mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling deceleration of a vehicle including a rotatable output shaft and an SAHR brake having a pair (22, 23) of friction braking components that in response to a braking power request are mutually engageable to brake the output shaft, the method characterised by the steps of generating a deceleration signal indicative of deceleration of the vehicle; generating in accordance with a selectively effective feedback control scheme a braking command based on the output shaft speed signal, the deceleration signal and the braking power request; and using the braking command to control the engagement of the friction braking components (22, 23), wherein the method includes using the output shaft speed signal to calculate a maximum braking power signal and modulating the braking command in dependence on the maximum braking power signal in order to limit the braking power dissipated in the SAHR brake.
A seamless steel pipe for steam injection having a chemical composition comprising, by mass percent, C: 0.03 to 0.08%, Si: 0.05 to 0.5%, Mn: 1.5 to 3.0%, Mo: more than 0.4 to 1.2%, Al: 0.005 to 0.100%, Ca: 0.001 to 0.005%, N: 0.002 to 0.015%, P: at most 0.03%, S: at most 0.01%, Cu: at most 1.5%, and one or more types selected from the group consisting of Cr: at most 1.0%, Nb: at most 0.1%, Ti: at most 0.1%, Ni: at most 1.0%, and V: at most 0.2%, the balance being Fe and impurities, wherein the seamless steel pipe has yield stress of at least 600 MPa at 350°C and has a microstructure obtained by being water cooled after hot working and further by being quenched and tempered.
A method comprising: in a closed cycle system, circulating a working fluid through a closed cycle fluid path including, in sequence, a compressor, a hot side heat exchanger, a turbine, and a cold side heat exchanger, wherein the closed cycle fluid path comprises a high pressure leg and a low pressure leg; removing a first quantity of working fluid from the closed cycle fluid path by opening a first fluid connection between the high pressure leg and a high pressure tank, such that pressure of the working fluid in the high pressure leg decreases and pressure of the working fluid in the high pressure tank increases; determining an operating condition of the closed cycle system and determining a first threshold pressure value based on the operating condition of the closed cycle system; closing the first fluid connection when pressure of the working fluid reaches the first threshold pressure value; and removing a second quantity of working fluid from the closed cycle fluid path by opening a second fluid connection between the high pressure leg and an intermediate pressure tank, such that pressure of the working fluid in the high pressure leg decreases and pressure of the working fluid in the intermediate pressure tank increases. in a closed cycle system, circulating a working fluid through a closed cycle fluid path including, in sequence, a compressor, a hot side heat exchanger, a turbine, and a cold side heat exchanger, wherein the closed cycle fluid path comprises a high pressure leg and a low pressure leg; removing a first quantity of working fluid from the closed cycle fluid path by opening a first fluid connection between the high pressure leg and a high pressure tank, such that pressure of the working fluid in the high pressure leg decreases and pressure of the working fluid in the high pressure tank increases; determining an operating condition of the closed cycle system and determining a first threshold pressure value based on the operating condition of the closed cycle system; closing the first fluid connection when pressure of the working fluid reaches the first threshold pressure value; and removing a second quantity of working fluid from the closed cycle fluid path by opening a second fluid connection between the high pressure leg and an intermediate pressure tank, such that pressure of the working fluid in the high pressure leg decreases and pressure of the working fluid in the intermediate pressure tank increases.
Room cell (1; 1') for cooling or heating goods, comprising a front side, a rear side, a lower side, an upper side and two end sides (6, 7), a goods presentation device for presenting the goods, wherein the goods presentation device has a goods presentation side extending along the front side and/or facing towards the front side, and the goods of the goods presentation device can be seen, and/or removed, from outside the room cell (1; 1') via the front side, wherein the goods presentation device is or comprises a rack which has at least two support stands (32, 33, 34, 35) which are assigned to a fastening side in pairs, and the fastening side faces towards the end sides (6, 7), and a top element (11; 11') which is assigned to the upper side, wherein the goods presentation device is used as a load-bearer of the top element (11; 11'), characterized in that the room cell (1; 1') has a rear-wall element which is assigned to the rear side and which is used as a load-bearer of the top element (11; 11'). a front side, a rear side, a lower side, an upper side and two end sides (6, 7), a goods presentation device for presenting the goods, wherein the goods presentation device has a goods presentation side extending along the front side and/or facing towards the front side, and the goods of the goods presentation device can be seen, and/or removed, from outside the room cell (1; 1') via the front side, wherein the goods presentation device is or comprises a rack which has at least two support stands (32, 33, 34, 35) which are assigned to a fastening side in pairs, and the fastening side faces towards the end sides (6, 7), and a top element (11; 11') which is assigned to the upper side, wherein the goods presentation device is used as a load-bearer of the top element (11; 11'), characterized in that the room cell (1; 1') has a rear-wall element which is assigned to the rear side and which is used as a load-bearer of the top element (11; 11').
Sealing ring which - as seen in cross section - is of essentially Y-shaped design and comprises a first sealing lip and a second, dynamically stressed sealing lip, the two sealing lips being secured on a common carrying body, wherein the sealing lips (1, 2), in the production state of the sealing ring, bound a first angle, of not more than 60°, with one another, characterized in that the sealing ring consists solely of a PU material, comprising a PU matrix in which friction-reducing additives are embedded.
A halogen-free, flame retardant composition comprising in weight percent based on the weight of the composition: A. 20 to 60% TPU/Si-g-EVA (thermoplastic polyurethane/silane grafted ethylene vinyl acetate) polymer blend in which the Si-g-EVA is crosslinked, B. 1 to 25% organic phosphate ester, C. 30 to 60% metal hydrate, and D. 0.1 to 10% epoxidized novolac. A. 20 to 60% TPU/Si-g-EVA (thermoplastic polyurethane/silane grafted ethylene vinyl acetate) polymer blend in which the Si-g-EVA is crosslinked, B. 1 to 25% organic phosphate ester, C. 30 to 60% metal hydrate, and D. 0.1 to 10% epoxidized novolac.
A medical monitoring system, comprising: one or more electronic processors configured to: receive vital signs of each a plurality of patients; and dynamically configure in real-time a display of the received vital signs which includes for each patient an individually assigned patient sector display sized from available space for the display based on a priority order, wherein the priority order is based on a set of rules, and wherein assignment of space to the patient sector displays is performed iteratively, wherein the space is assigned in increments to each patient sector display, based on the priority order, until all unassigned space is assigned; and one or more display devices which display the configured display of the plurality of patient sector displays. one or more electronic processors configured to: receive vital signs of each a plurality of patients; and dynamically configure in real-time a display of the received vital signs which includes for each patient an individually assigned patient sector display sized from available space for the display based on a priority order, wherein the priority order is based on a set of rules, and wherein assignment of space to the patient sector displays is performed iteratively, wherein the space is assigned in increments to each patient sector display, based on the priority order, until all unassigned space is assigned; and receive vital signs of each a plurality of patients; and dynamically configure in real-time a display of the received vital signs which includes for each patient an individually assigned patient sector display sized from available space for the display based on a priority order, wherein the priority order is based on a set of rules, and wherein assignment of space to the patient sector displays is performed iteratively, wherein the space is assigned in increments to each patient sector display, based on the priority order, until all unassigned space is assigned; and one or more display devices which display the configured display of the plurality of patient sector displays.
A composition comprising sodium percarbonate for use in the treatment of skin-related symptoms associated with indications chosen from Acne vulgaris or Diabetic Peripheral Neuropathy, wherein the treatment is topical, wherein the composition comprises 90-100 % of sodium percarbonate and the sodium percarbonate is provided as a dry formulation.
A tissue surface covering comprising: a) a first ring having an outer annular edge and an outside diameter; b) an amniotic membrane completely covering the first ring, the membrane wrapped over the outer annular edge of the first ring; and c) a second ring having an inner annular edge and an inside diameter, wherein the inside diameter of the second ring sized to snap-fit over the outside diameter of the first ring, and positioned over the first ring for coaxial alignment therewith; the membrane fastened between the first ring and the second ring by a locking engagement of the first ring with the second ring during assembly of the tissue surface covering. a) a first ring having an outer annular edge and an outside diameter; b) an amniotic membrane completely covering the first ring, the membrane wrapped over the outer annular edge of the first ring; and c) a second ring having an inner annular edge and an inside diameter, wherein the inside diameter of the second ring sized to snap-fit over the outside diameter of the first ring, and positioned over the first ring for coaxial alignment therewith; the membrane fastened between the first ring and the second ring by a locking engagement of the first ring with the second ring during assembly of the tissue surface covering.
A formed article comprising a gas barrier layer that is formed of a material including at least an oxygen atom, a carbon atom, and a silicon atom, the gas barrier layer including an area where an oxygen atom content rate gradually decreases, and a carbon atom content rate gradually increases in a depth direction from a surface, the area including a partial area and a partial area, the partial area having an oxygen atom content rate of 20 to 55%, a carbon atom content rate of 25 to 70%, and a silicon atom content rate of 5 to 20% based on the total content rate of oxygen atoms, carbon atoms, and silicon atoms, and the partial area having an oxygen atom content rate of 1 to 15%, a carbon atom content rate of 72 to 87%, and a silicon atom content rate of 7 to 18% based on the total content rate of oxygen atoms, carbon atoms, and silicon atoms, and the gas barrier layer being obtained by implanting ions into a polysilane compound containing layer.
Quick-closing cover for a dome having a flange on a neck on a tank, wherein a hinge for a cover is arranged on said flange, said cover consisting of: - a rotatable disc having a planar rotatable thread on a shoulder which is arranged centrally in the cover; - at least one closing slide in a guide, which slide engages, in the locked condition, in a stop on the flange; - one or more elevations on the closing slide which engage in the rotatable thread of the disc; - at least one handle on the disc for rotating said disc, wherein the closing slide is conveyed out of, or into, the stops by rotating the disc, characterised in that - the underside of the disc has thread grooves which engage in elevations on the closing slide so that, when the disc is rotated, the closing slide is displaced, within a guide, towards the central point or towards the rim of the cover and into the stop, depending on the direction of rotation. - a rotatable disc having a planar rotatable thread on a shoulder which is arranged centrally in the cover; - at least one closing slide in a guide, which slide engages, in the locked condition, in a stop on the flange; - one or more elevations on the closing slide which engage in the rotatable thread of the disc; - at least one handle on the disc for rotating said disc, wherein the closing slide is conveyed out of, or into, the stops by rotating the disc, characterised in that - the underside of the disc has thread grooves which engage in elevations on the closing slide so that, when the disc is rotated, the closing slide is displaced, within a guide, towards the central point or towards the rim of the cover and into the stop, depending on the direction of rotation.
Space optical instrument comprising a primary mirror having an optical axis and comprising a first face, referred to as the front face, oriented towards an observed area, and a second face opposite to the first, referred to as the rear face, the optical instrument further comprising a thermal stabilization device for the primary mirror, comprising a thermally conductive wall extending around the optical axis on the front face side of the primary mirror towards which this face is oriented, characterized in that the thermal stabilization device further comprises a temperature regulating device for the thermally conductive wall, capable of using the measurement of an incident heat flux on the mirror and varying the temperature of said wall according to the measured incident heat flux, in order to keep the front face of the mirror at a constant temperature, the temperature regulating device comprising a set of heating devices for the thermally conductive wall, a heat flux sensor on the front face of the mirror, and a controller capable of controlling the heating devices according to the heat flux measured by the sensor.
A computer-implemented method for simulating wearing of a knit garment on a human model, the knit garment being a virtual knit garment and having a plurality of parts (106, 112, 122, 130), the human model being a three-dimensional human model and comprising a plurality of polygons (141 to 144), characterized in that the method comprises the steps of: providing the human model with a plurality of axes (b, la, ra); matching each of the parts (106, 112, 122, 130) of the knit garment with any of the plurality of axes (b, la, ra) and temporarily positioning the knit garment with respect to the human model; and shrinking/expanding the temporarily positioned knit garment toward the axis (b, la, ra) matched with each of the parts (106, 112, 122, 130) of the knit garment in a peripheral direction to obtain a natural size of each of the parts (106, 112, 122, 130), whereby the knit garment is worn on the human model so that each of the parts (106, 112, 122, 130) appears outside the human model. providing the human model with a plurality of axes (b, la, ra); matching each of the parts (106, 112, 122, 130) of the knit garment with any of the plurality of axes (b, la, ra) and temporarily positioning the knit garment with respect to the human model; and shrinking/expanding the temporarily positioned knit garment toward the axis (b, la, ra) matched with each of the parts (106, 112, 122, 130) of the knit garment in a peripheral direction to obtain a natural size of each of the parts (106, 112, 122, 130), whereby the knit garment is worn on the human model so that each of the parts (106, 112, 122, 130) appears outside the human model.
Arrangement for signal analysis having at least one central data processing unit and a screen unit connected with the at least one central data processing unit, wherein the central data processing unit calculates a spectrum and a spectrogram from a digitized signal (7 1, 7 2; 7), wherein the at least one central data processing unit is configured so that it controls the screen unit in such a way that in a first diagram the spectrogram of the digitized signal (7 1, 7 2; 7), in a second diagram the characteristic of the spectrum of the digitized signal (7 1, 7 2; 7) and in a third diagram the characteristic of the digitized signal (7 1, 7 2; 7) present in the time domain can be displayed together and at the same time on the screen unit, wherein the digitized signal (7 1, 7 2; 7) can be stored in a memory unit by the at least one central data processing unit, characterized in that the at least one central data processing unit is configured so that the digitized signal (7 1, 7 2; 7) present in the time domain can be filtered through a band pass filter, wherein the band pass range of the band pass filter corresponds to a selected frequency range of the first diagram for the spectrogram or a selected frequency range of the second diagram for the characteristic of the spectrum, and wherein the spectrogram is stored in a matrix.
Method for extracting liquid crystals contained in an element of the type comprising a first and a second support, each having a functional face, said functional faces being mounted one opposite the other in order to create a space containing said liquid crystals, according to which said first and second supports are separated one from the other, said functional faces then being at least partially covered by a layer of liquid crystals, characterised in that said functional face of said first and/or second support is brought in contact with a solution containing at least one solvent which is able to dissolve said liquid crystals present on said functional face such that said solution is not in contact with the face opposite said functional face.
A method of establishing secure groups of trusted contacts with access rights in a secure communication system, comprising the steps of: establishing, by an end point, secure groups of trusted contacts in the secure communication system; storing information, by a database manager of the end point, corresponding to trusted contacts of a secure group, as a secure group in a database (1015, 1075a, 1075b) of the end point; and wherein the information identifies the trusted contacts and their respective individual access rights within the secure group; determining group access rights, by the end point, of the secure group and storing the group access rights in the database (1015, 1075a, 1075b) of the end point with the stored information corresponding to the secure group, characterized in that the database (1015, 1075a, 1075b) and the database manager are included in the end point, wherein the database (1015, 1075a, 1075b) includes: a) trusted contact information including a name, calling ID, peer ID, credential and access rights of each of the trusted contacts, the credential comprising a cryptographic certificate of the respective trusted contact, and b) secure group information including a group ID, a group certificate, and group access rights of each of the secure groups, the method further comprising replacing the certificates of the trusted contacts with corresponding public keys of the secure group upon verification of the certificates of the trusted contacts. establishing, by an end point, secure groups of trusted contacts in the secure communication system; storing information, by a database manager of the end point, corresponding to trusted contacts of a secure group, as a secure group in a database (1015, 1075a, 1075b) of the end point; and wherein the information identifies the trusted contacts and their respective individual access rights within the secure group; determining group access rights, by the end point, of the secure group and storing the group access rights in the database (1015, 1075a, 1075b) of the end point with the stored information corresponding to the secure group, characterized in that the database (1015, 1075a, 1075b) and the database manager are included in the end point, wherein the database (1015, 1075a, 1075b) includes: a) trusted contact information including a name, calling ID, peer ID, credential and access rights of each of the trusted contacts, the credential comprising a cryptographic certificate of the respective trusted contact, and b) secure group information including a group ID, a group certificate, and group access rights of each of the secure groups, a) trusted contact information including a name, calling ID, peer ID, credential and access rights of each of the trusted contacts, the credential comprising a cryptographic certificate of the respective trusted contact, and b) secure group information including a group ID, a group certificate, and group access rights of each of the secure groups, the method further comprising replacing the certificates of the trusted contacts with corresponding public keys of the secure group upon verification of the certificates of the trusted contacts.
An ozone generation device comprising: a casing; a wall body partitioning a space surrounded by the casing into at least a first chamber and a second chamber; a first opening and a second opening provided in a part of the casing to communicate an outer side of the casing and the first chamber; a blower mounted at a position inside the wall body or outside the wall body to communicate the first chamber and the second chamber; a third opening provided in a part of the casing to communicate the outer side of the casing and the second chamber; a light source body provided between the blower and the third opening in the second chamber and configured to emit ultraviolet light; and an electrical body provided in a position between the first opening and the second opening in the first chamber and configured to supply electric power for driving the light source body. a casing; a wall body partitioning a space surrounded by the casing into at least a first chamber and a second chamber; a first opening and a second opening provided in a part of the casing to communicate an outer side of the casing and the first chamber; a blower mounted at a position inside the wall body or outside the wall body to communicate the first chamber and the second chamber; a third opening provided in a part of the casing to communicate the outer side of the casing and the second chamber; a light source body provided between the blower and the third opening in the second chamber and configured to emit ultraviolet light; and an electrical body provided in a position between the first opening and the second opening in the first chamber and configured to supply electric power for driving the light source body.