mhurhangee/patent-ind-claim-en huggingface dataset:
A cooling appliance comprising an ice maker assembly ; the ice maker assembly comprising a frame comprising a support member , wherein the support member comprises a body accommodating a first recess and a cap placed onto the body and enclosing the first recess , wherein the cap comprises a second recess and wherein the first recess and the second recess face each other upon placing the cap onto the body such that the first recess and the second recess form a conduit ; wherein the ice maker assembly is further provided with an ice mold comprising a plurality of cavities into where the water to be frozen is filled, and a protrusion seated into the conduit and rotatably supporting the ice mold on the frame , wherein the protrusion is configured to slide and rotate along the conduit upon rotation of the ice mold ; characterized in that the width of the first recess and the second recess are different such that one of the first recess and the second recess is in the form of a semicircle and the other one is in the form of a half ellipse facing each other to form the conduit in an oval shape and such that the conduit comprises a stepped part formed by convergence of the first recess and the second recess , wherein the protrusion is configured to impact the cap by jumping over the stepped part of the conduit upon rotation of the ice mold to facilitate the release of the ice pieces. a frame comprising a support member , wherein the support member comprises a body accommodating a first recess and a cap placed onto the body and enclosing the first recess , wherein the cap comprises a second recess and wherein the first recess and the second recess face each other upon placing the cap onto the body such that the first recess and the second recess form a conduit ; wherein the ice maker assembly is further provided with an ice mold comprising a plurality of cavities into where the water to be frozen is filled, and a protrusion seated into the conduit and rotatably supporting the ice mold on the frame , wherein the protrusion is configured to slide and rotate along the conduit upon rotation of the ice mold ; characterized in that the width of the first recess and the second recess are different such that one of the first recess and the second recess is in the form of a semicircle and the other one is in the form of a half ellipse facing each other to form the conduit in an oval shape and such that the conduit comprises a stepped part formed by convergence of the first recess and the second recess , wherein the protrusion is configured to impact the cap by jumping over the stepped part of the conduit upon rotation of the ice mold to facilitate the release of the ice pieces.
Latent heat store having a container , having one or more phase change materials as sole or almost sole constituent part of the heat store medium , and having one or more electrically operable heating elements , wherein at least the respectively effective part of said heating element(s) is arranged in a space region, filled with the heat store medium , in the lower part of the container , and having one or more heat-conducting structures which are arranged in the container and which have a heat-conducting connection to the heat store medium , wherein at least the lower wall and lateral wall at least of the lower part of the container has a heat insulator , and wherein an air space region without heat store medium is situated in the upper part of the container , which air space region exists both in the solid and in the liquid state of aggregation of the at least one phase change material, and into which air space region, from the lower part of the container , at least one of the heat-conducting structures for heat conduction projects upward by more than 2 centimetres, and, in the upper and/or a lateral delimitation of the upper part of the container , there are situated at least one open or re-closably openable region for the entry of air into the air space region in the upper part of the container and at least one open or re-closably openable region for the exit of air out of the air space region , characterized in that at least one of the heat-conducting structures has a heat-conducting connection to at least one of the heating elements .
Valve having a housing, a solenoid arranged in the housing, a pin movable by the solenoid, a pot-shaped piston connected to the pin, and a seal arranged between the housing and the piston, wherein the piston has, at least in the region of its open end , a radially peripheral seal that bears against a second housing part when the valve is closed, said second housing part being connected to the housing , characterized in that the seal is composed of a rubber, preferably a fluoro rubber, the piston is composed of metal, preferably of a high-grade steel, in particular a chromium-nickel steel, the piston has a further seal on the outside in the region of its base , and the seal and the further seal are connected integrally to one another in the region of the open end and in the base region , respectively.
A method for controlling voltage of a DC link of a power converter of an electrical power system connected to a power grid , the method comprising: operating the DC link to an optimum voltage set point that achieves steady state operation of the power converter ; monitoring the power grid for one or more transient events, the one or more transient events being an indicator of one or more sub-synchronous control interaction, SSCI, conditions occurring in the electrical power system ; upon detection of the one or more transient events occurring in the power grid , immediately increasing the optimum voltage set point to a higher voltage set point of the DC link ; and, operating the DC link at the higher voltage set point until the one or more sub-synchronous control interactions is damped, thereby optimizing control of sub-synchronous oscillations. operating the DC link to an optimum voltage set point that achieves steady state operation of the power converter ; monitoring the power grid for one or more transient events, the one or more transient events being an indicator of one or more sub-synchronous control interaction, SSCI, conditions occurring in the electrical power system ; upon detection of the one or more transient events occurring in the power grid , immediately increasing the optimum voltage set point to a higher voltage set point of the DC link ; and, operating the DC link at the higher voltage set point until the one or more sub-synchronous control interactions is damped, thereby optimizing control of sub-synchronous oscillations.
An injection molding machine comprising: a rotary table that rotates while a first mold unit , a second mold unit , and a third mold unit are placed thereon, wherein the rotary table is configured to rotate such that the mold units are respectively and sequentially disposed at a first position (P1), a second position (P2), and a third position (P3), and such that a direction of rotation when moving from the first position (P1) to the second position (P2) in a first section and when moving from the second position (P2) to the third position (P3) in a second section is opposite to a direction of rotation when moving from the third position (P3) to the first position (P1) in a third section , characterized in that a standby time is adjusted to reduce a time difference in a total time of the standby time and a rotation time between a period of moving through the first section and the second section , and a period of moving through the third section . a rotary table that rotates while a first mold unit , a second mold unit , and a third mold unit are placed thereon, wherein the rotary table is configured to rotate such that the mold units are respectively and sequentially disposed at a first position (P1), a second position (P2), and a third position (P3), and such that a direction of rotation when moving from the first position (P1) to the second position (P2) in a first section and when moving from the second position (P2) to the third position (P3) in a second section is opposite to a direction of rotation when moving from the third position (P3) to the first position (P1) in a third section , characterized in that a standby time is adjusted to reduce a time difference in a total time of the standby time and a rotation time between a period of moving through the first section and the second section , and a period of moving through the third section .
A polyolefin porous membrane comprising protrusions of polyolefin having a size (W) within a range of 5 μm ≤ W ≤ 50 μm and a height (H) within a range of 0.5 μm ≤ H and irregularly disposed on both sides of the polyolefin porous membrane in a density not less than 3/cm 2 and not more than 200/cm 2 per side, a thickness of the polyolefin porous membrane being not more than 25 μm, wherein the size (W) and height (H) are measured with a confocal microscope according to the method as described in the description.
A method of wireless communications at a base station , comprising: determining , at the base station , downlink control information, DCI, for a first user equipment, UE , wherein the DCI for the first UE comprises modulation order information, spatial layer information including a first bitmap indicating a first set of spatial layers used by the first UE , and power ratio information of the first UE , and a precoding matrix indicator, PMI, and spatial layer information of a second UE including a second bitmap indicating a second set of spatial layers used by the second UE , the first bitmap being a subset of the second bitmap; and transmitting the determined DCI to the first UE . determining , at the base station , downlink control information, DCI, for a first user equipment, UE , wherein the DCI for the first UE comprises modulation order information, spatial layer information including a first bitmap indicating a first set of spatial layers used by the first UE , and power ratio information of the first UE , and a precoding matrix indicator, PMI, and spatial layer information of a second UE including a second bitmap indicating a second set of spatial layers used by the second UE , the first bitmap being a subset of the second bitmap; and transmitting the determined DCI to the first UE .
Assistance device for assisting in the use of a device for dispensing a liquid product in the form of drops into a receiving organ of a subject, the dispensing device comprising a tank, the assistance device comprising: - connecting means for connecting to the dispensing device, - a bearing surface that bears against the skin of the subject, arranged near a dispensing orifice for dispensing the liquid product, characterized in that the assistance device comprises means for detecting a contact between the bearing surface and the skin of the subject. - connecting means for connecting to the dispensing device, - a bearing surface that bears against the skin of the subject, arranged near a dispensing orifice for dispensing the liquid product,
An apparatus comprising an estimation circuitry , the estimation circuitry being configured to: receive a first set of one or more digital signals of transmitters (203A-N) of a communication system ; capture a set of one or more radio frequency signals that have been generated from the first set of digital signals, the set of radio frequency signals being input of an antenna system of the communication system ; derive based on the first set of digital signals and the corresponding set of radio frequency signals a set of weights related to a distortion effect caused by the generation of the radio frequency signals; weight a received second set of one or more digital signals using the set of weights, resulting in one or more filtered signals respectively; estimate using the filtered signals a correction signal indicative of an interference that is caused by a transmission of the second set of digital signals at a receiver of the communication system , the apparatus further comprising a correction unit configured to correct a signal being received at the receiver by using the estimated correction signal, wherein each set of the first and second sets of digital signals comprises a composite signal that is obtained as a combination of multiple digital signals, wherein the estimation of the correction signal comprises weighting the filtered signal using parameters of a model descriptive of a passive intermodulation as function of the filtered signal, the weighted signal being the correction signal. receive a first set of one or more digital signals of transmitters (203A-N) of a communication system ; capture a set of one or more radio frequency signals that have been generated from the first set of digital signals, the set of radio frequency signals being input of an antenna system of the communication system ; derive based on the first set of digital signals and the corresponding set of radio frequency signals a set of weights related to a distortion effect caused by the generation of the radio frequency signals; weight a received second set of one or more digital signals using the set of weights, resulting in one or more filtered signals respectively; estimate using the filtered signals a correction signal indicative of an interference that is caused by a transmission of the second set of digital signals at a receiver of the communication system , the apparatus further comprising a correction unit configured to correct a signal being received at the receiver by using the estimated correction signal, wherein each set of the first and second sets of digital signals comprises a composite signal that is obtained as a combination of multiple digital signals, wherein the estimation of the correction signal comprises weighting the filtered signal using parameters of a model descriptive of a passive intermodulation as function of the filtered signal, the weighted signal being the correction signal.
A stator having a central axis, the stator comprising: vanes circumferentially distributed around the central axis, the vanes extending between a first end and a second end along a span (S) and from a leading edge to a trailing edge along a chord length (C), the vanes having a first end portion extending from the first end to about 30% of the span (S) to a first location, a chord ratio of the chord length (C) at the first end to the chord length (C) at the first location greater than or equal to 1.1, a sweep angle difference between a maximum sweep angle (φ) of the leading edge along the first end portion and a minimum sweep angle (φ) of the leading edge along the first end portion is at least 15 degrees; and characterised in that : a throat ratio of a width (W) of a throat (T) between two adjacent vanes at the first location to a width (W) of the throat (T) at the first end is greater than or equal to 1.3. vanes circumferentially distributed around the central axis, the vanes extending between a first end and a second end along a span (S) and from a leading edge to a trailing edge along a chord length (C), the vanes having a first end portion extending from the first end to about 30% of the span (S) to a first location, a chord ratio of the chord length (C) at the first end to the chord length (C) at the first location greater than or equal to 1.1, a sweep angle difference between a maximum sweep angle (φ) of the leading edge along the first end portion and a minimum sweep angle (φ) of the leading edge along the first end portion is at least 15 degrees; and characterised in that : a throat ratio of a width (W) of a throat (T) between two adjacent vanes at the first location to a width (W) of the throat (T) at the first end is greater than or equal to 1.3.
Garden sensor apparatus having at least one sensor unit (12a; 12b) for detecting at least one garden-specific characteristic variable, having at least one base body (14a; 14b), on which the sensor unit (12a; 12b) is arranged, having at least one fixing unit (16a; 16b) at least for fixing the base body (14a; 14b) to an underlying surface and having at least one energy supply interface (20a; 20b) for connecting to a border wire at least for supplying energy to the sensor unit (12a; 12b), wherein the border wire is formed as an energy-supplying delimiting wire or as an energy-supplying delimiting cable, which is at least provided to delimit at least one working area of an autonomous garden processing device or to specify a route to an autonomous garden processing device, characterized by at least one receiving unit (24a; 24b), by means of which the border wire is able to be arranged on the base body (14a; 14b) and/or on the fixing unit (16a; 16b).
A nuclear fuel rod end distance adjusting device, the device comprising: an insertion rod including nuclear fuel rod tongs and adapted to linearly move forward and backward; a housing having a hollow space; insertion power means installed inside the housing and adapted to move in a longitudinal direction of the housing by converting a rotational motion into a linear motion; a connector connected between the insertion power means and the insertion rod; and an anti-rotation tool installed between the insertion power means and the connector, being capable of moving in the longitudinal direction of the housing by being interlocked with the linear motion of the insertion power means, but preventing rotational force of the insertion power means from being transmitted to the connector. an insertion rod including nuclear fuel rod tongs and adapted to linearly move forward and backward; a housing having a hollow space; insertion power means installed inside the housing and adapted to move in a longitudinal direction of the housing by converting a rotational motion into a linear motion; a connector connected between the insertion power means and the insertion rod; and an anti-rotation tool installed between the insertion power means and the connector, being capable of moving in the longitudinal direction of the housing by being interlocked with the linear motion of the insertion power means, but preventing rotational force of the insertion power means from being transmitted to the connector.
A shoe sole intended for trekking, the shoe sole having a bottom surface comprising a toe region and heel region, and having a plurality of stud clusters extending therefrom, each stud cluster comprising three studs arranged in a V-shape including a primary stud , located at the apex of the V-shape, connected to two secondary studs , located at the ends of the V-shape, via respective connection elements , wherein the spatial extent over a cross-section of the primary stud is greater than the spatial extent over a cross-section of each secondary stud such that the primary stud is larger than each secondary stud and has a height from the bottom surface that is equal to or greater than the height of each secondary stud from the bottom surface , and the connection elements have a height from the bottom surface that is less than respective heights of the primary and secondary studs from the bottom surface so as not to extend beyond the primary and secondary studs at any point, the stud clusters at the toe region of the sole are oriented such that the primary stud of each stud cluster is forward of the secondary studs so as to be closer to the toe end of the sole than each of the secondary studs of the stud cluster, and the stud clusters at the heel region of the sole are either oriented such that the secondary studs of each stud cluster are forward of the primary stud of the stud cluster so as to be closer to the toe end of the sole than the primary stud, or oriented such that the primary stud is positioned sideways of the secondary studs so as to be closer to a lateral or medial side of the heel region.
Method of disassembling/reassembling rotor bearings of a fan (14; 14') of a wind tunnel in situ of the fan (14; 14') within a tunnel housing of the wind tunnel , the fan (14; 14') comprising a rotor axle (32; 32') and an impeller hub (24; 24'), the method comprising: arranging at least one horizontal longitudinal beam (56; 54') of a displacement device (52; 52') for the impeller hub (24; 24'), the longitudinal beam (56; 54') being arranged inside the tunnel housing and being configured for receiving the impeller hub (24; 24') so as to be displaceable along the longitudinal beam (56; 54') in alignment with the rotor axis (32; 32'), and arranging at least one support frame (66; 66') of the displacement device (52; 52') for supporting the at least one longitudinal beam (56; 54') on a foundation (34; 34') outside the tunnel housing , the support frame (66; 66') extending from the at least one longitudinal beam (56; 54') through a wall of the tunnel housing into an exterior of the tunnel housing in order to be supported on the foundation (34; 34') outside the tunnel housing , and displacing the impeller hub (24; 24') by means of at least one running member (62; 112) attached to the impeller hub (24; 24') along the at least one longitudinal member (56; 54') in order to remove the impeller hub (24; 24') from the fan motor for disassembly or to return it to the fan motor for reassembly. arranging at least one horizontal longitudinal beam (56; 54') of a displacement device (52; 52') for the impeller hub (24; 24'), the longitudinal beam (56; 54') being arranged inside the tunnel housing and being configured for receiving the impeller hub (24; 24') so as to be displaceable along the longitudinal beam (56; 54') in alignment with the rotor axis (32; 32'), and arranging at least one support frame (66; 66') of the displacement device (52; 52') for supporting the at least one longitudinal beam (56; 54') on a foundation (34; 34') outside the tunnel housing , the support frame (66; 66') extending from the at least one longitudinal beam (56; 54') through a wall of the tunnel housing into an exterior of the tunnel housing in order to be supported on the foundation (34; 34') outside the tunnel housing , and displacing the impeller hub (24; 24') by means of at least one running member (62; 112) attached to the impeller hub (24; 24') along the at least one longitudinal member (56; 54') in order to remove the impeller hub (24; 24') from the fan motor for disassembly or to return it to the fan motor for reassembly.