mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for removing a liner attached to an implanted acetabular shell the apparatus comprising: ✔ a rim plate adapted to be placed on top of the acetabular shell , the rim plate having at least one drill guide opening having a diameter; ✔ a pilot hole drill tip sized to be inserted into the at least one drill guide opening to create a pilot hole in the attached liner ; ✔ a removal tool having an elongate shaft and a threaded tip extending from the shaft elongate , the threaded tip sized to be inserted into the pilot hole for detaching the attached liner from the implanted acetabular shell characterized in that ✔ the at least one drill guide opening of the rim plate includes a plurality of circumferentially spaced drill guide openings with each being angled to guide the pilot hole drill tip into the attached liner . ✔ a rim plate adapted to be placed on top of the acetabular shell , the rim plate having at least one drill guide opening having a diameter; ✔ a pilot hole drill tip sized to be inserted into the at least one drill guide opening to create a pilot hole in the attached liner ; ✔ a removal tool having an elongate shaft and a threaded tip extending from the shaft elongate , the threaded tip sized to be inserted into the pilot hole for detaching the attached liner from the implanted acetabular shell characterized in that ✔ the at least one drill guide opening of the rim plate includes a plurality of circumferentially spaced drill guide openings with each being angled to guide the pilot hole drill tip into the attached liner .
A mobile terminal , comprising: a first display unit configured to display a first screen; a second display unit configured to display a second screen; and a controller configured to control a degree of transparency of the first display unit to allow viewing of at least a portion of the second screen through the first display unit ; characterized in that the controller is further configured to: determine the first screen based on the second screen or vice versa such that the first screen and the second screen are displayed cooperatively according to the determination and select a graphic object of the first screen or the second screen in response to a touch input received via the first display unit , wherein the graphic object of the first screen is selected when the touch input is a first type touch, and the graphic object of the second screen is selected when the touch input is a second type touch, and wherein the first or the second type touch is determined with reference to a threshold touch duration or threshold touch pressure. a first display unit configured to display a first screen; a second display unit configured to display a second screen; and a controller configured to control a degree of transparency of the first display unit to allow viewing of at least a portion of the second screen through the first display unit ; characterized in that the controller is further configured to: determine the first screen based on the second screen or vice versa such that the first screen and the second screen are displayed cooperatively according to the determination and select a graphic object of the first screen or the second screen in response to a touch input received via the first display unit , wherein the graphic object of the first screen is selected when the touch input is a first type touch, and the graphic object of the second screen is selected when the touch input is a second type touch, and wherein the first or the second type touch is determined with reference to a threshold touch duration or threshold touch pressure. determine the first screen based on the second screen or vice versa such that the first screen and the second screen are displayed cooperatively according to the determination and select a graphic object of the first screen or the second screen in response to a touch input received via the first display unit , wherein the graphic object of the first screen is selected when the touch input is a first type touch, and the graphic object of the second screen is selected when the touch input is a second type touch, and wherein the first or the second type touch is determined with reference to a threshold touch duration or threshold touch pressure.
Ejector device , having a main body which comprises the following: - a suction chamber for sucking up a suction medium; - a mixing channel for mixing a propellant with the suction medium; - a propelling nozzle device for generating a propellant jet directed out of the suction chamber in a jet direction and into the mixing channel , the main body comprising a suction chamber element surrounding the suction chamber and a mixing channel element surrounding the mixing channel , the suction chamber element and the mixing channel element being formed by plastics injection-molded components which are different from one another and are connected to one another after individual production thereof, characterized in that the suction chamber element and the mixing channel element are welded together in a flange region . - a suction chamber for sucking up a suction medium; - a mixing channel for mixing a propellant with the suction medium; - a propelling nozzle device for generating a propellant jet directed out of the suction chamber in a jet direction and into the mixing channel , the main body comprising a suction chamber element surrounding the suction chamber and a mixing channel element surrounding the mixing channel , the suction chamber element and the mixing channel element being formed by plastics injection-molded components which are different from one another and are connected to one another after individual production thereof, characterized in that the suction chamber element and the mixing channel element are welded together in a flange region .
A penile prosthesis comprising: a cylindrical body for subcutaneous implantation into a penis ; wherein said cylindrical body has two hingably-joined halves capable of mutually converging and mutually diverging depending on an erectile state of said penis ; characterised by a press-rib joined to said cylindrical body between said hingably-joined halves , said press-rib positioned for pressing on a deep dorsal vein of said penis when said penis is erect, whereby venus blood flow in said deep dorsal vein is retarded. a cylindrical body for subcutaneous implantation into a penis ; wherein said cylindrical body has two hingably-joined halves capable of mutually converging and mutually diverging depending on an erectile state of said penis ; characterised by a press-rib joined to said cylindrical body between said hingably-joined halves , said press-rib positioned for pressing on a deep dorsal vein of said penis when said penis is erect, whereby venus blood flow in said deep dorsal vein is retarded.
An in situ method for preparing a resin solution comprising: (a) providing a solution comprising polyvinyl alcohol polymer (PVOH) or an ethylene vinyl alcohol copolymer (EVOH), alcohol and a C1-C3 aldehyde in order to achieve an acetalization of under 25 mol %; and (b) adjusting the liquid content of the resin solution in order to have from 20 to 35 wt. % solids content, wherein, said method does not comprise any step selected from the group consisting of: isolation step, a washing step and a precipitation step. (a) providing a solution comprising polyvinyl alcohol polymer (PVOH) or an ethylene vinyl alcohol copolymer (EVOH), alcohol and a C1-C3 aldehyde in order to achieve an acetalization of under 25 mol %; and (b) adjusting the liquid content of the resin solution in order to have from 20 to 35 wt. % solids content, wherein, said method does not comprise any step selected from the group consisting of: isolation step, a washing step and a precipitation step.
A riding work machine comprising: a vehicle body frame supported by a pair of left and right front wheels and a pair of left and right rear wheels ; a deck panel mounted on the vehicle body frame; a driving section having a driver's seat disposed at a front portion of the vehicle body frame and upwardly of the deck panel; an engine section having an engine accommodated in a hood at a rear portion of the vehicle body frame; various electric components; and a battery configured to provide electric power to the electric components, wherein the electric components are disposed under the deck panel at a laterally outer portion of the vehicle body frame and within a spacing between the front wheels and the rear wheels in a front/rear direction; between the front wheels or the rear wheels and the electric components, there is provided a shielding member configured to suppress falling of scattering water splashed from the front wheels or the rear wheels; characterized in that a battery support portion that is distinct from the shielding member and configured to support the battery is provided under the deck panel at the laterally outer portion of the vehicle body frame and within the spacing between the front wheels and the rear wheels in the front/rear direction; and the shielding member is located at a portion overlapped with the battery support portion as seen in the plan view and seen in the front/rear direction, and the electric component is disposed between the deck panel and the battery support portion disposed downwardly thereof. a vehicle body frame supported by a pair of left and right front wheels and a pair of left and right rear wheels ; a deck panel mounted on the vehicle body frame; a driving section having a driver's seat disposed at a front portion of the vehicle body frame and upwardly of the deck panel; an engine section having an engine accommodated in a hood at a rear portion of the vehicle body frame; various electric components; and a battery configured to provide electric power to the electric components, wherein the electric components are disposed under the deck panel at a laterally outer portion of the vehicle body frame and within a spacing between the front wheels and the rear wheels in a front/rear direction; between the front wheels or the rear wheels and the electric components, there is provided a shielding member configured to suppress falling of scattering water splashed from the front wheels or the rear wheels; characterized in that a battery support portion that is distinct from the shielding member and configured to support the battery is provided under the deck panel at the laterally outer portion of the vehicle body frame and within the spacing between the front wheels and the rear wheels in the front/rear direction; and the shielding member is located at a portion overlapped with the battery support portion as seen in the plan view and seen in the front/rear direction, and the electric component is disposed between the deck panel and the battery support portion disposed downwardly thereof.
A method comprising: receiving , by a user equipment, UE , a set of discovery reference signals, DRS, on a corresponding set of resource elements, REs, over multiple time-domain OFDM symbols in a set of time slots, wherein the discovery reference signals comprise a cell-specific reference signal, CRS, a channel state information reference signal, CSI-RS, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS; obtaining configuration information of the DRS, wherein the configuration information indicates whether RE muting has been applied to each of the DRS REs; performing synchronization and cell detection using a subset of DRS REs based on the configuration information; and performing measurements using another subset of DRS REs based on the configuration information, wherein the synchronization is performed on the PSS and/or the SSS, and wherein the measurements are performed on the CRS and/or the CSI-RS. receiving , by a user equipment, UE , a set of discovery reference signals, DRS, on a corresponding set of resource elements, REs, over multiple time-domain OFDM symbols in a set of time slots, wherein the discovery reference signals comprise a cell-specific reference signal, CRS, a channel state information reference signal, CSI-RS, a primary synchronization signal, PSS, and a secondary synchronization signal, SSS; obtaining configuration information of the DRS, wherein the configuration information indicates whether RE muting has been applied to each of the DRS REs; performing synchronization and cell detection using a subset of DRS REs based on the configuration information; and performing measurements using another subset of DRS REs based on the configuration information, wherein the synchronization is performed on the PSS and/or the SSS, and wherein the measurements are performed on the CRS and/or the CSI-RS.
A method performed by a computing system for identifying a travel direction that avoids objects for traveling from a current location to a target , the method comprising: receiving locations of objects ; identifying sub-volumes of a transit volume adjacent to the current location that contain an object as indicated by the received locations; for each sub-volume, calculating a transit score based on distance to an object along a sub-volume path from the current location through the sub-volume and deviation of a sub-volume direction from a target direction, the sub-volume direction being a direction of a sub-volume path from the current location to the sub-volume and the target direction being the direction from the current location to the target , wherein the transit score for a sub-volume increases as the distance to a closest object increases and as the angle between the sub-volume direction for the sub-volume and the target direction decreases; selecting a sub-volume based on the transit score of the sub-volume and based on the sub-volume path satisfying a clearance criterion; and designating the travel direction to be along the sub-volume path of the selected sub-volume. receiving locations of objects ; identifying sub-volumes of a transit volume adjacent to the current location that contain an object as indicated by the received locations; for each sub-volume, calculating a transit score based on distance to an object along a sub-volume path from the current location through the sub-volume and deviation of a sub-volume direction from a target direction, the sub-volume direction being a direction of a sub-volume path from the current location to the sub-volume and the target direction being the direction from the current location to the target , wherein the transit score for a sub-volume increases as the distance to a closest object increases and as the angle between the sub-volume direction for the sub-volume and the target direction decreases; selecting a sub-volume based on the transit score of the sub-volume and based on the sub-volume path satisfying a clearance criterion; and designating the travel direction to be along the sub-volume path of the selected sub-volume.
A method for listen-before-talk, LBT, functionality by a network node in a telecommunications system, the method comprising: associating a user equipment, UE, within the network node's coverage to a group of UEs by sending a group identifier ; scheduling the group of UEs in a time interval not exceeding a maximum channel occupancy time associated with the group identifier sent by the network node; and performing a clear channel assessment, CCA, of an unlicensed channel for the group of UEs, wherein associating user equipment (UEs) within the network node's coverage to a group of UEs comprises associating based on at least one of a set of parameters associated with the UE. associating a user equipment, UE, within the network node's coverage to a group of UEs by sending a group identifier ; scheduling the group of UEs in a time interval not exceeding a maximum channel occupancy time associated with the group identifier sent by the network node; and performing a clear channel assessment, CCA, of an unlicensed channel for the group of UEs, wherein associating user equipment (UEs) within the network node's coverage to a group of UEs comprises associating based on at least one of a set of parameters associated with the UE.
An insulating coating treatment solution for forming an insulating coating on a surface of metal, comprising: a phosphate of at least one selected from the group consisting of Mg, Ca, Ba, Sr, Zn, Al and Mn; and two or more types of colloidal silicas having different mean particle diameters, wherein a total content of the two or more types of colloidal silicas in terms of SiO 2 solid content is 50 to 120 parts by mass with respect to 100 parts by mass of the phosphate in terms of solid content, wherein, when each of mean particle diameters of the two or more types of colloidal silicas is defined as r 1 , ..., r n in order of increasing size, a mean particle diameter ratio expressed by r i+1 /r i is not less than 1.9, wherein, when each of masses of the two or more types of colloidal silicas in terms of SiO 2 solid content is defined as w 1 , ..., ..., w n in order of increasing mean particle diameter, a mass ratio expressed by w i+1 /(w i+1 +w i ) is 0.50 to 0.80, where n represents an integer of at least 2, and i represents an integer of 1 to (n-1), and wherein the each of mean particle diameters of the two or more types of colloidal silicas is 1.0 to 150 nm. a phosphate of at least one selected from the group consisting of Mg, Ca, Ba, Sr, Zn, Al and Mn; and two or more types of colloidal silicas having different mean particle diameters, wherein a total content of the two or more types of colloidal silicas in terms of SiO 2 solid content is 50 to 120 parts by mass with respect to 100 parts by mass of the phosphate in terms of solid content, wherein, when each of mean particle diameters of the two or more types of colloidal silicas is defined as r 1 , ..., r n in order of increasing size, a mean particle diameter ratio expressed by r i+1 /r i is not less than 1.9, wherein, when each of masses of the two or more types of colloidal silicas in terms of SiO 2 solid content is defined as w 1 , ..., ..., w n in order of increasing mean particle diameter, a mass ratio expressed by w i+1 /(w i+1 +w i ) is 0.50 to 0.80, where n represents an integer of at least 2, and i represents an integer of 1 to (n-1), and wherein the each of mean particle diameters of the two or more types of colloidal silicas is 1.0 to 150 nm.
A sealant sheet formed in a sheet shape, the sealant sheet comprising the following components: an epoxy group-containing polysulfide polymer (AB) having two or more epoxy groups per molecule, a thiol compound (C) having two or more thiol groups per molecule, and a photobase generator (D); wherein the sealant sheet has a storage modulus of 0.005 MPa or greater and 0.8 MPa or less at 25 °C, the storage modulus being determined at a frequency of 1 Hz at 0.5 % strain, using a rheometer. an epoxy group-containing polysulfide polymer (AB) having two or more epoxy groups per molecule, a thiol compound (C) having two or more thiol groups per molecule, and a photobase generator (D); wherein the sealant sheet has a storage modulus of 0.005 MPa or greater and 0.8 MPa or less at 25 °C, the storage modulus being determined at a frequency of 1 Hz at 0.5 % strain, using a rheometer.
A method, characterized in that the method comprises: determining at a network application function a list of desired user equipment security features to be used, the security features of the list ordered by preference of the network application function; sending the list to a database of user security settings via a bootstrapping server function; and receiving by the network application function, via the bootstrapping server function, a security features response comprising a security key, derived from information stored in the database, corresponding to a most preferred security feature contained in the list, if available, otherwise the key corresponds to a lesser preferred security feature, thereby informing the network application function of the availability of at least one of the desired security features in the user equipment. determining at a network application function a list of desired user equipment security features to be used, the security features of the list ordered by preference of the network application function; sending the list to a database of user security settings via a bootstrapping server function; and receiving by the network application function, via the bootstrapping server function, a security features response comprising a security key, derived from information stored in the database, corresponding to a most preferred security feature contained in the list, if available, otherwise the key corresponds to a lesser preferred security feature, thereby informing the network application function of the availability of at least one of the desired security features in the user equipment.
A computer-implemented method for removing access to data, the method comprising: - associating data comprised in a first database with a user , the first database being controlled by a first manager ; - receiving a request from the user for the first manager to delete the user data ; - suspending control of the user data by the first manager ; - generating a second database comprising the user data ; - deleting the user data from the first database ; - assigning to the user control of the second database and releasing control by the first manager ; - receiving a request from the user to integrate the user data into a third database , the third database being controlled by a second manager ; - integrating the user data into the third database ; and - associating the user data comprised in the third database with the user ; characterized in that the method further comprises: - receiving a request from the user to integrate the user data into a further database , the further database being controlled by a further manager ; and - integrating the user data into the further database . - associating data comprised in a first database with a user , the first database being controlled by a first manager ; - receiving a request from the user for the first manager to delete the user data ; - suspending control of the user data by the first manager ; - generating a second database comprising the user data ; - deleting the user data from the first database ; - assigning to the user control of the second database and releasing control by the first manager ; - receiving a request from the user to integrate the user data into a third database , the third database being controlled by a second manager ; - integrating the user data into the third database ; and - associating the user data comprised in the third database with the user ; - receiving a request from the user to integrate the user data into a further database , the further database being controlled by a further manager ; and - integrating the user data into the further database .