mhurhangee/patent-ind-claim-en huggingface dataset:
A medical implant delivery and retrieval device comprising a sheath , a wire having a distal end and being movable in a lumen of said sheath in a longitudinal direction of said sheath, said distal end comprising a locking structure for receiving and interlock with a complementary mating surface of an annuloplasty implant , wherein said locking structure comprises a locking surface aligned in a radial direction (R, R') to lock rotational movement of said implant, when received in said locking structure, characterized by the medical implant delivery and retrieval device further comprising a retrieval element connecting said locking structure and said annuloplasty implant when said annuloplasty implant is disconnected from said locking structure. a sheath , a wire having a distal end and being movable in a lumen of said sheath in a longitudinal direction of said sheath, said distal end comprising a locking structure for receiving and interlock with a complementary mating surface of an annuloplasty implant , wherein said locking structure comprises a locking surface aligned in a radial direction (R, R') to lock rotational movement of said implant, when received in said locking structure, characterized by the medical implant delivery and retrieval device further comprising a retrieval element connecting said locking structure and said annuloplasty implant when said annuloplasty implant is disconnected from said locking structure. a locking structure for receiving and interlock with a complementary mating surface of an annuloplasty implant , wherein said locking structure comprises a locking surface aligned in a radial direction (R, R') to lock rotational movement of said implant, when received in said locking structure, characterized by the medical implant delivery and retrieval device further comprising a retrieval element connecting said locking structure and said annuloplasty implant when said annuloplasty implant is disconnected from said locking structure.
Vacuolin-1 for use in the treatment of cancer, wherein the cancer is selected from breast cancer, lung carcinoma, nasopharyngeal carcinoma, prostate cancer, osteosarcoma or colon carcinoma.
Use of a shock absorber for damping a control flow which is to be directed to the control valve belonging to a hydraulic system, the control valve comprising a valve stem and the pressure controlling the valve stem is configured to go through the shock absorber, characterized in that the shock absorber is a stopper which restricts the run of the control flow to be damped which absorber is equipped with one or several ducts which let the flow run through the mentioned stopper when the other orifice of the mentioned duct is blocked with a plate , in such a way that bending of the mentioned plate opens access for the control flow through the mentioned stopper due to the pressure of the flow coming along the mentioned duct .
A method for transmitting beam information by a user equipment, UE, in a wireless communication system, the method comprising: detecting (S3310, S3410) a beam failure, BF, for one or more secondary cells among a plurality of secondary cells configured for the UE; and transmitting (S3320, S3420), to a base station, BS, the beam information including indication information related to the BF detection for each of the plurality of secondary cells, wherein the indication information is 2 bit information, wherein the indication information includes one indication among a first indication, a second indication, a third indication, and a fourth indication for each of the plurality of secondary cells, and wherein the first indication is for no beam failure, the second indication is for beam failure with new beam identification and reporting, the third indication is for beam failure with new beam identification and no reporting, and the fourth indication is for beam failure with new beam identification failure, wherein the reporting indicated by the second indication indicates that a new beam information for the new beam identification is reported, and wherein the no reporting indicated in the third indication indicates that the new beam information for the new beam identification is not reported due to insufficient resources of a physical uplink shared channel, PUSCH, allocated by the BS. detecting (S3310, S3410) a beam failure, BF, for one or more secondary cells among a plurality of secondary cells configured for the UE; and transmitting (S3320, S3420), to a base station, BS, the beam information including indication information related to the BF detection for each of the plurality of secondary cells, wherein the indication information is 2 bit information, wherein the indication information includes one indication among a first indication, a second indication, a third indication, and a fourth indication for each of the plurality of secondary cells, and wherein the first indication is for no beam failure, the second indication is for beam failure with new beam identification and reporting, the third indication is for beam failure with new beam identification and no reporting, and the fourth indication is for beam failure with new beam identification failure, wherein the reporting indicated by the second indication indicates that a new beam information for the new beam identification is reported, and wherein the no reporting indicated in the third indication indicates that the new beam information for the new beam identification is not reported due to insufficient resources of a physical uplink shared channel, PUSCH, allocated by the BS.
An array substrate , comprising: a substrate having a display region and a peripheral region surrounding the display region , the display region having a plurality of pixels arranged in an array, the substrate further comprising edge pixels located outside the display region and close to the peripheral region, wherein each of the plurality of pixels and edge pixels comprises a light transmission region and a light shielding region , a light shielding block covering at least a part of the light transmission region of the edge pixels , wherein the display region has a non-rectangular shape and each edge pixel has a rectangular shape, wherein the light shielding block comprises a first portion and a second portion respectively covering opposite ends of the light transmission region of each edge pixel , characterized in that an area of the light shielding block of each edge pixel is set according to the shape of the associated edge of the display region , such that a ratio of the area of the light shielding block to the area of the edge pixel is set as one of N values constituting an arithmetic progression, wherein 3≤N≤101, and the arithmetic progression has a first item of 0% and a last item of 100%. a substrate having a display region and a peripheral region surrounding the display region , the display region having a plurality of pixels arranged in an array, the substrate further comprising edge pixels located outside the display region and close to the peripheral region, wherein each of the plurality of pixels and edge pixels comprises a light transmission region and a light shielding region , a light shielding block covering at least a part of the light transmission region of the edge pixels , wherein the display region has a non-rectangular shape and each edge pixel has a rectangular shape, wherein the light shielding block comprises a first portion and a second portion respectively covering opposite ends of the light transmission region of each edge pixel , characterized in that an area of the light shielding block of each edge pixel is set according to the shape of the associated edge of the display region , such that a ratio of the area of the light shielding block to the area of the edge pixel is set as one of N values constituting an arithmetic progression, wherein 3≤N≤101, and the arithmetic progression has a first item of 0% and a last item of 100%.
An improved method for obtaining humic acids from coal via chemical oxidation, the method including a prior step of milling the coal and a step of oxidising the same with hydrogen peroxide, characterised in that the step of milling is carried out by means of sonication at a frequency of at least 10 kHz to obtain a coal particle size between 10 and 100 microns, and in that the step of oxidising with hydrogen peroxide is performed under irradiation with ultraviolet light in a wavelength range of 80 to 350 nm.
A method for detecting a foreign material (P) within a pouch type battery , the method comprising: irradiating linear light of a light source to a surface of a battery case pouch at a pre-set incident angle; sensing, by a plurality of sensors, light reflected from the battery case pouch; and when the incident angle of the linear light and the reflection angle of the reflected light are not identical, or when the linear light is diffused-reflected, determining that there is the foreign material within the pouch type battery, wherein the light source is a line light emitting diode laser array the plurality of sensor units is a charge-coupled device camera, and is positioned at various angles, the charge-coupled device camera is a line charge-coupled device camera, and the pre-set incident angle ranges from 30° to 60°. irradiating linear light of a light source to a surface of a battery case pouch at a pre-set incident angle; sensing, by a plurality of sensors, light reflected from the battery case pouch; and when the incident angle of the linear light and the reflection angle of the reflected light are not identical, or when the linear light is diffused-reflected, determining that there is the foreign material within the pouch type battery, wherein the light source is a line light emitting diode laser array the plurality of sensor units is a charge-coupled device camera, and is positioned at various angles, the charge-coupled device camera is a line charge-coupled device camera, and the pre-set incident angle ranges from 30° to 60°.
A cartridge for supplying a fluid to a fluid ejection apparatus , the cartridge comprising: a fluid accommodation portion ; an air intake port configured to introduce air into the fluid accommodation portion ; a fluid supply port connectable with the fluid ejection apparatus; and a sealing member provided to close the fluid supply port and having a lever , wherein the fluid supply port includes: a fluid exit provided to flow out the fluid to the fluid ejection apparatus; and a connection port arranged to connect inside of the fluid supply port with the air intake port , and wherein the connection port is not in contact with a side face of the fluid supply port; the connection port is at one end of a passage protruded in the fluid supply port; and the connection port and the lever are located on an identical side with respect to the fluid exit. a fluid accommodation portion ; an air intake port configured to introduce air into the fluid accommodation portion ; a fluid supply port connectable with the fluid ejection apparatus; and a sealing member provided to close the fluid supply port and having a lever , wherein the fluid supply port includes: a fluid exit provided to flow out the fluid to the fluid ejection apparatus; and a connection port arranged to connect inside of the fluid supply port with the air intake port , and wherein the connection port is not in contact with a side face of the fluid supply port; the connection port is at one end of a passage protruded in the fluid supply port; and the connection port and the lever are located on an identical side with respect to the fluid exit. a fluid exit provided to flow out the fluid to the fluid ejection apparatus; and a connection port arranged to connect inside of the fluid supply port with the air intake port , and wherein the connection port is not in contact with a side face of the fluid supply port; the connection port is at one end of a passage protruded in the fluid supply port; and the connection port and the lever are located on an identical side with respect to the fluid exit.
A method for sending packets in a network , the method comprising: receiving, at a computing device , a set of addresses from a first segment (VXLAN100) of the network , wherein the set of addresses is a subset of all addresses in the first segment (VXLAN100) of the network ; receiving, at the computing device , a packet from the network , the packet having a source address in the first segment (VXLAN100) of the network and a destination address in a second segment (VLAN10) of the network ; and bridging, at the computing device , the packet from the first segment (VXLAN100) to the second segment (VLAN10) only when the source address or the destination address of the packet is one of the addresses included in the received set of addresses . receiving, at a computing device , a set of addresses from a first segment (VXLAN100) of the network , wherein the set of addresses is a subset of all addresses in the first segment (VXLAN100) of the network ; receiving, at the computing device , a packet from the network , the packet having a source address in the first segment (VXLAN100) of the network and a destination address in a second segment (VLAN10) of the network ; and bridging, at the computing device , the packet from the first segment (VXLAN100) to the second segment (VLAN10) only when the source address or the destination address of the packet is one of the addresses included in the received set of addresses .
A conduit connection assembly , wherein the assembly comprises - a first conduit component having a first mating structure and - a second conduit component having a second mating structure adapted to be mated with the first mating structure (206.806,1306,1406), and - wherein the assembly comprises a sealing arrangement for sealing between the mating structures , wherein the sealing arrangement comprises at least two spaced sealing members defining an intermediate space and that the assembly comprises a pressure relief opening arranged in communication with the intermediate space between the two spaced sealing members , wherein the assembly comprises a fluid line , which at a first end is in communication with the pressure relief opening and at a second end is in communication with an environment (V2) of substantially lower pressure than a pressure prevailing on an internal side of the assembly during operation, characterized in that the environment (V2) of substantially lower pressure forms a part of a main conduit for an operational fluid to be conveyed between the first conduit component and the second conduit component. - a first conduit component having a first mating structure and - a second conduit component having a second mating structure adapted to be mated with the first mating structure (206.806,1306,1406), and - wherein the assembly comprises a sealing arrangement for sealing between the mating structures ,
A camera device , comprising: an image pickup element ; a substrate mounted with the image pickup element thereon; and a housing accommodating the image pickup element therein, wherein the housing comprises an upper half and a lower half ; wherein the upper half of the housing is provided with a plurality of support members which extend upright and to which an external edge portion of the substrate is stuck with an adhesive , and the substrate is provided with application areas to which the adhesive is applied, at the external edge portion stuck with the support members, wherein an ultraviolet curable adhesive is used on the application areas ; and characterized in that along a pair of opposite lateral walls of the upper half of the housing the plurality of support members are pillars juxtaposed to each other along each of the lateral walls and integrally provided on the internal surface of the opposite lateral walls of the upper half , and the plurality of pillars are stuck to opposite lateral application areas of the substrate . an image pickup element ; a substrate mounted with the image pickup element thereon; and a housing accommodating the image pickup element therein, wherein the housing comprises an upper half and a lower half ; wherein the upper half of the housing is provided with a plurality of support members which extend upright and to which an external edge portion of the substrate is stuck with an adhesive , and the substrate is provided with application areas to which the adhesive is applied, at the external edge portion stuck with the support members, wherein an ultraviolet curable adhesive is used on the application areas ; and characterized in that along a pair of opposite lateral walls of the upper half of the housing the plurality of support members are pillars juxtaposed to each other along each of the lateral walls and integrally provided on the internal surface of the opposite lateral walls of the upper half , and the plurality of pillars are stuck to opposite lateral application areas of the substrate .
A combine for reaping culms in a field while traveling, and accumulating, in a grain tank , grains obtained by threshing reaped culms,comprising: a work travel determiner for determining non-harvest work travel that does not involve grain harvesting, and harvest work travel that involves grain harvesting; a harvest information recorder for recording the harvest map data; the combine is characterized by : a yield calculator for calculating a yield per unit of travel, which is a yield per unit of travel distance; a harvest map data generator for generating harvest map data by associating the yield per unit of travel, a travel route traveled in the field, and a result of determination performed by the work travel determiner with one another such that attribute information indicating harvest work travel or 15 non-harvest work travel is assigned to each yield per unit of travel. a work travel determiner for determining non-harvest work travel that does not involve grain harvesting, and harvest work travel that involves grain harvesting; a harvest information recorder for recording the harvest map data; the combine is characterized by : a yield calculator for calculating a yield per unit of travel, which is a yield per unit of travel distance; a harvest map data generator for generating harvest map data by associating the yield per unit of travel, a travel route traveled in the field, and a result of determination performed by the work travel determiner with one another such that attribute information indicating harvest work travel or 15 non-harvest work travel is assigned to each yield per unit of travel. a yield calculator for calculating a yield per unit of travel, which is a yield per unit of travel distance; a harvest map data generator for generating harvest map data by associating the yield per unit of travel, a travel route traveled in the field, and a result of determination performed by the work travel determiner with one another such that attribute information indicating harvest work travel or 15 non-harvest work travel is assigned to each yield per unit of travel.
An apparatus for a drive for driving an externally excited synchronous motor, the apparatus comprising means for performing: causing (201; 301) the drive to operate in a primary operating mode for achieving unity power factor; monitoring (202; 302) at least a stator flux linkage load angle reference, a stator flux linkage reference and a torque reference defined for control of the externally excited synchronous motor by the drive ; and in response to the stator flux linkage load angle reference, in a steady state, reaching or exceeding a pre-defined maximum allowed stator flux linkage load angle for steady state operation, causing (204; 304) the drive to operate in a stator flux assistance operating mode, wherein, in the stator flux assistance operating mode, an increased stator flux linkage for allowing operation with the pre-defined maximum allowed stator flux linkage load angle with unity or with at least maximized sub-unity power factor is used as the stator flux linkage reference, the increased stator flux linkage being increased relative to a stator flux linkage usable in the primary operating mode as the stator flux linkage reference. causing (201; 301) the drive to operate in a primary operating mode for achieving unity power factor; monitoring (202; 302) at least a stator flux linkage load angle reference, a stator flux linkage reference and a torque reference defined for control of the externally excited synchronous motor by the drive ; and in response to the stator flux linkage load angle reference, in a steady state, reaching or exceeding a pre-defined maximum allowed stator flux linkage load angle for steady state operation, causing (204; 304) the drive to operate in a stator flux assistance operating mode, wherein, in the stator flux assistance operating mode, an increased stator flux linkage for allowing operation with the pre-defined maximum allowed stator flux linkage load angle with unity or with at least maximized sub-unity power factor is used as the stator flux linkage reference, the increased stator flux linkage being increased relative to a stator flux linkage usable in the primary operating mode as the stator flux linkage reference.
An aircraft comprising: a housing coupled to a structure in an exhaust system of the aircraft , wherein the structure is positioned relative to a surface within the exhaust system such that a gap is present between the surface and the structure ; a seal having an end positioned in contact with the surface to reduce a flow of an exhaust through the gap and coupled to the housing such that at least a portion of the seal extends within the housing ; and an energy storing device coupled to the housing and engaged with the seal such that the energy storing device allows the seal to translate in a first direction relative to the housing when the gap increases and in a second direction opposite the first direction relative to the housing when the gap decreases such that the seal continues to reduce the flow of the exhaust through the gap as the gap changes in size, characterised in that the energy storing device includes a lever system that biases the seal in the first direction towards the surface . a housing coupled to a structure in an exhaust system of the aircraft , wherein the structure is positioned relative to a surface within the exhaust system such that a gap is present between the surface and the structure ; a seal having an end positioned in contact with the surface to reduce a flow of an exhaust through the gap and coupled to the housing such that at least a portion of the seal extends within the housing ; and an energy storing device coupled to the housing and engaged with the seal such that the energy storing device allows the seal to translate in a first direction relative to the housing when the gap increases and in a second direction opposite the first direction relative to the housing when the gap decreases such that the seal continues to reduce the flow of the exhaust through the gap as the gap changes in size, characterised in that the energy storing device includes a lever system that biases the seal in the first direction towards the surface .