIa, or fibrinogen, FII and FVIIa,
A wafer accommodation container comprising: a container body having (i) one end that is provided with an opening and (ii) another end that is provided with a mount element on which wafers are stacked, the mount element facing the opening; a cover to cover the opening; and a connection mechanism to detachably connect the container body and the cover, wherein the connection mechanism includes (i) at least two engagement members each extending from the other end of the container body to the one end of the container body, each having one end that is provided with an engagement nail, and each being formed integrally with the mount element of the container body and (ii) at least two engagement holes included in the cover and configured to be each fitted to the corresponding engagement nail, and the cover includes guide members each disposed on corresponding one of cover side wall portions of the cover and configured to, during attachment of the cover to the container body, guide the cover while the guide members are coming into contact with the corresponding engagement members with keeping a concentric state in which the container body and the cover have matching central axes, the attachment being started upon starting of placement of the cover over the container body and completed upon completion of the placement of the cover over the container body. a container body having (i) one end that is provided with an opening and (ii) another end that is provided with a mount element on which wafers are stacked, the mount element facing the opening; a cover to cover the opening; and a connection mechanism to detachably connect the container body and the cover, wherein the connection mechanism includes (i) at least two engagement members each extending from the other end of the container body to the one end of the container body, each having one end that is provided with an engagement nail, and each being formed integrally with the mount element of the container body and (ii) at least two engagement holes included in the cover and configured to be each fitted to the corresponding engagement nail, and the cover includes guide members each disposed on corresponding one of cover side wall portions of the cover and configured to, during attachment of the cover to the container body, guide the cover while the guide members are coming into contact with the corresponding engagement members with keeping a concentric state in which the container body and the cover have matching central axes, the attachment being started upon starting of placement of the cover over the container body and completed upon completion of the placement of the cover over the container body.
An air conditioner comprising: a temperature detection means that detects temperature while scanning a temperature detection covering range; a temperature detection means drive circuit that drives the temperature detection means; and a control unit that controls the temperature detection means drive circuit, wherein the control unit directs the temperature detection means drive circuit to allow the temperature detection means to scan the temperature detection covering range in such a manner that each temperature detection range which the temperature detection means can cover for a temperature detection at one time partially overlaps an adjacent temperature detection range, so as to successively detect the temperature of the overlapping temperature detection range to detect temperatures of all regions of the temperature detection covering range, and wherein an amount of the overlapping of the temperature detection means is able to be adjusted in accordance with temperature detection accuracy. a temperature detection means that detects temperature while scanning a temperature detection covering range; a temperature detection means drive circuit that drives the temperature detection means; and a control unit that controls the temperature detection means drive circuit, wherein the control unit directs the temperature detection means drive circuit to allow the temperature detection means to scan the temperature detection covering range in such a manner that each temperature detection range which the temperature detection means can cover for a temperature detection at one time partially overlaps an adjacent temperature detection range, so as to successively detect the temperature of the overlapping temperature detection range to detect temperatures of all regions of the temperature detection covering range, and wherein an amount of the overlapping of the temperature detection means is able to be adjusted in accordance with temperature detection accuracy.
Support pole for ski touring, snow shoes or any other activity requiring the use of a pole, composed of a shaft in the form of a profile of longitudinal axis (XX'), the upper end of which is equipped with a main end handle, while the lower end comprises a spike and additionally a basket, said pole comprising at least one support for the hand of a user, said support being constituted by a lateral support projection, secured to the shaft, beneath the main end handle, said projection being constituted by at least one disc portion comprising an upper support surface, said lateral support projection being prolonged upwards, that is to say towards the upper end of the pole, by a secondary gripping handle, to form a secondary gripping and support assembly, said secondary gripping and support assembly being adjustable in terms of its position in order to adapt the height of the lateral support projection to the morphology of the user, characterised in that said assembly is slidably mounted on the shaft of the pole and comprises locking means for locking it in position, which allow the assembly to be locked at the correct height, in the chosen position.
A computer-implemented method, comprising: providing a manifest to a resource management service running on a distributed computing system, the manifest associated with a new service to be added to the distributed computing system, wherein the manifest is used to add a SQL service to an organization's cloud system and the manifest identifies resources needed to establish a SQL resource provider on the cloud, including a set of resources and dependencies and the manifest names a virtual machine resource and deploys a SQL resource provider installation package on that virtual machine and the manifest names a resource provider registration resource and defines that the resource provider registration resource depends on the virtual machine resource; receiving the manifest at a resource manager; based upon information in the manifest, assigning one or more resources in the distributed computing system to support the new service; calling a subscription management service to create the resource provider registration resource; and creating, by the subscription management service, the resource provider registration resource for registering the new service; and based upon information in the manifest, registering the new service with the subscription management service, wherein the resource provider registration resource in the manifest is used to register the new service with the subscription management service. providing a manifest to a resource management service running on a distributed computing system, the manifest associated with a new service to be added to the distributed computing system, wherein the manifest is used to add a SQL service to an organization's cloud system and the manifest identifies resources needed to establish a SQL resource provider on the cloud, including a set of resources and dependencies and the manifest names a virtual machine resource and deploys a SQL resource provider installation package on that virtual machine and the manifest names a resource provider registration resource and defines that the resource provider registration resource depends on the virtual machine resource; receiving the manifest at a resource manager; based upon information in the manifest, assigning one or more resources in the distributed computing system to support the new service; calling a subscription management service to create the resource provider registration resource; and creating, by the subscription management service, the resource provider registration resource for registering the new service; and based upon information in the manifest, registering the new service with the subscription management service, wherein the resource provider registration resource in the manifest is used to register the new service with the subscription management service.
A skin care formulation comprising: a dispersion or emulsion comprising at least one particle-polymer hybrid wherein the polymer-particle hybrid is formed by functionalizing af least one hydroxyl-containing particle with at least one linking group prior to grafting and grafting at least one polymerizable monomer that is capable of being grafted using free radical polymerization to the functionalized particle; and a cosmetically acceptable additive. a dispersion or emulsion comprising at least one particle-polymer hybrid wherein the polymer-particle hybrid is formed by functionalizing af least one hydroxyl-containing particle with at least one linking group prior to grafting and grafting at least one polymerizable monomer that is capable of being grafted using free radical polymerization to the functionalized particle; and a cosmetically acceptable additive.
A multi nozzle tubular plasma deposition burner for producing pre forms providing blanks for optical fibers, wherein the burner is supplied with a media flow including glass base material and a carrier gas, wherein the burner includes devices for supplying at least one donor through at least one precursor gas, wherein the burner longitudinal axis is arranged essentially perpendicular to a center axis of a typically rotating substrate, wherein a first partial flow of a precursor gas is supplied to the plasma and the substrate through at least one nozzle extending in the burner longitudinal axis and a second partial flow of the precursor gas is supplied to the plasma and the substrate through an additional nozzle so that the partial flows unite proximal to the substrate characterized in that the additional the nozzle is configured as a nozzle pair respectively including a group of individual nozzles configured as a nozzle chain with two or more individual nozzles offset relative to the burner longitudinal axis, wherein the nozzle pair for generating the second partial flow is arranged outside of the actual burner and offset from the a burner tube that is proximal to the substrate in the space between the substrate surface and the burner, wherein the second partial flow is tangentially oriented with respect to the substrate through the two nozzle chains that are arranged offset opposite to each other and the nozzle pair of the nozzle chains is arranged so that the precursor gas flows in the center of the plasma almost cancel each other, wherein the nozzle chains of the nozzle pairs have angular positions that are adjustable relative to each other.