mhurhangee/ep-ind-claims huggingface dataset:
Method for selectively producing a first or a second variant of a multi-layered plastics component in the form of a trim part by means of one and the same foaming tool, wherein - the two variants each comprise a carrier part, a decorative layer (2; 4, 5) and a foam layer between the carrier part and the decorative layer (2; 4, 5), - the foam layer is produced in a foaming tool having a first tool half into which the carrier part is inserted before the foaming operation, wherein to produce the first variant, prior to the foaming operation the decorative layer of the first variant is inserted into a second tool half of the foaming tool and to produce the second variant, prior to the foaming operation a spacer layer is inserted into the second tool half of the foaming tool, wherein the spacer layer is removed from the foam layer after the foaming operation and the decorative layer (4, 5) of the second variant is applied to the foam layer, characterized in that the foam layer has at least one first portion which has a more stable contour than a second portion and in that a dimensionally stable foam material is used to create the first portion. - the two variants each comprise a carrier part, a decorative layer (2; 4, 5) and a foam layer between the carrier part and the decorative layer (2; 4, 5), - the foam layer is produced in a foaming tool having a first tool half into which the carrier part is inserted before the foaming operation, to produce the first variant, prior to the foaming operation the decorative layer of the first variant is inserted into a second tool half of the foaming tool and to produce the second variant, prior to the foaming operation a spacer layer is inserted into the second tool half of the foaming tool, wherein the spacer layer is removed from the foam layer after the foaming operation and the decorative layer (4, 5) of the second variant is applied to the foam layer, characterized in that the foam layer has at least one first portion which has a more stable contour than a second portion and in that a dimensionally stable foam material is used to create the first portion.
A packaged orthodontic appliance, comprising: an orthodontic appliance comprising: a base having a bonding surface; a body extending from the base, wherein the body includes a mesial-distally extending arch wire slot having a bottom wall; a door coupled to the body, wherein the door is movable between an open position and a closed position; and a first tie-wing including a first undercut and a second tie-wing including a second undercut; and a packaging base including a first, a second, and a third tie-wing support arm, wherein the first tie-wing support arm supports the first tie-wing, and the second and the third tie-wing support arms support the second tie-wing. an orthodontic appliance comprising: a base having a bonding surface; a body extending from the base, wherein the body includes a mesial-distally extending arch wire slot having a bottom wall; a door coupled to the body, wherein the door is movable between an open position and a closed position; and a first tie-wing including a first undercut and a second tie-wing including a second undercut; and a base having a bonding surface; a body extending from the base, wherein the body includes a mesial-distally extending arch wire slot having a bottom wall; a door coupled to the body, wherein the door is movable between an open position and a closed position; and a first tie-wing including a first undercut and a second tie-wing including a second undercut; and a packaging base including a first, a second, and a third tie-wing support arm, wherein the first tie-wing support arm supports the first tie-wing, and the second and the third tie-wing support arms support the second tie-wing.
Kaurene compound represented by the structure formula: or pharmaceutically acceptable salts thereof, for use in the treatment of ischemic diseases of tissues and organs, wherein the ischemic diseases are selected from the group consisting of cardiac ischemia and cerebral ischemia.
A method of forming a gas turbine engine component (60; 160) comprising: attaching a cover skin (70; 170) to an airfoil body (68; 168), the airfoil body (68; 168) and the cover skin (70; 170) cooperating to define pressure and suction sides (PS, SS) of an airfoil (61; 161); and characterized by moving the airfoil (61; 161) in a forming line including a plurality of stations, the plurality of stations including a set of heating stations, a deforming station and a set of cool down stations wherein the moving step includes positioning the airfoil (61; 161) in the set of heating stations to progressively increase a temperature of the airfoil (61; 161), then positioning the airfoil (61; 161) in the deforming station including causing the airfoil (61; 161) to deform between first and second dies (188, 189), and then positioning the airfoil (61; 161) in the set of cool down stations to progressively decrease the temperature of the airfoil (61; 161). attaching a cover skin (70; 170) to an airfoil body (68; 168), the airfoil body (68; 168) and the cover skin (70; 170) cooperating to define pressure and suction sides (PS, SS) of an airfoil (61; 161); and characterized by moving the airfoil (61; 161) in a forming line including a plurality of stations, the plurality of stations including a set of heating stations, a deforming station and a set of cool down stations wherein the moving step includes positioning the airfoil (61; 161) in the set of heating stations to progressively increase a temperature of the airfoil (61; 161), then positioning the airfoil (61; 161) in the deforming station including causing the airfoil (61; 161) to deform between first and second dies (188, 189), and then positioning the airfoil (61; 161) in the set of cool down stations to progressively decrease the temperature of the airfoil (61; 161).
An elasticity information providing method performed by an ultrasound apparatus, the elasticity information providing method comprising: acquiring an elastography image (200, 700, 800, 900) of an object; receiving information including a predetermined elastic modulus (411, 412, 421, 422, 612, 613, 622, 623) and a minimum area (614, 624) from a user; comparing an elastic modulus of the elastography image with the predetermined elastic modulus; detecting at least one region corresponding to the predetermined elastic modulus in the elastography image based on a result of the comparing, in consideration of the minimum area, such that the area of the detected region is the minimum area or more; and providing information about the detected region along with the elastography image. acquiring an elastography image (200, 700, 800, 900) of an object; receiving information including a predetermined elastic modulus (411, 412, 421, 422, 612, 613, 622, 623) and a minimum area (614, 624) from a user; comparing an elastic modulus of the elastography image with the predetermined elastic modulus; detecting at least one region corresponding to the predetermined elastic modulus in the elastography image based on a result of the comparing, in consideration of the minimum area, such that the area of the detected region is the minimum area or more; and providing information about the detected region along with the elastography image.
A polynucleotide having at least 98% identity with SEQ ID NO: 27 and being capable of providing herbicide tolerance to a soybean plant comprising said polynucleotide at the same position in its genome as the soybean line deposited under PTA-11336.
A silicone hydrogel having a modulus of at least 6895 kPa (1000 psi) and a water content of at least 10%, formed from a reactive mixture comprising at least one N-alkyl methacrylamide and at least one silicone-containing component, wherein the modulus is measured according to the method described in the description.
A mold comprising: a first mold (31, 41, 51) for receiving a neck mold that holds a neck part of a resin preform having a bottom, and for enclosing the preform inside; and a second mold (32, 42) inserted into the neck mold, characterized in that at least one of a first sliding surface between the neck mold and the first mold (31, 41, 51) and a second sliding surface between the neck mold and the second mold (32, 42) includes a solid lubricant embedded therein. a first mold (31, 41, 51) for receiving a neck mold that holds a neck part of a resin preform having a bottom, and for enclosing the preform inside; and a second mold (32, 42) inserted into the neck mold, characterized in that at least one of a first sliding surface between the neck mold and the first mold (31, 41, 51) and a second sliding surface between the neck mold and the second mold (32, 42) includes a solid lubricant embedded therein.
An adapter for mating a container (402; 502) of aerosol precursor composition with an aerosol delivery device (404; 504) having a refillable reservoir and defining separate and distinct filling and airflow ports, the filling port for transfer aerosol precursor composition into the refillable reservoir, the airflow port for a flow of air through a portion of the aerosol delivery device (404; 504), the adapter comprising: a body (406; 506) having a container-side end (408; 508) and an opposing, device-side end (410; 510), the container-side end configured to sealably connect with the container (402; 502), and the device-side end (410; 510) configured to sealably connect with the aerosol delivery device (404; 504), and the body (406; 506) defining a passageway (412; 512) between the container-side and device-side ends (408; 410; 508; 510) for transfer of aerosol precursor composition from the container (402; 502) into the refillable reservoir; and a valve located at the device-side end (410; 510) and configured to engage the aerosol delivery device (404; 504) during refilling of the reservoir, the valve including: a valve body that is depressed during engagement of the valve and the aerosol delivery device (404; 504), the valve body including a first valve member that opens a passageway to aerosol precursor composition within the container (402; 502) when the valve body is depressed, and a second valve member with a matching portion receivable in an inner cavity of the airflow port to close the airflow port when the valve body is depressed. a body (406; 506) having a container-side end (408; 508) and an opposing, device-side end (410; 510), the container-side end configured to sealably connect with the container (402; 502), and the device-side end (410; 510) configured to sealably connect with the aerosol delivery device (404; 504), and the body (406; 506) defining a passageway (412; 512) between the container-side and device-side ends (408; 410; 508; 510) for transfer of aerosol precursor composition from the container (402; 502) into the refillable reservoir; and a valve located at the device-side end (410; 510) and configured to engage the aerosol delivery device (404; 504) during refilling of the reservoir, the valve including: a valve body that is depressed during engagement of the valve and the aerosol delivery device (404; 504), the valve body including a first valve member that opens a passageway to aerosol precursor composition within the container (402; 502) when the valve body is depressed, and a second valve member with a matching portion receivable in an inner cavity of the airflow port to close the airflow port when the valve body is depressed. a valve body that is depressed during engagement of the valve and the aerosol delivery device (404; 504), the valve body including a first valve member that opens a passageway to aerosol precursor composition within the container (402; 502) when the valve body is depressed, and a second valve member with a matching portion receivable in an inner cavity of the airflow port to close the airflow port when the valve body is depressed.
A bearing assembly, comprising: a plurality of superhard bearing elements distributed circumferentially about an axis, at least one of the plurality of superhard bearing elements including: a first arcuate end portion defining part of a cylindrical surface; a second arcuate end portion generally opposite the first end portion and defining part of the cylindrical surface; a first planar face extending between the first arcuate end portion and the second arcuate end portion; a second planar face generally opposite the first substantially planar face and parallel thereto, the first substantially planar face having a length greater than a length of the second substantially planar face; and a bearing surface extending between the first arcuate end portion, the second arcuate end portion, the first substantially planar face, and the second substantially planar faces and a support ring that carries the plurality of superhard bearing elements. a plurality of superhard bearing elements distributed circumferentially about an axis, at least one of the plurality of superhard bearing elements including: a first arcuate end portion defining part of a cylindrical surface; a second arcuate end portion generally opposite the first end portion and defining part of the cylindrical surface; a first planar face extending between the first arcuate end portion and the second arcuate end portion; a second planar face generally opposite the first substantially planar face and parallel thereto, the first substantially planar face having a length greater than a length of the second substantially planar face; and a bearing surface extending between the first arcuate end portion, the second arcuate end portion, the first substantially planar face, and the second substantially planar faces and a first arcuate end portion defining part of a cylindrical surface; a second arcuate end portion generally opposite the first end portion and defining part of the cylindrical surface; a first planar face extending between the first arcuate end portion and the second arcuate end portion; a second planar face generally opposite the first substantially planar face and parallel thereto, the first substantially planar face having a length greater than a length of the second substantially planar face; and a bearing surface extending between the first arcuate end portion, the second arcuate end portion, the first substantially planar face, and the second substantially planar faces and a support ring that carries the plurality of superhard bearing elements.
A rotor assembly for an electrical machine comprising a permanent magnet assembly and a rotor yoke with at least one groove for holding the permanent magnet assembly onto the rotor, the permanent magnet assembly comprising a base plate and at least one permanent magnet piece which is attached to the base plate, the at least one permanent magnet piece is covered by a cover, the cover comprising at least one protrusion, the protrusion being designed to be laid onto a portion of the base plate (11, 21), the protrusion and the portion of the base plate (11, 21) being slid into the groove characterised in that the width (e) of the groove is equal to the sum of the thickness of the protrusion of the cover and the thickness of the portion of the base plate (11, 12) which is inserted into the groove.
A method for operating a device for detecting the three-dimensional geometry of objects, in particular teeth, wherein the device comprises at least a first camera and a transparent protective layer between camera and object, and for detecting a contamination of the transparent protective layer, wherein the camera is used to capture at least one two-dimensional image of at least one partial region of the object, which is then used to generate multi-dimensional depth data of the captured partial region of the object and wherein different multi-dimensional depth data from partial regions is combined, wherein a combination of pixel coordinates of the two-dimensional image and distances associated with respectively one pixel coordinate from one element of the device is recorded with regard to the multidimensional depth data and wherein a message is triggered if the distances for a defined percentage drop below a defined value.
An HVAC data processing and communication network comprising: a system device configured to: receive a control message from a data bus and operate according to a control setting communicated thereby; and generate an alarm message in the event that said device enters an alarm state in response to an alarm condition; a user interface configured to receive said alarm message and display alarm information in response thereto; and characerized by a subnet controller configured to provide operational control of said system device via said control message, wherein said operational control is decoupled from said alarm message. a system device configured to: receive a control message from a data bus and operate according to a control setting communicated thereby; and generate an alarm message in the event that said device enters an alarm state in response to an alarm condition; receive a control message from a data bus and operate according to a control setting communicated thereby; and generate an alarm message in the event that said device enters an alarm state in response to an alarm condition; a user interface configured to receive said alarm message and display alarm information in response thereto; and characerized by a subnet controller configured to provide operational control of said system device via said control message, wherein said operational control is decoupled from said alarm message.
A sterilizable washing method using ultraviolet radiation in a washing machine for washing the laundry by rotation of a drum through a washing course including a water supply step, a washing step, a drainage step, a rinsing step and a dehydration step, characterized in that: the method comprises a sterilization step for sterilizing the laundry by ultraviolet radiation for a set time after the dehydration step, and then further comprises a step for radiating ultraviolet rays, when the laundry is not taken out of the washing machine over a predetermined time. the method comprises a sterilization step for sterilizing the laundry by ultraviolet radiation for a set time after the dehydration step, and then further comprises a step for radiating ultraviolet rays, when the laundry is not taken out of the washing machine over a predetermined time.
A multi-loop heating or cooling arrangement, comprising: - at least one heat source which is part of a heat source loop, HK, including a heat source loop forerun, HK-VL, with a HK-VL temperature, a heat source loop return, HK-RL, with a HK-RL temperature, and at least two heat sinks (103a, 105a, 107a), wherein - a first heat sink is part of an unmixed heating loop, UK, including an unmixed heating loop forerun, UK-VL, with a UK-VL-temperature, and an unmixed heating loop return, UK-RL, with a UK-RL-temperature, and - a second heat sink which is part of a mixed heating loop, MK, including a mixed heating loop forerun, MK-VL, with a MK-VL temperature, and a mixed heating loop return, MK-RL, with an MK-RL temperature, characterized in that a third heat sink is provided which is part of a heat sink loop, WS, and which includes a heat sink loop forerun, WS-VL, with a WS-VL-temperature and a heat sink loop return, WS-RL with a WS-RL-temperature, and - a distribution device with hydraulic devices for distributing an energy transferring medium is provided which includes a manifold mixing valve with at least five connections (A, B, C, D, E) and the heat source loop and each heating loop (103, 105) or the heat sink loop are connected with at least one of the connections. - at least one heat source which is part of a heat source loop, HK, including a heat source loop forerun, HK-VL, with a HK-VL temperature, a heat source loop return, HK-RL, with a HK-RL temperature, and at least two heat sinks (103a, 105a, 107a), wherein - a first heat sink is part of an unmixed heating loop, UK, including an unmixed heating loop forerun, UK-VL, with a UK-VL-temperature, and an unmixed heating loop return, UK-RL, with a UK-RL-temperature, and - a second heat sink which is part of a mixed heating loop, MK, including a mixed heating loop forerun, MK-VL, with a MK-VL temperature, and a mixed heating loop return, MK-RL, with an MK-RL temperature, - a distribution device with hydraulic devices for distributing an energy transferring medium is provided which includes a manifold mixing valve with at least five connections (A, B, C, D, E) and the heat source loop and each heating loop (103, 105) or the heat sink loop are connected with at least one of the connections.
A method for performing, by a first device, wireless communication, the method comprising: receiving sidelink channel state information reference signal, SL CSI-RS, from a second device, reserving a resource for transmitting physical sidelink shared channel, PSSCH, receiving information related to a latency bound related to sidelink channel state information from a second device; determining a time window for reporting the sidelink channel state information, wherein the time window is determined based on the latency bound; triggering a resource selection for transmitting the sidelink channel state information based on the SL CSI-RS, in case of an absence of a reserved resource within the time window that satisfies a first condition that the highest priority related to the reserved resource is equal to or less than a priority related to SL CSI, and performing the resource selection within a selection window when being triggered, wherein an end time of the selection window is determined based on the latency bound, and transmitting (S 1730) a Medium Access Control, MAC, Control Element, CE, including the sidelink channel state information based on the SL CSI-RS to the second device through the selected resource based on the resource selection; wherein in case of a presence of a reserved resource within the time window that satisfies the first condition, transmitting the MAC CE including the sidelink channel state information based on the SL CSI-RS to the second device through the reserved resource. receiving sidelink channel state information reference signal, SL CSI-RS, from a second device, reserving a resource for transmitting physical sidelink shared channel, PSSCH, receiving information related to a latency bound related to sidelink channel state information from a second device; determining a time window for reporting the sidelink channel state information, wherein the time window is determined based on the latency bound; triggering a resource selection for transmitting the sidelink channel state information based on the SL CSI-RS, in case of an absence of a reserved resource within the time window that satisfies a first condition that the highest priority related to the reserved resource is equal to or less than a priority related to SL CSI, and performing the resource selection within a selection window when being triggered, wherein an end time of the selection window is determined based on the latency bound, and transmitting (S 1730) a Medium Access Control, MAC, Control Element, CE, including the sidelink channel state information based on the SL CSI-RS to the second device through the selected resource based on the resource selection; wherein in case of a presence of a reserved resource within the time window that satisfies the first condition, transmitting the MAC CE including the sidelink channel state information based on the SL CSI-RS to the second device through the reserved resource.