mhurhangee/ep-ind-claims huggingface dataset:
A liquid delivery and gas removal system for a printhead, comprising: a pump to provide a pressurized liquid; a filter fluidically coupled to the pump to receive the pressurized liquid at an upstream side of the filter, at a first pressure push the liquid through the filter to a downstream side of the filter, and at a higher second pressure push gas bubbles in the liquid through the filter to the downstream side; and a vent having an opening that is covered by a gas-permeable membrane, a wet side of the membrane being fluidically coupled to the downstream side of the filter and to a printhead, and a vacuum applied to a dry side of the membrane to pull gas bubbles through the membrane. a pump to provide a pressurized liquid; a filter fluidically coupled to the pump to receive the pressurized liquid at an upstream side of the filter, at a first pressure push the liquid through the filter to a downstream side of the filter, and at a higher second pressure push gas bubbles in the liquid through the filter to the downstream side; and receive the pressurized liquid at an upstream side of the filter, at a first pressure push the liquid through the filter to a downstream side of the filter, and at a higher second pressure push gas bubbles in the liquid through the filter to the downstream side; and a vent having an opening that is covered by a gas-permeable membrane, a wet side of the membrane being fluidically coupled to the downstream side of the filter and to a printhead, and a vacuum applied to a dry side of the membrane to pull gas bubbles through the membrane.
A computer-implemented method for duplicating a tridimensional modeled object displayed on a touch screen and designing at least two duplicated versions of said tridimensional modeled object in a single gesture, the method comprising the steps of: - detecting contact of an appendage (302, 303) within an activation zone associated to the first tridimensional modeled object; - if the contact is maintained more than a predetermined amount of time Tm, duplicating the first tridimensional modeled object into a second tridimensional modeled object; and - while maintaining contact between the appendage and the touch screen, performing at least one design operation on the second tridimensional modeled object depending of the movement of the appendage on the touch screen, wherein the at least one design operation is one or a combination of the following actions: shifting, re-scaling, rotation, reshaping or twisting; - providing a third tridimensional modeled object if a contact is maintained in the activation zone associated to the second tridimensional modeled object for more than another Tm period of time (205, 202) starting from the ending of the last design operation. - detecting contact of an appendage (302, 303) within an activation zone associated to the first tridimensional modeled object; - if the contact is maintained more than a predetermined amount of time Tm, duplicating the first tridimensional modeled object into a second tridimensional modeled object; and - while maintaining contact between the appendage and the touch screen, performing at least one design operation on the second tridimensional modeled object depending of the movement of the appendage on the touch screen, wherein the at least one design operation is one or a combination of the following actions: shifting, re-scaling, rotation, reshaping or twisting; - providing a third tridimensional modeled object if a contact is maintained in the activation zone associated to the second tridimensional modeled object for more than another Tm period of time (205, 202) starting from the ending of the last design operation.
An apparatus for promoting energy saving behavior of a user when using a building automation system, BAS, comprising: 1.1 a virtual space module for defining one or more virtual location(s) for which a plurality of set point conditions in the BAS are grouped together; 1.2 an authentication module for associating the virtual location(s) with a user; 1.3 a scoring feedback module adapted to record a change report for the BAS for a predetermined time period and a user identifier from a plurality of possible user identifiers associated with one or more users reported from a building automation input device that is part of the BAS, where the user identifier is associated with the plurality of set point conditions in the BAS, wherein the scoring feedback module is further adapted to store a plurality of rules for at least one of scoring the user behavior, evaluating the user behavior or reinforcing the user behavior; 1.4 a memory that is adapted to store the change report for the BAS and the user identifier when received; and 1.5 a controller coupled to the memory that is adapted to execute the plurality of rules that identify the user behavior and to generate an indication of which of the user identifiers from the plurality of user identifiers meets the user behavior, wherein the controller is further configured to process BAS data and user inputs received from the user, in order to identify the user identifier which meets the user behavior. 1.1 a virtual space module for defining one or more virtual location(s) for which a plurality of set point conditions in the BAS are grouped together; 1.2 an authentication module for associating the virtual location(s) with a user; 1.3 a scoring feedback module adapted to record a change report for the BAS for a predetermined time period and a user identifier from a plurality of possible user identifiers associated with one or more users reported from a building automation input device that is part of the BAS, where the user identifier is associated with the plurality of set point conditions in the BAS, wherein the scoring feedback module is further adapted to store a plurality of rules for at least one of scoring the user behavior, evaluating the user behavior or reinforcing the user behavior; 1.4 a memory that is adapted to store the change report for the BAS and the user identifier when received; and 1.5 a controller coupled to the memory that is adapted to execute the plurality of rules that identify the user behavior and to generate an indication of which of the user identifiers from the plurality of user identifiers meets the user behavior, wherein the controller is further configured to process BAS data and user inputs received from the user, in order to identify the user identifier which meets the user behavior.
Apparatus for determining respiratory effort from an ECG signal comprising: at least two ECG leads for acquiring at least two orthogonal signals from a subject; means for transforming said signals to digital data; electronic data storage means; and a microprocessor programmed to extract waveform morphology data from said digital data and derive physiological predictors from the extracted waveform morphology data, characterized in that the microprocessor is further programmed to determine the start and end of respiratory events from either or both of a sharp change in the QRS area and a sharp change in the R-wave amplitude, generate a set of respiratory event candidates, and generate ECG derived correlates for each respiratory event candidate, wherein the correlates are any one or more of a sudden and opposite change in amplitude of an R-wave between two of the orthogonal ECG leads, a change in peak-to-peak oscillations of the RRI signal, and a change in the mean RRI signal, wherein a sudden and opposite change in amplitude of an R-wave between two of the orthogonal ECG leads is derived by calculating the difference of a value of the mean peak to peak oscillations of the R wave amplitude, a change in peak-to-peak oscillations of the RRI signal is derived by calculating a change in peak-to-peak oscillations of the QRS area during the event, and a change in the mean RRI signal is derived by calculating a change in a value of the mean peak to peak oscillations of the R wave amplitude before and after the event, and comparing the correlates of the respiratory event candidates with pre-defined rules for the detected patterns of estimated breathing and RRI to confirm or reject each of the set of respiratory event candidates to determine respiratory events and respiratory effort.
A crystalline form of the compound of formula (Ia) wherein said compound is in the form of the free base, and which is characterized by an x-ray powder diffraction pattern having at least three diffraction peaks selected from the following 2[theta] values: 9.53 ± 0.3, 10.35 ± 0.3, 14.21 ± 0.3, 14.35 ± 0.3, 19.02 ± 0.3, 19.18 ± 0.3, 20.11 ± 0.3, 20.34 ± 0.3, 20.63 ± 0.3, 21.55 ± 0.3, 23.91 ± 0.3, 24.03 ± 0.3, 33.89 ± 0.3, 38.48 ± 0.3, 38.71 ± 0.3, 38.89 ± 0.3, 41.83 ± 0.3 and 41.95 ± 0.3.
A portable assembly having a subscriber identification module, the portable assembly comprising a housing having an inner housing supporting the subscriber identification module and an outer housing being removably connected to the inner housing and comprising a removable cover; a first connector portion of an electrical connector being secured to the inner housing, the first connector portion comprising a dielectric body and connector terminals; and a conductor assembly supporting an electrical connection between the connector terminals and the device terminals of the subscriber identification module, a holder retaining the subscriber identification module with respect to the inner housing and characterized in that the removable cover includes a hollow central portion for receiving and containing the subscriber identification module mounted on the inner housing, the inner housing comprising one or more mounting rails that matingly engage into corresponding recesses bounded by secondary mounting rails within the hollow central portion of the outer housing.
A harness for breathing apparatus, comprising: a structural support member having a front for accommodating a gas cylinder and a rear for facing the back of a wearer, and left and right sides; left and right shoulder straps (110, 120) disposed towards the left and right sides of the structural support member respectively, each shoulder strap having a first end attached to an upper portion of the structural support member and a second end attached to a lower portion of the structural support member; a plurality of flexible conduits (140, 150) extending from a lower portion of the structural support member along the structural support member, each to a position on either the left or right shoulder strap; and left and right guide channels (30, 32) extending longitudinally along the structural support member along left and right sides respectively, for accommodating the flexible conduits; and wherein at least one of the left and right guide channels: i) accommodates at least two of the plurality of flexible conduits; and ii) comprises retaining means for retaining at least two of the plurality of conduits in the guide channel. a structural support member having a front for accommodating a gas cylinder and a rear for facing the back of a wearer, and left and right sides; left and right shoulder straps (110, 120) disposed towards the left and right sides of the structural support member respectively, each shoulder strap having a first end attached to an upper portion of the structural support member and a second end attached to a lower portion of the structural support member; a plurality of flexible conduits (140, 150) extending from a lower portion of the structural support member along the structural support member, each to a position on either the left or right shoulder strap; and left and right guide channels (30, 32) extending longitudinally along the structural support member along left and right sides respectively, for accommodating the flexible conduits; and wherein at least one of the left and right guide channels: i) accommodates at least two of the plurality of flexible conduits; and ii) comprises retaining means for retaining at least two of the plurality of conduits in the guide channel. i) accommodates at least two of the plurality of flexible conduits; and ii) comprises retaining means for retaining at least two of the plurality of conduits in the guide channel.
An isolated truncated mammalian uricase comprising a mammalian uricase amino acid sequence truncated at the amino terminus, or the carboxy terminus, or both the amino and carboxy termini by 6 amino acids; and further comprising an amino acid substitution with threonine at position 7 (D7T), an amino acid substitution with threonine at position 46 (S46T), an amino acid substitution with lysine at position 291 (R291K) and an amino acid substitution with serine at position 301 (T301 S), said truncation and amino acid substitution being relative to a naturally occurring pig uricase having an amino acid sequence of SEQ ID NO: 11.
Heat exchanger, in particular oil cooler, consisting of heat exchanger plates which are stacked in one another with a trough-shaped edge and with flow ducts which lie in between for heat exchanging media, with feed and discharge ducts (20, 22), and with a three-piece fastening plate (2, 3, 4) with coinciding holes for fastening the heat exchanger in all three fastening plates (2, 3, 4), the lowermost heat exchanger plate lying on a first fastening plate which has openings for the feed and discharge of the media, a second fastening plate which is arranged above having a cut-out, the edge of which is reshaped, in order to bear against the trough-shaped edge of the lowermost heat exchanger plate, a third fastening plate being arranged below the first fastening plate and also having the openings and the holes, the first and the third fastening plate (2, 3) being configured at the openings for receiving seals.
An estimation method of the compatibility of a load carried by a vehicle comprising the following steps: • calculating characteristic values of said load, wherein said characteristic values comprises the weight of said load, and the position (X; Y) of said load in respect to a fixed point of said vehicle; • displaying said values of said load on an axes graph having the same measurement units of said characteristic values, said graph representing at least one characteristic load curve (A, B, C, D) of said vehicle according to said axes; • estimating the fact that said load displayed on said graph is included in an area defined by the intersection of said at least one load curve (A, B, C, D) and said axes; and • warning a user of said vehicle on the state of said compatibility of said load. characterised in that said at least one load curve (A, B, C, D) comprises the useful maximum load curve P of the vehicle, the saturation of at least one of the vehicle axes (B; C) and the minimum load P required on one of the vehicle axes and the transversal compatibility curve of said load. • calculating characteristic values of said load, wherein said characteristic values comprises the weight of said load, and the position (X; Y) of said load in respect to a fixed point of said vehicle; • displaying said values of said load on an axes graph having the same measurement units of said characteristic values, said graph representing at least one characteristic load curve (A, B, C, D) of said vehicle according to said axes; • estimating the fact that said load displayed on said graph is included in an area defined by the intersection of said at least one load curve (A, B, C, D) and said axes; and • warning a user of said vehicle on the state of said compatibility of said load.
Device allowing an individual to support a load, having at least one belt, of which one part is flexible and of which a dorsal part is rigid, said belt being equipped with at least one rigid fastening component attached to the said rigid dorsal part, said fastening component being able to support the weight of said load, the latter having to be carried away from the body of the individual in a cantilevered manner and by way of a support fixed at its proximal end (17 1) to said fastening component, the device having at least two flat and curved rigid uprights, which are fixed at one of their ends to the rigid dorsal part of the belt, and the other ends of which are oriented upwards with respect to said belt, and the shapes of which are designed to conform to and bear on the lumbar curvature of the individual on each side of his spinal column.
A process to recover rhodium from a hydroformylation process that comprises producing at least one aldehyde in a reaction zone, the reaction zone comprising a C 7 to C 22 olefin, hydrogen and carbon monoxide in the presence of a catalyst, wherein the catalyst comprises rhodium and an organophosphorus ligand, wherein the ligand is an organomonophosphite, wherein the process comprises: (a) treating a catalyst-containing stream from the hydroformylation process with 2.5 to 20 weight percent, based on the total weight of the stream, of a water-soluble organic amine of the following structure: wherein R 32, R 33, and R 34 are each independently alkyls and ethoxylates, and wherein no more than one of R 32, R 33, and R 34 is alkyl, and wherein an ethoxylate is a (-CH 2 -CH 2 -O) n H moiety wherein n is equal to 1 or 2; (b) heating the resulting solution in the presence of syngas to a temperature of at least 65° C to generate a rhodium-rich phase and a supernatant; and (c) removing the supernatant to recover the rhodium-rich phase. (a) treating a catalyst-containing stream from the hydroformylation process with 2.5 to 20 weight percent, based on the total weight of the stream, of a water-soluble organic amine of the following structure: wherein R 32, R 33, and R 34 are each independently alkyls and ethoxylates, and wherein no more than one of R 32, R 33, and R 34 is alkyl, and wherein an ethoxylate is a (-CH 2 -CH 2 -O) n H moiety wherein n is equal to 1 or 2; (b) heating the resulting solution in the presence of syngas to a temperature of at least 65° C to generate a rhodium-rich phase and a supernatant; and (c) removing the supernatant to recover the rhodium-rich phase.
Insulating composite element for insulating a building element wall, having a panel-like insulating element, which is arranged to be adhesively bonded to a building element wall and which has at least one aperture which is substantially congruent with a wall aperture of the building element wall, characterised in that in the aperture, plane-parallel to the plane of the main extent of the insulating element, a window element or similar closure element has been foamed into the insulating element at the works during the foaming of the insulating element.
A glass suitable for visible to mid-wave infrared radiation transmission, comprising the following components in mol % PbO 20.00-40.00 Bi 2 O 3 5.00-20.00 Ga 2 O 3 10.00-30.00 SiO 2 30.00-50.00 PbF 2 0-20.00 ZnF 2 0-20.00 InF 2 0-20.00 Sum of PbF 2, ZnF 2, and InF 2 1.00-20.00
A medical balloon comprising a balloon wall defining a chamber and comprising a layered material, wherein the layered material comprises a first polymer layer mechanically adhered to a fluoropolymer layer without any adhesive agent, wherein the fluoropolymer layer comprises a porous microstructure, and wherein the first polymer layer and the fluoropolymer layer are in an overlying relationship to each other and the fluoropolymer layer is an outermost layer of the balloon wall, and wherein the first polymer layer is a thermoplastic polymer layer and is mechanically adhered to the fluoropolymer layer by a conforming or interlocking of the first polymer layer with the porous microstructure of the fluoropolymer layer during the stretch-blow molding process at a temperature that is above the glass transition temperature but below the melt temperature of the first polymer layer.
A method for loading a clip with an item of laundry, in particular with an item of laundry to be sorted, the item of laundry being separated by a separating device and subsequently being transferred to the clip to be loaded, wherein the item of laundry is grasped by a movable double clip of a transfer device downstream of the separating device, the item of laundry is taken over or transferred from the double clip by a loading device, and the item of laundry is fed by the loading device into a clip mouth of the clip to be loaded, in that the item of laundry is fed by two adjacent clips of the loading device into the clip to be loaded, by synchronous movement and moving of the adjacent clips past the clip to be loaded, a peripheral strip, peripheral portion and/or corner region of the item of laundry located between the adjacent clips and/or clips is kept stretched by clips of the double clips of the transfer device and/or by the adjacent clips of the loading device and the item of laundry with the peripheral strip, peripheral portion and/or corner region kept stretched by the adjacent clips of the loading device is pushed into the clip to be loaded as the adjacent, spaced-apart clips move past the latter.
Carriage for a door leaf for longitudinal movement of the door leaf in a parallel stored position, wherein for a compact design despite castors (20, 21) having a large diameter, - a housing region having at least two of the castors (20, 21) and a bearing point for swivellably supporting an extension arm is provided; - the extension arm has a far bearing point for the door leaf for parallel storing of the door leaf and a bearing point closer to the housing region for an end of a control arm; - a control section is continued in a longitudinal direction of the housing region and has a guide for the other end region of the control arm; - wherein the extension arm in a swivelled-in position of the control arm - when viewed in the horizontal direction onto the extension arm - is completely covered and the control arm is located in a swivel plane which is located parallel offset below a top side and parallel offset above a bottom side of the extension arm. - a housing region having at least two of the castors (20, 21) and a bearing point for swivellably supporting an extension arm is provided; - the extension arm has a far bearing point for the door leaf for parallel storing of the door leaf and a bearing point closer to the housing region for an end of a control arm; - a control section is continued in a longitudinal direction of the housing region and has a guide for the other end region of the control arm; - wherein the extension arm in a swivelled-in position of the control arm - when viewed in the horizontal direction onto the extension arm - is completely covered and the control arm is located in a swivel plane which is located parallel offset below a top side and parallel offset above a bottom side of the extension arm.
A method for the manufacture of granules of D-allulose which are compressible in the sole presence of a lubricant by direct compression, to form a tablet having a diameter of 13 mm, a thickness of 6 mm, an apparent density of 1.35 g/ml ± 0.02 g/ml, a cylindrical shape with convex faces with a radius of curvature of 13 mm, whose hardness is greater than 50 N, preferably greater than 60 N, preferably greater than 70 N, preferably greater than 80 N, preferably greater than 90 N, preferably greater than 100 N, even more preferably greater than 110 N, comprising: - a step (a) of preparing a granulation liquid comprising D-allulose; - a step (b) of granulating powdery D-allulose, by applying the granulation liquid obtained in step (a) onto moving powdery D-allulose; - a step (c), preferably simultaneous with step (b), of drying the granules obtained in step (b); - an optional step (c') of maturation of the granules obtained in step (c); - a step (d) of recovering the granules obtained in step (c) or (c'). - a step (a) of preparing a granulation liquid comprising D-allulose; - a step (b) of granulating powdery D-allulose, by applying the granulation liquid obtained in step (a) onto moving powdery D-allulose; - a step (c), preferably simultaneous with step (b), of drying the granules obtained in step (b); - an optional step (c') of maturation of the granules obtained in step (c); - a step (d) of recovering the granules obtained in step (c) or (c').