mhurhangee/ep-ind-claims huggingface dataset:
A module for realizing modular building structures, wherein a modular building structures comprises a plurality of side by side modules arranged in horizontal rows and/or vertical columns, wherein the module comprises: - a bearing block having a side surface with mutually opposite pairs of flat faces and each having jointing means (10, 11) for coupling with further similar modules ( 1', 1") arranged in side by side position; - anchoring means for anchoring said bearing block to one or more bearing blocks of side-by-side modules ( 1', 1") for realizing a wall or other building structure; wherein said anchoring means comprise at least one pair of passages mutually perpendicular and staggered along a first transverse direction, said passages extending into said block from respective of said flat faces; wherein said anchoring means comprise at least one pair of reinforcing bars having a length substantially close to that of said respective passages, each of said bars being adapted to be inserted in a pair of consecutive passages belonging to two mutually side-by-side modules to define a reinforcement meshed armor, wherein each of said bars has ends (15, 16) associated with male and female connecting elements for coupling with the female and male connecting elements of facing ends of contiguous bars belonging to a side-by-side module defining corresponding connecting portions; wherein said jointing means (10, 11) of said flat faces are complementary shaped with each other, with first faces (6, 7) of said side surface being mutually orthogonal and contiguous and having a respective projection and second faces (8, 9) of said side surface opposite to respective of said first faces (6, 7) and orthogonal and contiguous with each other having a respective recess complementarily shaped with respect of the projection of the opposite of said first faces (6, 7) for the snap fitting of said projections into corresponding recesses of respective two further modules (1', 1") in side-by-side position; said faces having circular grooves complementary shaped with respect to said connecting portions to guarantee the housing thereof when two adjacent modules are joined together; characterized in that all said faces of said side surface are made of wood or of a wood-based material and have such a thickness to allow the connecting portions of two contiguous bars to be entirely contained within the thickness of the corresponding of said faces, said male end and said female end (15, 16) of said bars having respective axial length substantially equal to the maximum thickness of said flat faces provided with said jointing means (10, 11). - a bearing block having a side surface with mutually opposite pairs of flat faces and each having jointing means (10, 11) for coupling with further similar modules ( 1', 1") arranged in side by side position; - anchoring means for anchoring said bearing block to one or more bearing blocks of side-by-side modules ( 1', 1") for realizing a wall or other building structure;
A method of controlling a switched reluctance machine to produce an output, wherein the output is torque or force, the method comprising energising a first phase of the machine, in a conduction region between a switch-on point (θ οn) and a switch-off point (θ off), in response to an output demand, compensating for a nonlinear relationship between the output of the switched reluctance machine and current in the first phase to produce an output between an upper and a lower output limit, respectively higher and lower than the output demand, characterised in that the first phase is energised to produce the output between the upper and lower output limits from a beginning of the conduction region to a detent region and from the detent region to an end of the conduction region and to produce an output at a detent level in the detent region, wherein the output of the detent level is below the lower output limit, thereby favouring stalling of the machine at a detent position within the detent region.
A dye-sensitized solar cell comprising: a supporting body made of a light-transmissive material; and a laminate in which a conductive layer, a photoelectric conversion layer having a porous semiconductor layer with a dye adsorbed therein, a porous insulation layer, a counter electrode conductive layer, and a catalyst layer are laminated in this order, said photoelectric conversion layer and said porous insulation layer being filled with a carrier transport material, wherein said counter electrode conductive layer is made of one type of material selected from the group consisting of titanium, tungsten and nickel. a supporting body made of a light-transmissive material; and a laminate in which a conductive layer, a photoelectric conversion layer having a porous semiconductor layer with a dye adsorbed therein, a porous insulation layer, a counter electrode conductive layer, and a catalyst layer are laminated in this order, said photoelectric conversion layer and said porous insulation layer being filled with a carrier transport material, wherein said counter electrode conductive layer is made of one type of material selected from the group consisting of titanium, tungsten and nickel.
An agonist of the oxytocin receptor for use in the treatment of a feeding disorder with early-onset in a mammal with Prader-Willi syndrome, Prader-Willi syndrome like or non-organic failure to thrive disease (NOFTT).
A method of generating packets for transmission in a wireless communication system, the method comprising: generating a packet, wherein generating the packet includes: generating a signal, SIG, field, wherein the SIG field includes (i) a first SIG subfield indicating a first physical layer, PHY, parameter to a receiving device and (ii) a second SIG subfield, wherein the first SIG subfield comprises information indicating whether the packet is a data packet or a null data packet, NDP, wherein a second PHY parameter is (i) different than the first PHY parameter, (ii) associated with data packets (300, 320, 340), and (iii) is one of a modulation and coding scheme, MCS, coding type, aggregation information, space-time block code, STBC, information, or short guard interval, SGI, information, and wherein a third PHY parameter is (i) different than the first PHY parameter and the second PHY parameter, (ii) associated with null data packets, and (iii) is not associated with data packets; if the packet is a data packet, including the second PHY parameter in the second SIG subfield and excluding the third PHY parameter from the SIG field; and if the packet is a null data packet, including the third PHY parameter in the second SIG subfield and excluding the second PHY parameter from the SIG subfield. generating a signal, SIG, field, wherein the SIG field includes (i) a first SIG subfield indicating a first physical layer, PHY, parameter to a receiving device and (ii) a second SIG subfield, wherein the first SIG subfield comprises information indicating whether the packet is a data packet or a null data packet, NDP, wherein a second PHY parameter is (i) different than the first PHY parameter, (ii) associated with data packets (300, 320, 340), and (iii) is one of a modulation and coding scheme, MCS, coding type, aggregation information, space-time block code, STBC, information, or short guard interval, SGI, information, and wherein a third PHY parameter is (i) different than the first PHY parameter and the second PHY parameter, (ii) associated with null data packets, and (iii) is not associated with data packets; if the packet is a data packet, including the second PHY parameter in the second SIG subfield and excluding the third PHY parameter from the SIG field; and if the packet is a null data packet, including the third PHY parameter in the second SIG subfield and excluding the second PHY parameter from the SIG subfield.
A door with a load-type door opening and closing device provided with an opening and closing mechanism that uses a body weight of a person to open and close the door, the device comprising: a sliding support rail slidably supporting the door to open and close the door; an inclined door opening rail provided in the door and a footboard that is coupled with a sliding member (4,4') through a coupling member and moves the door in the opening direction with use of stepping force, the sliding member (4, 4') being configured to slide on the door opening rail, characterized in that the door opening rail is inclined upward in an opening direction of the door, wherein the sliding member (4, 4') is located at an upper end side of the door opening rail in a state in which the door is closed, and stepping force applied to the footboard during opening operation depresses the sliding member (4,4') against the door opening rail to displace the door in the opening direction, and the door opening rail has an upward inclination angle in the opening direction of the door that is large at an upper end side of the door opening rail and is small at a lower end side of the door opening rail. a sliding support rail slidably supporting the door to open and close the door; an inclined door opening rail provided in the door and a footboard that is coupled with a sliding member (4,4') through a coupling member and moves the door in the opening direction with use of stepping force, the sliding member (4, 4') being configured to slide on the door opening rail, characterized in that the door opening rail is inclined upward in an opening direction of the door, wherein the sliding member (4, 4') is located at an upper end side of the door opening rail in a state in which the door is closed, and stepping force applied to the footboard during opening operation depresses the sliding member (4,4') against the door opening rail to displace the door in the opening direction, and the door opening rail has an upward inclination angle in the opening direction of the door that is large at an upper end side of the door opening rail and is small at a lower end side of the door opening rail.
A display apparatus, comprising: a display panel on which an image is displayed; a receiver configured to receive an image signal related to the image from an external device; and a controller configured to change an image processing mode of the image based on a change in a vertical frequency per unit of time of the image signal by changing a display setting applied to the image wherein the controller is configured to change the image processing mode into a first mode by applying a first display setting corresponding to a first genre to the image when the change in the vertical frequency of the image signal changes within a first preset range, and change the image processing mode into a second mode by applying a second display setting corresponding to a second genre to the image when the change in the vertical frequency of the image signal exceeds the first preset range a display panel on which an image is displayed; a receiver configured to receive an image signal related to the image from an external device; and a controller configured to change an image processing mode of the image based on a change in a vertical frequency per unit of time of the image signal by changing a display setting applied to the image wherein the controller is configured to change the image processing mode into a first mode by applying a first display setting corresponding to a first genre to the image when the change in the vertical frequency of the image signal changes within a first preset range, and change the image processing mode into a second mode by applying a second display setting corresponding to a second genre to the image when the change in the vertical frequency of the image signal exceeds the first preset range
Flush mounting device for letting air in or out of a room of a building, comprising housing walls, at least one duct connection for an air duct, a housing opening positioned towards the room and a front lid being located at the housing opening, with the housing opening positioned towards the room serving as air outlet for letting air out of the room, or as air inlet for letting air into the room, characterized in that at least one of the housing walls comprises at least one gap and that this gap is substantially hermetically covered with a sound permeable insert and that the sound permeable insert features a lower sound reflection degree than the original sound reflecting area of the housing wall.
A method of detecting transducer element faults in ultrasonic phased array instruments having a plurality of transducer elements, comprising: applying ultrasonic pulses to the transducer elements of the phased array system; calculating an energy level for the transducer elements individually according to a response signal reading obtained from the transducer elements individually during a predetermined time period; noting a dropped energy level in one or more transducer elements owing to an element fault; and identifying any of the elements as a faulty element by comparing the energy level thereof to the energy levels sensed by other transducer elements, wherein the dropped energy level is identified by obtaining first order derivatives (E'(i)) of the energy levels and obtaining a valley in the slope of the energy levels and by obtaining second order derivatives (E"(i)) of the energy levels and evaluating if any of the second order derivatives meets or exceeds a predetermined threshold value. applying ultrasonic pulses to the transducer elements of the phased array system; calculating an energy level for the transducer elements individually according to a response signal reading obtained from the transducer elements individually during a predetermined time period; noting a dropped energy level in one or more transducer elements owing to an element fault; and identifying any of the elements as a faulty element by comparing the energy level thereof to the energy levels sensed by other transducer elements, wherein the dropped energy level is identified by obtaining first order derivatives (E'(i)) of the energy levels and obtaining a valley in the slope of the energy levels and by obtaining second order derivatives (E"(i)) of the energy levels and evaluating if any of the second order derivatives meets or exceeds a predetermined threshold value.
A firearm suppressor cover, comprising: a thermal insulator which is, in use, configured to surround a firearm suppressor; characterized in that the cover comprises a curved spring which is located at a first end of the cover and pre-bent into a shape of a ring, which is open at one point, the spring being, in use, configured to tighten around the firearm suppressor in order to tighten said thermal insulator around the firearm suppressor and to prevent a longitudinal movement of said cover in relation to said suppressor. a thermal insulator which is, in use, configured to surround a firearm suppressor; characterized in that the cover comprises a curved spring which is located at a first end of the cover and pre-bent into a shape of a ring, which is open at one point, the spring being, in use, configured to tighten around the firearm suppressor in order to tighten said thermal insulator around the firearm suppressor and to prevent a longitudinal movement of said cover in relation to said suppressor.
A wear sensing device, comprising: a wear sensor; a communication device; a processing device; and a housing; characterised in that the wear sensor includes a plurality of wear members, and in that the processing device is configured to generate a signal indicative of wear based on a state of the plurality of wear members, and transmit the signal with the communication device; and the housing at least partially encloses the wear sensor and includes a plurality of separate slots, wherein the plurality of wear members are positioned in the plurality of separate slots, and further wherein the housing includes a first section made from a first material and a second section made from a second material which is different than the first material. a wear sensor; a communication device; a processing device; and a housing; characterised in that the wear sensor includes a plurality of wear members, and in that the processing device is configured to generate a signal indicative of wear based on a state of the plurality of wear members, and transmit the signal with the communication device; and the housing at least partially encloses the wear sensor and includes a plurality of separate slots, wherein the plurality of wear members are positioned in the plurality of separate slots, and further wherein the housing includes a first section made from a first material and a second section made from a second material which is different than the first material.
A combustor shell (104, 184) comprising: a first aperture at least partially defined by an inner wall of the combustor shell (104, 184) and passing from a diffuser-facing side of the combustor shell (104, 184) to a combustor-facing side of the combustor shell (104, 184); and a spacer (146, 246, 346) comprising a first segment (265, 365) coupled to a first flange (260, 360), wherein the first flange (260, 360) is disposed on the diffuser-facing side of the combustor shell, wherein an outer wall (148, 248, 348) of the spacer (146, 246) is coupled with at least a portion of the inner wall of the combustor shell (104, 184); characterized in that: the first aperture of the combustor shell (104, 184) is an oblong shape; and a contact between the outer wall (148, 248, 348) of the spacer (146, 246) and the inner wall of the combustor shell (104, 184) is designed to reduce a friction force between the combustor shell (104, 184) and an attachment feature disposed through the spacer (146, 246, 346). a first aperture at least partially defined by an inner wall of the combustor shell (104, 184) and passing from a diffuser-facing side of the combustor shell (104, 184) to a combustor-facing side of the combustor shell (104, 184); and a spacer (146, 246, 346) comprising a first segment (265, 365) coupled to a first flange (260, 360), wherein the first flange (260, 360) is disposed on the diffuser-facing side of the combustor shell, wherein an outer wall (148, 248, 348) of the spacer (146, 246) is coupled with at least a portion of the inner wall of the combustor shell (104, 184); characterized in that: the first aperture of the combustor shell (104, 184) is an oblong shape; and a contact between the outer wall (148, 248, 348) of the spacer (146, 246) and the inner wall of the combustor shell (104, 184) is designed to reduce a friction force between the combustor shell (104, 184) and an attachment feature disposed through the spacer (146, 246, 346). the first aperture of the combustor shell (104, 184) is an oblong shape; and a contact between the outer wall (148, 248, 348) of the spacer (146, 246) and the inner wall of the combustor shell (104, 184) is designed to reduce a friction force between the combustor shell (104, 184) and an attachment feature disposed through the spacer (146, 246, 346).
A method (800; 900) of determining what operation a user desires to be performed with relation to the collection of Global Navigation Satellite System, GNSS, data said method comprising: receiving (801; 901) from at least one motion sensor an indication of the motion of a pole mounted sensing device comprising said at least one motion sensor and a GNSS receiver configured to at least generate raw GNSS observables; characterized by accessing a gesture library and, if the received indication of motion matches one of the motion profiles stored in the gesture library, determining the operation which is correlated with that particular motion profile as the operation which the user desires to be performed with the GNSS data collected by said GNSS receiver at a time when said indication of the motion is detected. receiving (801; 901) from at least one motion sensor an indication of the motion of a pole mounted sensing device comprising said at least one motion sensor and a GNSS receiver configured to at least generate raw GNSS observables; characterized by accessing a gesture library and, if the received indication of motion matches one of the motion profiles stored in the gesture library, determining the operation which is correlated with that particular motion profile as the operation which the user desires to be performed with the GNSS data collected by said GNSS receiver at a time when said indication of the motion is detected.
A sanitizing luer cap configured to attach to a medical connector with a male luer end surrounded by a shroud, the sanitizing luer cap comprising: a housing having a skirt and a protrusion; and a liquid-dispensing material; wherein the skirt is configured to extend across an outer surface of the shroud of the medical connector; wherein the protrusion has an opening configured to receive the male luer end of the medical connector, and characterized in that the liquid-dispensing material is coupled to an outer surface of the protrusion and is configured to wipe and sanitize the male luer end when the sanitizing luer cap is attached to the medical connector. a housing having a skirt and a protrusion; and a liquid-dispensing material; wherein the skirt is configured to extend across an outer surface of the shroud of the medical connector; wherein the protrusion has an opening configured to receive the male luer end of the medical connector, and characterized in that the liquid-dispensing material is coupled to an outer surface of the protrusion and is configured to wipe and sanitize the male luer end when the sanitizing luer cap is attached to the medical connector.