mhurhangee/ep-ind-claims huggingface dataset:
A method of extracting three-dimensional objects comprising: forming, on a vibratory extraction platform, a build cake comprising a fused 3D object encased within build material, by: depositing sacrificial layers of build material onto the extraction platform to block the openings in the extraction platform; depositing a layer of build material over a last sacrificial layer; selectively depositing a fusing agent on the layer of build material; and, applying heat to fuse the layer of build material into an integrated cross-sectional slice of the 3D object, and, vibrating the extraction platform to break apart the build material and sift the build material through openings in the extraction platform. depositing sacrificial layers of build material onto the extraction platform to block the openings in the extraction platform; depositing a layer of build material over a last sacrificial layer; selectively depositing a fusing agent on the layer of build material; and, applying heat to fuse the layer of build material into an integrated cross-sectional slice of the 3D object, and, vibrating the extraction platform to break apart the build material and sift the build material through openings in the extraction platform.
A handle device (10, 10a, 10b) for a portable power tool with a pole comprising: - a sleeve (14, 14a, 14b) for fixing the handle device to the pole, the sleeve (14, 14a, 14b) having a sleeve axis and being configured for coaxial mounting on the pole along the sleeve axis, - a handle (12, 12a, 12b), and - a spacer between the sleeve and the handle, the spacer providing a space for gripping the handle and forming a vibration filter, characterised in that the spacer comprises at least one strap (30a, 30b) passing around the sleeve (14, 14a, 14b) and having deformation flexibility perpendicular to the sleeve axis, that is greater than the deformation flexibility parallel to the sleeve axis. - a sleeve (14, 14a, 14b) for fixing the handle device to the pole, the sleeve (14, 14a, 14b) having a sleeve axis and being configured for coaxial mounting on the pole along the sleeve axis, - a handle (12, 12a, 12b), and - a spacer between the sleeve and the handle, the spacer providing a space for gripping the handle and forming a vibration filter,
Temperature sensor, in particular high temperature sensor, with a measuring element that comprises contact wires, wherein at least one contact wire is connected by means of an equalisation element to a lead wire, wherein the equalisation element is formed by a meander-shaped flat spring characterised in that on at least one longitudinal end the flat spring comprises a fork-shaped or groove-shaped positioning element (21, 22) for the interlocking pre-positioning of the flat spring at the contact wire and/or the lead wire.
A communication system comprising a first Provider Edge device connectable to a backbone network, a first Customer Edge device providing a primary connection to the backbone network, the first Provider Edge device being adapted to route data traffic between the first Customer Edge device and the backbone network via a primary route, and the first Customer Edge device is adapted to be in an active Hot Standby Router Protocol state or an inactive Hot Standby Router Protocol state, in which inactive Hot Standby Router Protocol state the first Customer Edge device is disabled for any routing, and the system is adapted to provide a secondary connection to the backbone network via a secondary route, characterized in that the system comprises control means for setting the state of the Customer Edge device, monitoring means for monitoring the data traffic of the first Customer Edge device, and detection means for detecting failure of the data traffic of the first Customer Edge device, wherein a failure is detected when the data traffic flow between the first Provider Edge device and the first Customer Edge device decreases and stays below a certain level during a first time period or when acknowledgement message IP packets towards the backbone network are not received by a certain amount of opened transmission control protocol connections associated with the first Customer Edge device, and in that the control means are adapted to set the state of the first Customer Edge device to the inactive Hot Standby Router Protocol state when failure of the data traffic of the first Customer Edge device is detected, whereupon the system is adapted to provide the secondary connection to the backbone network via the secondary route.
A structure for a patch antenna comprising a radiation electrode, a ground electrode, and a rigid microstrip line, each of the electrodes and the rigid microstrip line forming a layered conductive plate, the structure further comprising fastening means made of electrically conductive material, and at least two dielectric spacers (370, 375), one of the at least two dielectric spacers being arranged between a first pair of the three layered plates and the other of the at least two dielectric spacers being arranged between a second pair of the three layered plates, different from the first pair, so that each layered plate of the three layered plates is separated from the other two layered plates, characterized in that the fastening means secure the three layered plates and the at least two spacers, and in that the fastening means electrically connect the radiation electrode to the rigid microstrip line, the ground electrode being insulated from the fastening means.
A pneumatic tire with a 3D kerf element, comprising: one or more 3D kerf elements; and a tire having a tread and a shoulder formed at a side surface of the tread, wherein the tread has: one or more grooves that are sunken toward a center of the tread and are formed in a circumferential direction of the tire; one or more kerf grooves that are sunken toward the center of the tread and are formed in a central axis direction of the tire; and one or more blocks which are divided by the one or more grooves and the one or more kerf grooves, wherein the one or more 3D kerf elements come into close contact with and are fixed between the one or more blocks as being inserted into the one or more kerf grooves, wherein a top surface of the 3D kerf elements has a wave shape which bends alternately one or more times, the top surface being parallel to a surface of the tread, characterized in that the 3D kerf elements have a trapezoid shape in the depth direction from the surface of the tread. one or more 3D kerf elements; and a tire having a tread and a shoulder formed at a side surface of the tread, wherein the tread has: one or more grooves that are sunken toward a center of the tread and are formed in a circumferential direction of the tire; one or more kerf grooves that are sunken toward the center of the tread and are formed in a central axis direction of the tire; and one or more blocks which are divided by the one or more grooves and the one or more kerf grooves, one or more grooves that are sunken toward a center of the tread and are formed in a circumferential direction of the tire; one or more kerf grooves that are sunken toward the center of the tread and are formed in a central axis direction of the tire; and one or more blocks which are divided by the one or more grooves and the one or more kerf grooves, wherein the one or more 3D kerf elements come into close contact with and are fixed between the one or more blocks as being inserted into the one or more kerf grooves, wherein a top surface of the 3D kerf elements has a wave shape which bends alternately one or more times, the top surface being parallel to a surface of the tread, characterized in that the 3D kerf elements have a trapezoid shape in the depth direction from the surface of the tread.
A process comprising: forming a modified cellulose solution; and contacting the modified cellulose solution with at least one multivalent cation to form a plurality of modified cellulose particles, wherein the modified cellulose is an oxidized cellulose, wherein the forming of the modified cellulose solution comprises: contacting a modified cellulose with a solvent under an inert atmosphere to form a swelled modified cellulose; adjusting the swelled modified cellulose mixture to a first temperature; contacting the swelled modified cellulose with a salt under the inert atmosphere to form a modified cellulose solution; and adjusting the modified cellulose solution to a second temperature that is lower than the first temperature. forming a modified cellulose solution; and contacting the modified cellulose solution with at least one multivalent cation to form a plurality of modified cellulose particles, wherein the modified cellulose is an oxidized cellulose, wherein the forming of the modified cellulose solution comprises: contacting a modified cellulose with a solvent under an inert atmosphere to form a swelled modified cellulose; adjusting the swelled modified cellulose mixture to a first temperature; contacting the swelled modified cellulose with a salt under the inert atmosphere to form a modified cellulose solution; and adjusting the modified cellulose solution to a second temperature that is lower than the first temperature. contacting a modified cellulose with a solvent under an inert atmosphere to form a swelled modified cellulose; adjusting the swelled modified cellulose mixture to a first temperature; contacting the swelled modified cellulose with a salt under the inert atmosphere to form a modified cellulose solution; and adjusting the modified cellulose solution to a second temperature that is lower than the first temperature.
A signal processing system comprising: a physiological sensor that is configured to generate a photoplethysmograph waveform that includes a cardiovascular signal component and a pulmonary signal component therein; a variable high pass filter that is responsive to the PPG waveform and that is configured to high pass filter the PPG waveform in response to a corner frequency that is applied thereto; a heart rate metric extractor that is responsive to the variable high pass filter and that is configured to extract a heart rate metric from the PPG waveform that is high pass filtered; a variable low pass filter that is also responsive to the PPG waveform and that is configured to low pass filter the PPG waveform in response to a corner frequency that is applied thereto; a respiration rate metric extractor that is responsive to the variable low pass filter and that is configured to extract a respiration rate metric from the PPG waveform that is filtered by the variable low pass filter; and a corner frequency adjuster (140, 240) that is responsive to the heart rate metric extractor (130, 230a) and that is configured to determine the corner frequency that is applied to the variable high pass filter (120, 220a), based on the heart rate metric that was extracted from the PPG waveform and the corner frequency adjuster is further configured to determine the corner frequency that is applied to the variable low pass filter, based on the heart rate metric that was extracted. a physiological sensor that is configured to generate a photoplethysmograph waveform that includes a cardiovascular signal component and a pulmonary signal component therein; a variable high pass filter that is responsive to the PPG waveform and that is configured to high pass filter the PPG waveform in response to a corner frequency that is applied thereto; a heart rate metric extractor that is responsive to the variable high pass filter and that is configured to extract a heart rate metric from the PPG waveform that is high pass filtered; a variable low pass filter that is also responsive to the PPG waveform and that is configured to low pass filter the PPG waveform in response to a corner frequency that is applied thereto; a respiration rate metric extractor that is responsive to the variable low pass filter and that is configured to extract a respiration rate metric from the PPG waveform that is filtered by the variable low pass filter; and a corner frequency adjuster (140, 240) that is responsive to the heart rate metric extractor (130, 230a) and that is configured to determine the corner frequency that is applied to the variable high pass filter (120, 220a), based on the heart rate metric that was extracted from the PPG waveform and the corner frequency adjuster is further configured to determine the corner frequency that is applied to the variable low pass filter, based on the heart rate metric that was extracted.
A nutritional supplement for taking orally comprising: a Type II collagen source combined with Vitamin A and a carotenoid, wherein the Type II collagen source comprises an undenatured Type II collagen, wherein the nutritional supplement is in the form of individual dosage vessels, and wherein the individual dosage vessels contain the Type II collagen in an amount of from 20 mg to 100 mg, wherein the carotenoid is lutein.
High foot mobility shoes, comprising a sole and an upper that define separate front seats to hold respective toes or toes groups, said sole comprising a plurality of portions resting on the ground (6, 6', 6"), substantially contiguous to each other along the plantar surface, in order to increase the prehensility of the foot, among said portions resting on the ground separation channels being provided, which ensure that said portions can freely move in space one in respect to another in relation to movements made by the user's foot, characterized in that each of the portions resting on the ground comprises a plurality of surface bulges densely distributed one near the other, basically like a mosaic.
An apparatus for a first wireless network, comprising: means for detecting a first transmission from a first apparatus of a second wireless network different from the first wireless network; means for transmitting, to a second apparatus of the first wireless network, a transmission mode request, wherein the transmission mode request is indicative of a request to transmit from the apparatus to the second apparatus at least during an interframe space of a transmission opportunity between the first apparatus and another apparatus of the second wireless network, means for receiving a transmission mode response from the second apparatus, wherein the transmission mode response is indicative of acceptance of the request; and means for, in response to detecting a second transmission from the first apparatus, transmitting a data frame during an interframe space following the second transmission. means for detecting a first transmission from a first apparatus of a second wireless network different from the first wireless network; means for transmitting, to a second apparatus of the first wireless network, a transmission mode request, wherein the transmission mode request is indicative of a request to transmit from the apparatus to the second apparatus at least during an interframe space of a transmission opportunity between the first apparatus and another apparatus of the second wireless network, means for receiving a transmission mode response from the second apparatus, wherein the transmission mode response is indicative of acceptance of the request; and means for, in response to detecting a second transmission from the first apparatus, transmitting a data frame during an interframe space following the second transmission.
A harness fastener system for a child carrier device, comprising a first plug adapted to join with a first strap, and a buckle including a front surface and a release button, the first plug being movable along a first direction substantially parallel with the front surface for engaging with the buckle, and the release button being movable along a second direction substantially parallel with the front surface for pushing the first plug out of the buckle, wherein: the first plug comprises a tongue portion that engages with a latch element in the buckle when the first plug is inserted through the buckle, and the release button comprises at least one deflectable arm disposed at one lateral side of the release button that is proximate to the latch element, characterized in that a movement of the release button for disengaging the first plug pushes the deflectable arm against an inclined surface in the buckle, which causes the deflectable arm to push the tongue portion out of engagement with the latch element. the first plug comprises a tongue portion that engages with a latch element in the buckle when the first plug is inserted through the buckle, and the release button comprises at least one deflectable arm disposed at one lateral side of the release button that is proximate to the latch element, characterized in that a movement of the release button for disengaging the first plug pushes the deflectable arm against an inclined surface in the buckle, which causes the deflectable arm to push the tongue portion out of engagement with the latch element.
A beverage production machine comprising a plurality of core units, each unit being provided with a control circuitry and a beverage production module designed for housing a beverage ingredient batch, in particular an ingredient contained in a package such as a capsule or a pod, and for feeding a liquid to the beverage ingredient batch, wherein at least two of the core units have their control circuitries inter-connected via communication means for exchanging data, wherein the beverage production machine further comprises a single base platform (1, 3,4) on which the core units are connected and which provides the core units with electrical power and water from a water tank also mounted to the base platform.
An inflatable product comprising: a first PVC sheet; a second PVC sheet disposed opposite the first PVC sheet, the first and second PVC sheets (1, 2) being spaced apart when the product is inflated to define a gap, the first sheet and the second sheet cooperating to at least partially bound an inflatable chamber; a plurality of tensioning structures (3, 303) spanning the gap between the first PVC sheet and the second PVC sheet, each of the plurality of tensioning structures (3, 303) comprising: a plurality of strands uniformly spaced apart and substantially parallel to one another; a first pair of weld strips (31, 31') having the plurality of strands captured therebetween and at least one of the first pair of weld strips (31, 31') being welded to the first PVC sheet; and a second pair of weld strips (31, 31') spaced from the first pair of weld strips (31, 31'), the second pair of weld strips (31, 31') having the plurality of strands captured therebetween and, at least one of the second pair of weld strips (31, 31') being welded to the second PVC sheet, the plurality of strands extending across the first and second pairs of weld strips (31, 31'). a first PVC sheet; a second PVC sheet disposed opposite the first PVC sheet, the first and second PVC sheets (1, 2) being spaced apart when the product is inflated to define a gap, the first sheet and the second sheet cooperating to at least partially bound an inflatable chamber; a plurality of tensioning structures (3, 303) spanning the gap between the first PVC sheet and the second PVC sheet, each of the plurality of tensioning structures (3, 303) comprising: a plurality of strands uniformly spaced apart and substantially parallel to one another; a first pair of weld strips (31, 31') having the plurality of strands captured therebetween and at least one of the first pair of weld strips (31, 31') being welded to the first PVC sheet; and a second pair of weld strips (31, 31') spaced from the first pair of weld strips (31, 31'), the second pair of weld strips (31, 31') having the plurality of strands captured therebetween and, at least one of the second pair of weld strips (31, 31') being welded to the second PVC sheet, the plurality of strands extending across the first and second pairs of weld strips (31, 31'). a plurality of strands uniformly spaced apart and substantially parallel to one another; a first pair of weld strips (31, 31') having the plurality of strands captured therebetween and at least one of the first pair of weld strips (31, 31') being welded to the first PVC sheet; and a second pair of weld strips (31, 31') spaced from the first pair of weld strips (31, 31'), the second pair of weld strips (31, 31') having the plurality of strands captured therebetween and, at least one of the second pair of weld strips (31, 31') being welded to the second PVC sheet, the plurality of strands extending across the first and second pairs of weld strips (31, 31').
Method for checking the composition of an ammonia precursor solution, which is an aqueous urea solution, characterized in that: - a reference curve is determined and used plotting a change in temperature of the solution as a function of time on a sample having the eutectic concentration under given conditions and over a temperature range comprising a change of state of the solution to which a characteristic temperature corresponds, which is the melting/crystallization point of the eutectic and where a constant temperature plateau is observed, said curve comprising two substantially linear portions separated by said plateau; - a sample of solution whereof the concentration is to be checked is subjected to a change in temperature over the same temperature range and under the same conditions as those used to plot the reference curve; and - the two curves are compared and the length of the plateau and the linearity of the temperature change curves above the characteristic temperature are analyzed in order to conclude if the composition of the solution is the same as or different from that of the eutectic. - a reference curve is determined and used plotting a change in temperature of the solution as a function of time on a sample having the eutectic concentration under given conditions and over a temperature range comprising a change of state of the solution to which a characteristic temperature corresponds, which is the melting/crystallization point of the eutectic and where a constant temperature plateau is observed, said curve comprising two substantially linear portions separated by said plateau; - a sample of solution whereof the concentration is to be checked is subjected to a change in temperature over the same temperature range and under the same conditions as those used to plot the reference curve; and - the two curves are compared and the length of the plateau and the linearity of the temperature change curves above the characteristic temperature are analyzed in order to conclude if the composition of the solution is the same as or different from that of the eutectic.