mhurhangee/ep-ind-claims huggingface dataset:
A wall comprising: a wall width and a wall height substantially greater than the wall depth; a front face completely closed with material; a rear side completely closed with material; an edge completely closed with material; an air space between the front and the back; a labyrinth structure in the air space between front and back, characterised in that individual corridors are connected at their corridor end to more than one other corridor over their entire labyrinth corridor cross-sectional area by an open air space, and all the labyrinthine corridors of which are open to adjacent labyrinthine corridors via these open labyrinthine corridor cross-sectional areas such that the entire labyrinth is a connected air space, and the lengths of the labyrinth corridors lie in the sub-wavelength range of a sound wave impinging on the wall in the low bass range around 20-60 Hz, so that the lowest natural frequency of the solution of the differential equation for airborne sound (Helmholtz equation for room sound) of the entire labyrinth is lower than 50 Hz, and that the natural frequency ratios of higher frequencies to the lowest natural frequency are smaller than the harmonic frequency ratios 2:3:4, etc., thus the spectral density is higher than that of a harmonic overtone spectrum. a wall width and a wall height substantially greater than the wall depth; a front face completely closed with material; a rear side completely closed with material; an edge completely closed with material; an air space between the front and the back; a labyrinth structure in the air space between front and back, characterised in that individual corridors are connected at their corridor end to more than one other corridor over their entire labyrinth corridor cross-sectional area by an open air space, and all the labyrinthine corridors of which are open to adjacent labyrinthine corridors via these open labyrinthine corridor cross-sectional areas such that the entire labyrinth is a connected air space, and the lengths of the labyrinth corridors lie in the sub-wavelength range of a sound wave impinging on the wall in the low bass range around 20-60 Hz, so that the lowest natural frequency of the solution of the differential equation for airborne sound (Helmholtz equation for room sound) of the entire labyrinth is lower than 50 Hz, and that the natural frequency ratios of higher frequencies to the lowest natural frequency are smaller than the harmonic frequency ratios 2:3:4, etc., thus the spectral density is higher than that of a harmonic overtone spectrum.
A composition having at least one melting temperature (Tm) as measured according to ISO 11357-3, said composition comprising: - at least one polyamide; - at least one metal oxide selected from magnesium oxide, zinc oxide, calcium oxide and mixtures thereof; and - titanium dioxide; wherein the composition has an intrinsic melt viscosity of below 800.0 Pa.s as measured according to ASTM D3835-08 at a moisture content as measured according to ASTM D6869-03 in the range of 150-500 ppm at a shear rate of 400 s -1 and at a temperature ranging from [(Tm max)+10°C] to [(Tm max)+20°C], where (Tm max) is the highest of all melting temperatures (Tm). - at least one polyamide; - at least one metal oxide selected from magnesium oxide, zinc oxide, calcium oxide and mixtures thereof; and - titanium dioxide;
A method for transmitting media resources, comprising: obtaining, by a control point device, related information of media resources on a media server; sending, by the control point device, an instruction message comprising the related information of the media resources to a telephony server, wherein the instruction message instructs the telephony server to perform session negotiation with a WAN, wide area network, side communication peer according to the related information of the media resources to establish a first multimedia session; obtaining, by the control point device, information of a communication interface capable of being used by the telephony server to receive the media resources; and sending, by the control point device, another instruction message to the media server according to the information of the communication interface, wherein the another instruction message instructs the media server to send the media resources to the telephony server, so that the telephony server transmits the media resources to the communication peer through the first multimedia session; wherein the telephony server, the control point device, the media server are compliant with the UPnP, Universal Plug and Play, protocol and are in a home network. obtaining, by a control point device, related information of media resources on a media server; sending, by the control point device, an instruction message comprising the related information of the media resources to a telephony server, wherein the instruction message instructs the telephony server to perform session negotiation with a WAN, wide area network, side communication peer according to the related information of the media resources to establish a first multimedia session; obtaining, by the control point device, information of a communication interface capable of being used by the telephony server to receive the media resources; and sending, by the control point device, another instruction message to the media server according to the information of the communication interface, wherein the another instruction message instructs the media server to send the media resources to the telephony server, so that the telephony server transmits the media resources to the communication peer through the first multimedia session; wherein the telephony server, the control point device, the media server are compliant with the UPnP, Universal Plug and Play, protocol and are in a home network.
A data collection device mounted on an agricultural machine having a first identification information being unique, the data collection device being capable of collecting data relating to the agricultural machine, wherein the data collection device comprises: an identification information retaining part configured to retain a second identification information used for identifying the agricultural machine; a check part configured to check the first identification information retained in the agricultural machine with the second identification information retained in the identification information retaining part, the check part being configured to check the first identification information requested to the agricultural machine with the second identification information before a data collection processing part starts the collection of the data relating to the agricultural machine; and the data collection processing part being configured to carry out, based on a check result by the check part, a process relating to collection of the data, the data collection processing part being configured to start to collect the data of the agricultural machine when the checking of the first identification information with the second identification information is successful and being configured to perform protecting the data preliminarily collected in a collection data retention part before the checking, notifying an outside through a communication part that the checking is unsuccessful, and outputting the data preliminarily collected in the collection data retention part before the checking to the outside through the communication part when the checking of the first identification information with the second identification information is unsuccessful. an identification information retaining part configured to retain a second identification information used for identifying the agricultural machine; a check part configured to check the first identification information retained in the agricultural machine with the second identification information retained in the identification information retaining part, the check part being configured to check the first identification information requested to the agricultural machine with the second identification information before a data collection processing part starts the collection of the data relating to the agricultural machine; and
A method for providing visual resources of participants during video conferences, comprising: in a device: monitoring video of a participant using an endpoint during a video conference that includes other participants at a plurality of endpoints; determining that the video of the participant associated with the endpoint is degraded from a connection between the endpoint and the device; accessing a visual resource that identifies the participant in response to determining that video of the participant associated with the endpoint is degraded; and presenting the visual resource to at least one other participant by replacing the video of the participant during the video conference in response to determining that the video is degraded. monitoring video of a participant using an endpoint during a video conference that includes other participants at a plurality of endpoints; determining that the video of the participant associated with the endpoint is degraded from a connection between the endpoint and the device; accessing a visual resource that identifies the participant in response to determining that video of the participant associated with the endpoint is degraded; and presenting the visual resource to at least one other participant by replacing the video of the participant during the video conference in response to determining that the video is degraded.
A method for smoothly dimming a solid state light source, comprising: measuring a dimming angle of a voltage received from a phase-cut dimmer; determining a target brightness of light to be output by the SSL source corresponding to the dimming angle; determining a current brightness of light currently output by the SSL source; determining a slew rate based on a difference between the current brightness and the target brightness; and adjusting the current brightness of the light currently output by the SSL source to the target brightness using the determined slew rate. measuring a dimming angle of a voltage received from a phase-cut dimmer; determining a target brightness of light to be output by the SSL source corresponding to the dimming angle; determining a current brightness of light currently output by the SSL source; determining a slew rate based on a difference between the current brightness and the target brightness; and adjusting the current brightness of the light currently output by the SSL source to the target brightness using the determined slew rate.
A method for mounting an undersea installation including at least one in-line structure secured to a section of pipe (30, 32), the method comprising the following steps: - providing an undersea foundation arranged on the bed of a body of water; - laying the in-line structure and the section of pipe (30, 32) on the foundation while allowing the in-line structure and the section of pipe (30, 32) to freely self-orient on the foundation; characterized in that the method next includes the following steps: - placing at least one guide on the foundation on both sides of the section of pipe (30, 32); - blocking the guide on the foundation to laterally clamp the section of pipe (30, 32) with respect to the foundation, while authorizing a longitudinal movement of the section of pipe (30, 32) with respect to the guide. - providing an undersea foundation arranged on the bed of a body of water; - laying the in-line structure and the section of pipe (30, 32) on the foundation while allowing the in-line structure and the section of pipe (30, 32) to freely self-orient on the foundation; - placing at least one guide on the foundation on both sides of the section of pipe (30, 32); - blocking the guide on the foundation to laterally clamp the section of pipe (30, 32) with respect to the foundation, while authorizing a longitudinal movement of the section of pipe (30, 32) with respect to the guide.
Modular extendable trolley including: - a front module of a loading and unloading floor, - a rear module of the loading and unloading floor, - a connection module between the front module and the rear module, - four wheels (4, 40, 4', 40') for the movement of the trolley, - a drawbar to give direction to the trolley, wherein the front module and said rear module of the loading and unloading floor comprise extensible side portions (1', 1 ", 2', 2") and said connection module comprises a longitudinal portion extendable to vary the dimensions of the trolley itself, characterized in including: a tow hook for hooking an additional trolley into a train of trolleys, wherein the extensible side portions (1 ', 1 ", 2', 2") are made by an articulated system positioned inside the front module and the rear module of the loading and unloading floor, and wherein the articulated system comprises a plurality of crank elements and a plurality of mechanisms (8") articulated together. - a front module of a loading and unloading floor, - a rear module of the loading and unloading floor, - a connection module between the front module and the rear module, - four wheels (4, 40, 4', 40') for the movement of the trolley, - a drawbar to give direction to the trolley, wherein the front module and said rear module of the loading and unloading floor comprise extensible side portions (1', 1 ", 2', 2") and said connection module comprises a longitudinal portion extendable to vary the dimensions of the trolley itself, characterized in including: a tow hook for hooking an additional trolley into a train of trolleys, wherein the extensible side portions (1 ', 1 ", 2', 2") are made by an articulated system positioned inside the front module and the rear module of the loading and unloading floor, and wherein the articulated system comprises a plurality of crank elements and a plurality of mechanisms (8") articulated together. a tow hook for hooking an additional trolley into a train of trolleys, wherein the extensible side portions (1 ', 1 ", 2', 2") are made by an articulated system positioned inside the front module and the rear module of the loading and unloading floor, and wherein the articulated system comprises a plurality of crank elements and a plurality of mechanisms (8") articulated together.
Stator (32, 232) or rotor for an electrodynamic machine, particularly a torque motor, wherein the stator (32, 232) or rotor features a plurality of stacked partially ring-shaped plate segments (10, 210), and wherein the plate segments (10, 210) are stacked in such a way that several partially ring-shaped segment blocks (34,234) are formed which together form the stator (32, 232) or rotor, wherein • the plate segments (10, 210) feature connecting portions (26, 226, 28, 228) which are formed in such a way that they can be fixed to each other and that they connect the partially ring-formed plate segments upon their assembly in a frictionally-locked and/or form-locking manner with each other, characterised in that • the connecting portions (26, 226, 28, 228) are formed in such a way that, when there is a reduction in a diameter and/or an external dimension of the plate segment blocks (34, 234) connected with each other, they can be fixed to each other, whereby the connecting portions (26, 226, 28, 228) are formed in such a way that, when there is a reduction in the diameter and/or the external dimension of the plate segment blocks (34, 234) they take up a clamping pin (40, 240) between them. • the plate segments (10, 210) feature connecting portions (26, 226, 28, 228) which are formed in such a way that they can be fixed to each other and that they connect the partially ring-formed plate segments upon their assembly in a frictionally-locked and/or form-locking manner with each other, characterised in that • the connecting portions (26, 226, 28, 228) are formed in such a way that, when there is a reduction in a diameter and/or an external dimension of the plate segment blocks (34, 234) connected with each other, they can be fixed to each other, whereby the connecting portions (26, 226, 28, 228) are formed in such a way that, when there is a reduction in the diameter and/or the external dimension of the plate segment blocks (34, 234) they take up a clamping pin (40, 240) between them.
A stretchable laminate, comprising: an elastomer layer; and an olefin-based resin layer arranged on at least one side of the elastomer layer, wherein: in a S-S data graph of an operation in which the stretchable laminate is extended to an extension ratio of 400% at a tension speed of 1,000 mm/min, and is then returned to an extension ratio of 0% at a tension speed of 1,000 mm/min, the stretchable laminate has an upper yield point during extension thereof from an extension ratio of 0% to an extension ratio of 100%, and has a lower yield point during extension thereof from the upper yield point to an extension ratio of 400%; a difference between a yield stress at the upper yield point and a yield stress at the lower yield point is 0.05 N/30 mm width or more; the olefin-based resin layer contains a non-elastomeric olefin-based resin; a content of the non-elastomeric olefin-based resin in the olefin-based resin layer is from 70 wt% to 100 wt%; and the stretchable laminate is produced by co-extrusion adopting a T-die method or an inflation method. an elastomer layer; and an olefin-based resin layer arranged on at least one side of the elastomer layer, wherein: in a S-S data graph of an operation in which the stretchable laminate is extended to an extension ratio of 400% at a tension speed of 1,000 mm/min, and is then returned to an extension ratio of 0% at a tension speed of 1,000 mm/min, the stretchable laminate has an upper yield point during extension thereof from an extension ratio of 0% to an extension ratio of 100%, and has a lower yield point during extension thereof from the upper yield point to an extension ratio of 400%; a difference between a yield stress at the upper yield point and a yield stress at the lower yield point is 0.05 N/30 mm width or more; the olefin-based resin layer contains a non-elastomeric olefin-based resin; a content of the non-elastomeric olefin-based resin in the olefin-based resin layer is from 70 wt% to 100 wt%; and the stretchable laminate is produced by co-extrusion adopting a T-die method or an inflation method. in a S-S data graph of an operation in which the stretchable laminate is extended to an extension ratio of 400% at a tension speed of 1,000 mm/min, and is then returned to an extension ratio of 0% at a tension speed of 1,000 mm/min, the stretchable laminate has an upper yield point during extension thereof from an extension ratio of 0% to an extension ratio of 100%, and has a lower yield point during extension thereof from the upper yield point to an extension ratio of 400%; a difference between a yield stress at the upper yield point and a yield stress at the lower yield point is 0.05 N/30 mm width or more; the olefin-based resin layer contains a non-elastomeric olefin-based resin; a content of the non-elastomeric olefin-based resin in the olefin-based resin layer is from 70 wt% to 100 wt%; and the stretchable laminate is produced by co-extrusion adopting a T-die method or an inflation method.
A device for use with at least one expanded cellular confinement structure; the device comprising: (a) an insertion member having first and second opposite insertion ends; (b) an integral shank extending from the insertion member and being spaced from each of the first and second insertion ends (46, 47); and (c) an integral body extending from the shank at an end of the shank remote from the insertion member; the body including: (i) a face opposing the insertion member; (ii) a post with a tendon-receiving holding surface; and (iii) a through hole sized to receive a tendon. (a) an insertion member having first and second opposite insertion ends; (b) an integral shank extending from the insertion member and being spaced from each of the first and second insertion ends (46, 47); and (c) an integral body extending from the shank at an end of the shank remote from the insertion member; the body including: (i) a face opposing the insertion member; (ii) a post with a tendon-receiving holding surface; and (iii) a through hole sized to receive a tendon. (i) a face opposing the insertion member; (ii) a post with a tendon-receiving holding surface; and (iii) a through hole sized to receive a tendon.
An intravascular balloon catheter device comprising: an inner member; an outer member disposed about the inner member, said outer member comprising a balloon configured to be selectively moved between an inflated state and a deflated state and having a proximal end and a distal end, wherein said proximal end of the balloon is connected to the outer member and said distal end of the balloon is connected to the inner member; a sheath having a proximal portion and a distal portion, wherein said sheath is disposed about the outer member and is adapted for movement relative to the balloon, wherein said sheath is configured to limit the length of the balloon permitted to be moved into the inflated state by selectively exposing some or all of the balloon for movement into the inflated state; a clamp configured to selectively secure the sheath at a desired position relative to the balloon; and a balloon recapture element (70/74/72/76/78) located on said distal portion of the sheath, wherein said balloon recapture element (70/74/72/76/78) comprises rifling located on the inner surface of the sheath configured to facilitate the reentry of the balloon into the sheath. an inner member; an outer member disposed about the inner member, said outer member comprising a balloon configured to be selectively moved between an inflated state and a deflated state and having a proximal end and a distal end, wherein said proximal end of the balloon is connected to the outer member and said distal end of the balloon is connected to the inner member; a sheath having a proximal portion and a distal portion, wherein said sheath is disposed about the outer member and is adapted for movement relative to the balloon, wherein said sheath is configured to limit the length of the balloon permitted to be moved into the inflated state by selectively exposing some or all of the balloon for movement into the inflated state; a clamp configured to selectively secure the sheath at a desired position relative to the balloon; and a balloon recapture element (70/74/72/76/78) located on said distal portion of the sheath, wherein said balloon recapture element (70/74/72/76/78) comprises rifling located on the inner surface of the sheath configured to facilitate the reentry of the balloon into the sheath.