mhurhangee/patent-ind-claim-en huggingface dataset:
Method to produce/manufacture a concrete tower by an apparatus comprising a slipform , wherein - the slipform comprises a container with a negative shape of a geometric form to produce the tower with said geometric form during circumferential sliding of the slip-form; - the slipform is carried by a support device of the apparatus which is circumferentially guided on sliding elements by the geometric form of the tower in such a way that the slipform slides helically on top of an upper end face of the tower , - concrete is disposed by the slipform to the end face of the tower . - the slipform comprises a container with a negative shape of a geometric form to produce the tower with said geometric form during circumferential sliding of the slip-form; - the slipform is carried by a support device of the apparatus which is circumferentially guided on sliding elements by the geometric form of the tower in such a way that the slipform slides helically on top of an upper end face of the tower , - concrete is disposed by the slipform to the end face of the tower .
A portable radio comprising: a button including an outer region that may be pressed by a user during use, a printed circuit board ; a frame positioned exterior to the printed circuit board ; a speaker positioned within the frame ; a support platform positioned between the button and the speaker , wherein a portion of the support platform is positioned over the speaker and includes speaker ports ; and a plurality of electrical components linked between the button and the printed circuit board , such that a signal may be sent from the button to the printed circuit board ; wherein the button is movable between a first position wherein an electrical signal is configured to be sent through the plurality of electrical components to the printed circuit board, and a second position wherein the electrical signal is configured to be interrupted. a button including an outer region that may be pressed by a user during use, a printed circuit board ; a frame positioned exterior to the printed circuit board ; a speaker positioned within the frame ; a support platform positioned between the button and the speaker , wherein a portion of the support platform is positioned over the speaker and includes speaker ports ; and a plurality of electrical components linked between the button and the printed circuit board , such that a signal may be sent from the button to the printed circuit board ; wherein the button is movable between a first position wherein an electrical signal is configured to be sent through the plurality of electrical components to the printed circuit board, and a second position wherein the electrical signal is configured to be interrupted.
A matrix operation method performed by a computer , the method comprising: displaying on a display a matrix in which a plurality of components are arrayed; changing (S6, S9, S13, S17) an arrangement of at least one of the plurality of components in the matrix displayed on the display based on a gesture operation to the matrix performed on a touch panel ; and determining (S2) that the gesture operation started in a case (S1: YES) that it is judged that a touched position (P1) touched on the display is detected and the touched position (P1) is within a preset effective range to start a gesture operation to the matrix, characterized by generating (S13) a transposition matrix by exchanging components of a row with components of a column in the matrix in a case (S134: YES, S135: YES) that the detected touched position is within the effective range set in an upper right or lower left region of the matrix and the gesture operation is an operation to slide the touched position in a diagonal direction crossing a line connecting an upper left portion and a lower right portion of the matrix, or in a case (S134: YES, S135: YES) that the detected touched position is within the effective range set in an upper left or lower right region of the matrix and the gesture operation is an operation to slide the touched position in a diagonal direction crossing a line connecting an upper right portion and a lower left portion of the matrix. displaying on a display a matrix in which a plurality of components are arrayed; changing (S6, S9, S13, S17) an arrangement of at least one of the plurality of components in the matrix displayed on the display based on a gesture operation to the matrix performed on a touch panel ; and determining (S2) that the gesture operation started in a case (S1: YES) that it is judged that a touched position (P1) touched on the display is detected and the touched position (P1) is within a preset effective range to start a gesture operation to the matrix, characterized by generating (S13) a transposition matrix by exchanging components of a row with components of a column in the matrix in a case (S134: YES, S135: YES) that the detected touched position is within the effective range set in an upper right or lower left region of the matrix and the gesture operation is an operation to slide the touched position in a diagonal direction crossing a line connecting an upper left portion and a lower right portion of the matrix, or in a case (S134: YES, S135: YES) that the detected touched position is within the effective range set in an upper left or lower right region of the matrix and the gesture operation is an operation to slide the touched position in a diagonal direction crossing a line connecting an upper right portion and a lower left portion of the matrix.
Modular house having at least a first and second, respectively prefabricated, room module , wherein the room modules can be supported, arranged next to one another, on a foundation anchored in the ground (U) and form at least a first storey level (G1), wherein each room module comprises at least a floor plate , a ceiling and side walls (4a, 4b; 4a', 4b'), wherein at least one of the side walls of each room module forms a connecting wall , via which the room modules arranged next to one another are interconnected, wherein the outwardly oriented side walls of the interconnected room modules form facade-side walls , wherein the modular house has a double-shell facade-wall, wherein the facade-side walls of the interconnected room modules form an inner wall shell , wherein an outer wall shell arranged at a distance from the inner wall shell is provided, wherein the inner wall shell is surrounded on the outside by the outer wall shell , characterized in that a predefined cavity is configured between the inner wall shell and the outer wall shell and the cavity is filled with a suitable insulating material and the insulating material is a loose-fill insulating material or a blow-in insulating material.
A helmet accessory mount system comprising: a shroud configured to be coupled to a helmet ; an arm assembly including a first arm configured to rotatably couple to the shroud ; and an accessory interface configured to couple to an accessory and configured to engage the arm assembly, wherein the arm assembly is configured to move from a deployed position to at least one storage position, wherein the accessory is configured to be positioned between the accessory interface and the helmet when the arm assembly is in the at least one storage position; and characterized in that the arm assembly is configured to position the accessory proximate a top of the helmet closest to an uppermost portion of a user's head such that the centre of gravity of the accessory is above the head of the user, when the arm assembly is in the at least one storage position. a shroud configured to be coupled to a helmet ; an arm assembly including a first arm configured to rotatably couple to the shroud ; and an accessory interface configured to couple to an accessory and configured to engage the arm assembly, wherein the arm assembly is configured to move from a deployed position to at least one storage position, wherein the accessory is configured to be positioned between the accessory interface and the helmet when the arm assembly is in the at least one storage position; and characterized in that the arm assembly is configured to position the accessory proximate a top of the helmet closest to an uppermost portion of a user's head such that the centre of gravity of the accessory is above the head of the user, when the arm assembly is in the at least one storage position.
A tracking device (10; 10') for use in a surgical navigation system , comprising: an electromagnetic sensor (14; 14') configured to generate a sensor signal that depends on an external electromagnetic field ; at least one line element (18; 18') electrically connected to the electromagnetic sensor (14; 14'), wherein the line element (18; 18') comprises a first line section , a second line section (22; 22'), and a third line section (24; 24') arranged between the first line section (20; 20') and the second line section (22; 22'); and a strain relieve unit (26; 26') comprising a core (28; 28'), wherein the core (28; 28') comprises a longitudinal axis (30; 30'), an outer surface (32; 32') and at least one recess (34; 34') which extends in the outer surface (32; 32') circumferentially around the longitudinal axis (30; 30'), wherein the first line section (20; 20') extends into the strain relieve unit (26; 26') on a first side (36; 36') of the strain relieve unit (26; 26'), the second line section (22; 22') extends into the strain relieve unit (26; 26') on a second side (38; 38') of the strain relieve unit (26; 26'), and the third line section (24; 24') extends within the recess (34; 34'). an electromagnetic sensor (14; 14') configured to generate a sensor signal that depends on an external electromagnetic field ; at least one line element (18; 18') electrically connected to the electromagnetic sensor (14; 14'), wherein the line element (18; 18') comprises a first line section , a second line section (22; 22'), and a third line section (24; 24') arranged between the first line section (20; 20') and the second line section (22; 22'); and a strain relieve unit (26; 26') comprising a core (28; 28'), wherein the core (28; 28') comprises a longitudinal axis (30; 30'), an outer surface (32; 32') and at least one recess (34; 34') which extends in the outer surface (32; 32') circumferentially around the longitudinal axis (30; 30'), wherein the first line section (20; 20') extends into the strain relieve unit (26; 26') on a first side (36; 36') of the strain relieve unit (26; 26'), the second line section (22; 22') extends into the strain relieve unit (26; 26') on a second side (38; 38') of the strain relieve unit (26; 26'), and the third line section (24; 24') extends within the recess (34; 34').
Cap remover for removing a protective cap covering a needle of a medical injector, the cap remover comprising : - an outer body comprising : ∘ a proximal end and a distal end ; ∘ an insertion portion defining a cavity configured to guide and center the protective cap from the proximal end of the outer body toward a central opening sized and shaped to receive the protective cap ; ∘ a grabbing portion comprising at least an outer grabbing surface configured to be grabbed by a user; - an extraction member positioned within the outer body at a distal end of the insertion portion , the extraction member comprising: ∘ an annular ring fixed to the outer body; ∘ a plurality of flexible metallic laminas extending radially and inwardly from the annular ring toward the central opening , the laminas defining a frusto-conical envelope between the annular ring and the central opening . - an outer body comprising : ∘ a proximal end and a distal end ; ∘ an insertion portion defining a cavity configured to guide and center the protective cap from the proximal end of the outer body toward a central opening sized and shaped to receive the protective cap ; ∘ a grabbing portion comprising at least an outer grabbing surface configured to be grabbed by a user; ∘ a proximal end and a distal end ; ∘ an insertion portion defining a cavity configured to guide and center the protective cap from the proximal end of the outer body toward a central opening sized and shaped to receive the protective cap ; ∘ a grabbing portion comprising at least an outer grabbing surface configured to be grabbed by a user; - an extraction member positioned within the outer body at a distal end of the insertion portion , the extraction member comprising: ∘ an annular ring fixed to the outer body; ∘ a plurality of flexible metallic laminas extending radially and inwardly from the annular ring toward the central opening , the laminas defining a frusto-conical envelope between the annular ring and the central opening . ∘ an annular ring fixed to the outer body; ∘ a plurality of flexible metallic laminas extending radially and inwardly from the annular ring toward the central opening , the laminas defining a frusto-conical envelope between the annular ring and the central opening .
An uplink information sending method in a wireless communications system, wherein the method comprises: receiving (S310), by a user equipment, UE, a timing advance coefficient; determining (S320), by the UE, a first timing advance based on a multiplication of a first time length and the timing advance coefficient, wherein the first time length is one of at least two different time lengths that are supported by the UE and that are used to determine a timing advance; and sending (S330), by the UE, uplink information based on the first timing advance; characterized in that there is a correspondence between the first time length and a resource type corresponding to the uplink information, wherein the wireless communications system is a 5G communications system and the timing advance coefficient corresponds to a timing advance range, wherein the correspondence is specified in the wireless communications system, wherein the resource type comprises at least one of the following parameters: a subcarrier spacing type, a cyclic prefix length, a symbol length, a timeslot length, a working frequency, and a subframe type, and wherein, before the determining (S320), by the UE, the first timing advance, the method further comprises: determining, by the UE, the first time length based on the correspondence between the first time length and the resource type corresponding to the uplink information. receiving (S310), by a user equipment, UE, a timing advance coefficient; determining (S320), by the UE, a first timing advance based on a multiplication of a first time length and the timing advance coefficient, wherein the first time length is one of at least two different time lengths that are supported by the UE and that are used to determine a timing advance; and sending (S330), by the UE, uplink information based on the first timing advance; characterized in that there is a correspondence between the first time length and a resource type corresponding to the uplink information, wherein the wireless communications system is a 5G communications system and the timing advance coefficient corresponds to a timing advance range, wherein the correspondence is specified in the wireless communications system, wherein the resource type comprises at least one of the following parameters: a subcarrier spacing type, a cyclic prefix length, a symbol length, a timeslot length, a working frequency, and a subframe type, and wherein, before the determining (S320), by the UE, the first timing advance, the method further comprises: determining, by the UE, the first time length based on the correspondence between the first time length and the resource type corresponding to the uplink information. a subcarrier spacing type, a cyclic prefix length, a symbol length, a timeslot length, a working frequency, and a subframe type, and wherein, before the determining (S320), by the UE, the first timing advance, the method further comprises: determining, by the UE, the first time length based on the correspondence between the first time length and the resource type corresponding to the uplink information.
A cartridge for an aerosol generating device, comprising: a first cavity containing a nicotine source and a second cavity containing a lactic acid source, the first cavity and the second cavity defining an inner space between the cavities and an outer periphery of the cavities; and a susceptor comprising one or more susceptor elements , wherein the susceptor is arranged such that the susceptor is partly positioned in the inner space between the cavities, and partly positioned in the outer periphery of the cavities, the outer periphery of the cavities being a space between the cavity walls and the cartridge walls. a first cavity containing a nicotine source and a second cavity containing a lactic acid source, the first cavity and the second cavity defining an inner space between the cavities and an outer periphery of the cavities; and a susceptor comprising one or more susceptor elements , wherein the susceptor is arranged such that the susceptor is partly positioned in the inner space between the cavities, and partly positioned in the outer periphery of the cavities, the outer periphery of the cavities being a space between the cavity walls and the cartridge walls.
An information transmission method, comprising: receiving , by a serving radio access device, a first uplink data packet and a terminal identifier from a terminal which is in an inactive state and switching from a radio access device that allocates the terminal identifier to the serving radio access device, wherein the first uplink data packet comprises uplink data; if the serving radio access device determines that the radio access device that allocates the terminal identifier is not the serving radio access device, sending , by the serving radio access device, first information to the terminal, wherein the first information is used to provide a notification about a key parameter of a key used for encrypting a second uplink data packet from the terminal, or to instruct the terminal to deduce the key used for encrypting the second uplink data packet; and receiving , by the serving radio access device, the second uplink data packet from the terminal, wherein the second uplink data packet comprises the uplink data or newly transmitted uplink data, wherein the method further comprises: discarding, by the serving radio access device, the first uplink data packet. receiving , by a serving radio access device, a first uplink data packet and a terminal identifier from a terminal which is in an inactive state and switching from a radio access device that allocates the terminal identifier to the serving radio access device, wherein the first uplink data packet comprises uplink data; if the serving radio access device determines that the radio access device that allocates the terminal identifier is not the serving radio access device, sending , by the serving radio access device, first information to the terminal, wherein the first information is used to provide a notification about a key parameter of a key used for encrypting a second uplink data packet from the terminal, or to instruct the terminal to deduce the key used for encrypting the second uplink data packet; and receiving , by the serving radio access device, the second uplink data packet from the terminal, wherein the second uplink data packet comprises the uplink data or newly transmitted uplink data, wherein the method further comprises: discarding, by the serving radio access device, the first uplink data packet.
A weld head configured to spot weld two or more components together, the weld head comprising: first and second electrode assemblies configured to supply a weld current through the components; a linear actuator motor housing magnets , the linear actuator motor configured to drive the first electrode assembly into a desired position and to apply a desired clamping force to the components; the weld head being characterized by: a temperature sensor coupled the linear actuator motor and configured to measure a temperature of the magnets of the linear actuator motor ; and a controller configured to monitor the temperature measured by the temperature sensor and, based upon the temperature, adjust the current supplied to the linear actuator motor to maintain the desired clamping force. first and second electrode assemblies configured to supply a weld current through the components; a linear actuator motor housing magnets , the linear actuator motor configured to drive the first electrode assembly into a desired position and to apply a desired clamping force to the components; the weld head being characterized by: a temperature sensor coupled the linear actuator motor and configured to measure a temperature of the magnets of the linear actuator motor ; and a controller configured to monitor the temperature measured by the temperature sensor and, based upon the temperature, adjust the current supplied to the linear actuator motor to maintain the desired clamping force. a temperature sensor coupled the linear actuator motor and configured to measure a temperature of the magnets of the linear actuator motor ; and a controller configured to monitor the temperature measured by the temperature sensor and, based upon the temperature, adjust the current supplied to the linear actuator motor to maintain the desired clamping force.
A uterine manipulator for manipulation of a uterus of a patient, the uterine manipulator comprising: an elongate member having a distal end as well as a proximal end , the elongate member being configured to be inserted into a patient's anatomy, the elongate member defining a center line (C) through a center of the elongate member ; an expandable membrane coupled with the distal end of the elongate member , the expandable membrane having an expanded configuration and a collapsed configuration, wherein in the expanded configuration, the expandable membrane is configured to manipulate the patient's anatomy; and a sensor disposed adjacent to the elongate member and arranged non-coaxially with the center line of the elongate member , wherein the sensor is disposed on a plug that is disposed radially outwardly from the elongate member and the center line (C), wherein the plug is coupled to the elongate member at the proximal end of the elongate member . an elongate member having a distal end as well as a proximal end , the elongate member being configured to be inserted into a patient's anatomy, the elongate member defining a center line (C) through a center of the elongate member ; an expandable membrane coupled with the distal end of the elongate member , the expandable membrane having an expanded configuration and a collapsed configuration, wherein in the expanded configuration, the expandable membrane is configured to manipulate the patient's anatomy; and a sensor disposed adjacent to the elongate member and arranged non-coaxially with the center line of the elongate member , wherein the sensor is disposed on a plug that is disposed radially outwardly from the elongate member and the center line (C), wherein the plug is coupled to the elongate member at the proximal end of the elongate member .