mhurhangee/ep-ind-claims huggingface dataset:
A Micro Electro-Mechanical Systems (MEMS) accelerometer comprising: a housing; a proof mass suspended within the housing by at least one flexure; at least one planar coil located on the proof mass; at least one magnet; a first pole piece adjacent to at least one of the at least one magnets; and a second pole piece, wherein at least one face of the first pole piece is positioned proximate a first side of the proof mass and at least one face of the second pole piece is positioned proximate a second side of the proof mass such that a magnetic flux field passes from the magnet, through the face of the first pole piece, through the at least one planar coil at a flux angle between approximately 30 degrees and approximately 60 degrees relative to the coil plane, and into the second pole piece. a housing; a proof mass suspended within the housing by at least one flexure; at least one planar coil located on the proof mass; at least one magnet; a first pole piece adjacent to at least one of the at least one magnets; and a second pole piece, wherein at least one face of the first pole piece is positioned proximate a first side of the proof mass and at least one face of the second pole piece is positioned proximate a second side of the proof mass such that a magnetic flux field passes from the magnet, through the face of the first pole piece, through the at least one planar coil at a flux angle between approximately 30 degrees and approximately 60 degrees relative to the coil plane, and into the second pole piece.
A method for a network (128; 600) comprising a plurality of nodes (102-124; 200-204; 400; 602-608) configured according to a protocol configuration that prevents data looping through the network, comprising: configuring by a first playback device, a network interface of the first playback device to operate according to a bridge table that defines a spanning tree protocol for a mesh network, and identifies one or more reachable nodes, wherein the one or more reachable nodes comprises a second playback device (102-124; 200-204; 400; 602-608); identifying the second playback device as a destination node of data; determining, by the first playback device that the bridge table comprises an entry indicating that a direct communication route between the first playback device and the second playback device is blocked; determining via a signal strength monitor that a signal strength of a wireless connection between the first playback device and the second playback device exceeds a threshold; and based on the determination that the signal strength of the wireless connection exceeds the threshold, overriding the blocked route between the first playback device and the second playback device from the bridge table entry and transmitting the data directly to the second playback device via the direct communication route, without changing the protocol configuration. configuring by a first playback device, a network interface of the first playback device to operate according to a bridge table that defines a spanning tree protocol for a mesh network, and identifies one or more reachable nodes, wherein the one or more reachable nodes comprises a second playback device (102-124; 200-204; 400; 602-608); identifying the second playback device as a destination node of data; determining, by the first playback device that the bridge table comprises an entry indicating that a direct communication route between the first playback device and the second playback device is blocked; determining via a signal strength monitor that a signal strength of a wireless connection between the first playback device and the second playback device exceeds a threshold; and based on the determination that the signal strength of the wireless connection exceeds the threshold, overriding the blocked route between the first playback device and the second playback device from the bridge table entry and transmitting the data directly to the second playback device via the direct communication route, without changing the protocol configuration.
Method for down-the-hole drilling, the drilling being carried out by an apparatus, having a drilling device that comprises a casing part and at least during a drilling situation an essentially inside thereof existing drilling unit, at a drilling head of which there are at least first drilling means for drilling a center hole, second drilling means for reaming the center hole for the casing part and a flushing flow arrangement for feeding of a flushing medium and for returning thereof together with drilling waste at least partly internally inside the casing part, whereby the first drilling means are coupled with the second drilling means first of all power-transmittedly in order to carry out cooperation thereof at least during a drilling situation with the second drilling means for a rotational motion, a feeding motion and/or a hammering motion, and on the other hand removably in order to enable removal thereof from the hole, whereby the casing part is arranged to be drawn into a hole to be drilled by the drilling unit, and whereby the flushing medium is being brought by first flushing means of the flushing flow arrangement onto a drilling surface and returned from the drilling surface together with the drilling waste by second flushing means of the flushing flow arrangement through axially directed and in respect with each other separate feed flow and return flow channels, the flushing flow arrangement being placed at least partly between the first and the second drilling means (4, 5), when viewed in a cross section, characterized in that both the feed flow of the flushing medium and the return flow thereof with the drilling waste are being led through feed flow and return flow channels (6a', 6b') between the first and the second drilling means (4, 5) on an outer periphery of the first drilling means and/or on an inner periphery of the second drilling means, when viewed in a cross section.
Electrical work appliance comprising: an appliance housing having an electric motor for driving a work tool, a control unit for putting the electric motor into operation, a handle housing that has at least one handle (21, 22) for guiding the work appliance, a receiving cavity, realized in the handle housing, having an insertion opening for a battery pack for operating the electric motor, wherein the battery pack is held in an exchangeable manner in the receiving cavity, and, for the purpose of vibration decoupling, the handle housing, together with the receiving cavity for the battery pack, is decoupled from the appliance housing by means of at least one and the same antivibration element, and a vibration gap is realized between the appliance housing and the handle housing, wherein the antivibration element at least partly bridges the vibration gap between the handle housing and the appliance housing, characterized in that the handle housing has a rear handle that is distal from the work tool, and a front handle that is proximal to the work tool. an appliance housing having an electric motor for driving a work tool, a control unit for putting the electric motor into operation, a handle housing that has at least one handle (21, 22) for guiding the work appliance, a receiving cavity, realized in the handle housing, having an insertion opening for a battery pack for operating the electric motor, wherein the battery pack is held in an exchangeable manner in the receiving cavity, and, for the purpose of vibration decoupling, the handle housing, together with the receiving cavity for the battery pack, is decoupled from the appliance housing by means of at least one and the same antivibration element, and a vibration gap is realized between the appliance housing and the handle housing, wherein the antivibration element at least partly bridges the vibration gap between the handle housing and the appliance housing, characterized in that the handle housing has a rear handle that is distal from the work tool, and a front handle that is proximal to the work tool.
An IG window unit comprising: - a first glass substrate; - a second glass substrate spaced apart from the first glass substrate; - a UV reflecting coating provided on the first glass substrate and on an exterior surface of the IG window unit so as to face an exterior of a building in which the IG window unit is to be mounted; - a low-E coating provided on the other side of the first glass substrate, so that the first glass substrate supports and is located between the UV reflecting coating and the low-E coating; wherein the UV reflecting coating is not part of a low-E coating and does not contain any IR reflecting layer of silver or gold; wherein the UV reflecting coating is patterned so that the UV reflecting coating is not provided continuously across the entire first substrate; wherein the UV reflecting coating comprises first, second, third, and fourth layers in this order moving away from the first glass substrate, and wherein the first and third layers are high index layers having a refractive index of at least 2.25 and the second and fourth layers are low index layers having a refractive index of no greater than 1.8, where refractive indices are measured at 550 nm; wherein the first, second, third and fourth layers are each dielectric layers that are substantially transparent to visible light; and wherein the IG window unit has a visible transmission of at least 50%, and the UV reflecting coating reflects at least 40% of UV radiation in at least a substantial part of the range from 300-400 nm. - a first glass substrate; - a second glass substrate spaced apart from the first glass substrate; - a UV reflecting coating provided on the first glass substrate and on an exterior surface of the IG window unit so as to face an exterior of a building in which the IG window unit is to be mounted; - a low-E coating provided on the other side of the first glass substrate, so that the first glass substrate supports and is located between the UV reflecting coating and the low-E coating; wherein the UV reflecting coating is patterned so that the UV reflecting coating is not provided continuously across the entire first substrate; wherein the UV reflecting coating comprises first, second, third, and fourth layers in this order moving away from the first glass substrate, and wherein the first and third layers are high index layers having a refractive index of at least 2.25 and the second and fourth layers are low index layers having a refractive index of no greater than 1.8, where refractive indices are measured at 550 nm; wherein the first, second, third and fourth layers are each dielectric layers that are substantially transparent to visible light; and wherein the IG window unit has a visible transmission of at least 50%, and the UV reflecting coating reflects at least 40% of UV radiation in at least a substantial part of the range from 300-400 nm.
A method of routing a data stream to end-user nodes of a network, the method characterised by comprising: for each of a plurality of possible combinations of routes of said stream to a plurality of consuming end-user nodes, including at least one possible combination routing via one or more relaying nodes, evaluating a utility function for each of said consuming end-user nodes, the utility function being dependent on route and defining a quantitative measure of end-user benefit that would be experienced at the respective end-user node by consumption of the stream; for each of said plurality of possible combinations of routes, determining an overall utility value based on the respective evaluation of the utility functions of each of said plurality of consuming end-user nodes, the overall utility value representing an overall end-user benefit to all of the consuming end-user nodes; selecting a preferred combination of routes for said stream based on the overall utility values of the different possible combinations, the preferred combination having the overall utility value which represents the greatest overall end-user benefit to all of the consuming end-user nodes considered as a whole, which represents the greatest benefit for the greatest number of consuming end-user nodes; J 2. and routing the stream to the consuming end-user nodes via the selected routes. for each of a plurality of possible combinations of routes of said stream to a plurality of consuming end-user nodes, including at least one possible combination routing via one or more relaying nodes, evaluating a utility function for each of said consuming end-user nodes, the utility function being dependent on route and defining a quantitative measure of end-user benefit that would be experienced at the respective end-user node by consumption of the stream; for each of said plurality of possible combinations of routes, determining an overall utility value based on the respective evaluation of the utility functions of each of said plurality of consuming end-user nodes, the overall utility value representing an overall end-user benefit to all of the consuming end-user nodes; selecting a preferred combination of routes for said stream based on the overall utility values of the different possible combinations, the preferred combination having the overall utility value which represents the greatest overall end-user benefit to all of the consuming end-user nodes considered as a whole, which represents the greatest benefit for the greatest number of consuming end-user nodes; J 2. and routing the stream to the consuming end-user nodes via the selected routes.
Roller assembly for an awning comprising a roller, having ends and defining a rotation axis X, and support elements (60, 42, 43) provided at each end of the roller, said support elements (60, 42, 43) comprising: - a support suitable for being fastened to a fixed structure; - a grip element integral with the roller; and - a bearing suitable for supporting axial and radial loads; the roller assembly further comprising a tension element of the roller provided at at least one of said ends of the roller and suitable for applying a force in the axial direction between the grip element and the support, so as to induce a tensile strain in the roller; characterized in that said at least one end of the roller comprising the tension element also comprises a threaded coupling which allows the axial force to be applied in a gradual and increasing manner. - a support suitable for being fastened to a fixed structure; - a grip element integral with the roller; and - a bearing suitable for supporting axial and radial loads;
Method for detecting phase failures in a converter, wherein for current control of the converter, on the one hand, current controllers (26, 28) of a positive phase sequence system and, on the other hand, current controllers (40, 42) of a negative phase sequence system are provided, characterised in that the current controllers (26, 28) of the positive phase sequence system and the current controllers (40, 42) of the negative phase sequence system each have integrators (50, 52; 54, 56), wherein the integrators (50, 52) of the positive phase sequence system are decoupled without a line malfunction and the integrators (54, 56) of the negative phase sequence system are decoupled without a line malfunction, wherein, in the event of a line fault, coupling of the previously decoupled integrators (50, 52; 54, 56) results, wherein at least one measured or calculated value is checked by means of a monitoring unit for a response typical of the coupling of the integrators (50, 52; 54, 56), wherein - the absolute values of the integrators (54, 56) of the current controllers (40, 42) of the negative phase sequence system, - the oscillation amplitude of the amount of mains current with a dual mains frequency, - the oscillation amplitude of the filter voltage amount with a dual mains frequency, - the oscillation amplitude of the intermediate circuit voltage with a dual mains frequency and/or - the oscillation amplitude of the phase control factor with a dual mains frequency are considered as a measured or calculated value and wherein the monitoring unit generates a fault signal in the event of such a typical response being detected. - the absolute values of the integrators (54, 56) of the current controllers (40, 42) of the negative phase sequence system, - the oscillation amplitude of the amount of mains current with a dual mains frequency, - the oscillation amplitude of the filter voltage amount with a dual mains frequency, - the oscillation amplitude of the intermediate circuit voltage with a dual mains frequency and/or - the oscillation amplitude of the phase control factor with a dual mains frequency
An electrical plug for connecting to a housing part, comprising a plug housing, which comprises a first plug housing section having a longitudinal axis, wherein the first plug housing section intentionally is configured for insertion into a plug socket of the housing part and the electrical plug comprises a friction brake device comprising a friction brake part, wherein said friction brake part is arranged on an outer face of the first plug housing section and said friction brake part is exposed towards the outside in radial direction to the longitudinal axis, wherein by the friction brake device a friction braking acting in an azimuthally defined way around the longitudinal axis with a set torque threshold value for the electrical plug is generated characterized in that the friction brake device comprises a friction brake ring section as friction brake part, which is a component that is separate from the first plug housing section, wherein the friction brake ring section, is mounted to be rotatable on the outer face, wherein an outer face of the friction brake ring section is uneven so that in at least two different azimuthal positions of the outer face different radii are configured and on the outer face of the friction brake ring section several radial friction elements (23, 25, 24) are formed, which are configured for radially pressing on the plug socket so that after the pressing into contact then the azimuthal friction braking is generated. wherein the first plug housing section intentionally is configured for insertion into a plug socket of the housing part and the electrical plug comprises a friction brake device comprising a friction brake part, wherein said friction brake part is arranged on an outer face of the first plug housing section and said friction brake part is exposed towards the outside in radial direction to the longitudinal axis, wherein by the friction brake device a friction braking acting in an azimuthally defined way around the longitudinal axis with a set torque threshold value for the electrical plug is generated characterized in that the friction brake device comprises a friction brake ring section as friction brake part, which is a component that is separate from the first plug housing section, wherein the friction brake ring section, is mounted to be rotatable on the outer face, wherein an outer face of the friction brake ring section is uneven so that in at least two different azimuthal positions of the outer face different radii are configured and on the outer face of the friction brake ring section several radial friction elements (23, 25, 24) are formed, which are configured for radially pressing on the plug socket so that after the pressing into contact then the azimuthal friction braking is generated.
An automated system for precision cleaning of hardware articles, said system comprising: a cleaning chamber configured to at least partially enclose a hardware article to be cleaned; an air inlet suitably configured to purge said chamber with a gas; and an air outlet suitably configured to exhaust at least one of said purge gas, contaminants and sublimating agent from the chamber; and characterised by: a plurality of nozzles disposed on a rotatable curved arc manifold within said chamber, said nozzles suitably configured to spray a sublimating agent upon said hardware article to be cleaned;. a cleaning chamber configured to at least partially enclose a hardware article to be cleaned; an air inlet suitably configured to purge said chamber with a gas; and an air outlet suitably configured to exhaust at least one of said purge gas, contaminants and sublimating agent from the chamber; and characterised by: a plurality of nozzles disposed on a rotatable curved arc manifold within said chamber, said nozzles suitably configured to spray a sublimating agent upon said hardware article to be cleaned;. a plurality of nozzles disposed on a rotatable curved arc manifold within said chamber, said nozzles suitably configured to spray a sublimating agent upon said hardware article to be cleaned;.
A polymerizable adhesive composition comprising: an organoborane amine complex and a polyamine, both components together with a nitrogen to boron atomic ratio of less than 4; a polyisocyanate component being an isocyanate terminated prepolymer formed by reacting excess isocyanate with polyols or polyamines; a free radically polymerizable component; and, no polyol. an organoborane amine complex and a polyamine, both components together with a nitrogen to boron atomic ratio of less than 4; a polyisocyanate component being an isocyanate terminated prepolymer formed by reacting excess isocyanate with polyols or polyamines; a free radically polymerizable component; and, no polyol.
A protective cover capable of being releasably attachable to a tablet computer having a display having a topmost layer and configured to present visual content, the protective cover comprising: a flap comprising an inner layer, the flap having a size and shape in accordance with the topmost layer that is pivotally attachable to the tablet computer at a hinge portion (1328, 1330), wherein the flap protects the topmost layer when the inner layer of the flap comes into direct contact with the topmost layer of the display in a closed configuration; a magnetic element (414, 2260-1) at a further portion of the flap that is opposite the hinge portion (1328, 1330) and detectable through the topmost layer by a sensor carried by the tablet computer when the flap is in the closed configuration and not detected otherwise, wherein the detection of the magnetic element by the sensor causes the tablet computer to operate in accordance with the closed configuration, and a magnetic attachment feature at the further portion of the flap and separate from the magnetic element (414, 2260-1) and usable to secure the inner layer of the flap to the topmost layer of the tablet computer in the closed configuration by magnetic attachment through the topmost layer of the tablet computer with a magnetic attachment feature carried by the tablet computer. a flap comprising an inner layer, the flap having a size and shape in accordance with the topmost layer that is pivotally attachable to the tablet computer at a hinge portion (1328, 1330), wherein the flap protects the topmost layer when the inner layer of the flap comes into direct contact with the topmost layer of the display in a closed configuration; a magnetic element (414, 2260-1) at a further portion of the flap that is opposite the hinge portion (1328, 1330) and detectable through the topmost layer by a sensor carried by the tablet computer when the flap is in the closed configuration and not detected otherwise, wherein the detection of the magnetic element by the sensor causes the tablet computer to operate in accordance with the closed configuration, and a magnetic attachment feature at the further portion of the flap and separate from the magnetic element (414, 2260-1) and usable to secure the inner layer of the flap to the topmost layer of the tablet computer in the closed configuration by magnetic attachment through the topmost layer of the tablet computer with a magnetic attachment feature carried by the tablet computer.