mhurhangee/patent-ind-claim-en huggingface dataset:
A ground stabilisation system , suitable for soil consolidation, includes: a delivery channel that is closed at one end and adapted to receive a grout or resinous material , the delivery channel has a plurality of apertures in order to permit, in use, the grout or resinous material to egress from the delivery channel into selected regions of surrounding soil in a controllable manner so as to create a stabilised volume of soil bonded to the delivery channel ; wherein the delivery channel includes a concentric member that is displaceable with respect to the delivery channel so as to permit the grout or resinous material to exude from the apertures ; characterised in that the apertures in the delivery channel are selectively openable and closable, in that a means is provided for controlling egression of the grout or resinous material selectively from chambers , defined in the delivery channel , into selected regions of surrounding soil; each chamber is isolated from an adjacent chamber by way of a non-return valve ; and in that the concentric member passes through, and is removable from, the non-return valve , whereupon removal of the concentric member from the non-return valve , acts to seal the chamber from which the concentric member has been removed.
A system for attaching a measuring probe to provide monitoring of transplanted organs, the system comprising said measuring probe, where a measuring probe body is strip-shaped and made of a soft biocompatible material, and it consists of a sensory part (1.1) to be placed onto a monitored organ , which accommodates measuring sensors , and of an output part (1.2) providing outputs from the patient's body characterized by the fact that the system for attaching the measuring probe body to the monitored organ is formed by at least two grips in a form of a strip, specifically by a first grip (3.1) and a second grip (3.2), which are made of a soft and elastic biocompatible material, while first ends of the grips (3.1, 3.2) are fixed from one side to the sensory part (1.1) of the measuring probe body , where a first solenoid coil (4.1) and a second solenoid coil (4.2) are placed, and where a first power supply conductor (5.1) and a second power supply conductor (5.2) of these coils are lead to the power supply source through the output part (1.2) outside the measuring probe body , while the second end of the first grip (3.1) is equipped with a first permanent magnet (6.1) to be placed against the first solenoid coil (4.1) and the second end of the second grip (3.2) is equipped with a second permanent magnet (6.2) to be placed against the second solenoid coil (4.2).
A station (100; 501-2; 701-1; 1000) comprising: - a receiver (101; 1001) configured to receive a wireless signal sent via a wireless channel; - a transmitter ; - a clear channel assessment, CCA, detector (103; 1003) configured to detect, based on a CCA threshold, if the wireless channel is busy; and - a controller (105; 1005) configured to increase the CCA threshold of the CCA detector (103; 1003) and set a transmit power of the transmitter at a low transmit power when the wireless channel is busy and the signal received via the wireless channel is not meant for the station (100; 501-2; 701-1; 1000); wherein the CCA detector (103; 1003) is configured to determine an interference value indicating a signal strength of interference in an environment of the station and to determine the wireless channel as busy, when the interference value exceeds the CCA threshold; and wherein the transmitter configured to adjust a modulation and coding rate for signals transmitted by the transmitter depending on the determined interference value. - a receiver (101; 1001) configured to receive a wireless signal sent via a wireless channel; - a transmitter ; - a clear channel assessment, CCA, detector (103; 1003) configured to detect, based on a CCA threshold, if the wireless channel is busy; and - a controller (105; 1005) configured to increase the CCA threshold of the CCA detector (103; 1003) and set a transmit power of the transmitter at a low transmit power when the wireless channel is busy and the signal received via the wireless channel is not meant for the station (100; 501-2; 701-1; 1000); wherein the CCA detector (103; 1003) is configured to determine an interference value indicating a signal strength of interference in an environment of the station and to determine the wireless channel as busy, when the interference value exceeds the CCA threshold; and
An impact tool, which performs a hammering operation on a workpiece by linearly driving a tool accessory along a prescribed hammering axis, comprising: a motor , a driving mechanism that drives the tool accessory by an output of the motor , a vibration suppressing mechanism (160; 290; 390) having a movable weight (190; 291; 391; 490), and a controller that controls driving of the motor , wherein in a pressed state which is defined as a state that a prescribed pressing force is applied to the tool accessory , the controller drives the motor at a first rotation speed, and in a non-pressed state which is defined as a state that the prescribed pressing force is not applied to the tool accessory , the controller drives the motor at a second rotation speed lower than the first rotation speed, characterized in that the motor is a brushless motor , the impact tool further comprises a sensor that detects a behavior that the tool accessory is locked in the workpiece during the operation of the impact tool in a drill mode or hammer drill mode, and the controller controls driving of the brushless motor based on a detection result of the sensor . a motor , a driving mechanism that drives the tool accessory by an output of the motor , a vibration suppressing mechanism (160; 290; 390) having a movable weight (190; 291; 391; 490), and a controller that controls driving of the motor , wherein in a pressed state which is defined as a state that a prescribed pressing force is applied to the tool accessory , the controller drives the motor at a first rotation speed, and in a non-pressed state which is defined as a state that the prescribed pressing force is not applied to the tool accessory , the controller drives the motor at a second rotation speed lower than the first rotation speed, characterized in that the motor is a brushless motor , the impact tool further comprises a sensor that detects a behavior that the tool accessory is locked in the workpiece during the operation of the impact tool in a drill mode or hammer drill mode, and the controller controls driving of the brushless motor based on a detection result of the sensor .
A harmonic drive , having an internally toothed housing element , a pot-shaped output element mounted in the housing element , and a likewise pot-shaped, resilient drive element connected to the output element and having an external toothing system which meshes with the internal toothing system of the housing element , characterised by a spring element that is active between the housing element and the output element which is arranged in an annular space delimited radially on the inside by a sleeve section of the resilient drive element , radially on an outside by a cylindrical section of the output element , and in an axial direction by an annular disc-shaped surface of the housing element and by a bottom of the output element .
A method for producing a virus comprising: culturing a host cell infected with a herpes virus under conditions appropriate for producing the herpes virus and for a time effective to permit herpes virus production, wherein the conditions include: (i) a fatty acid having from 20 to 28 carbon atoms at a concentration of at least 10 μM and (ii) a carbonyl scavenging compound and/or free radical scavenging compound, and wherein the herpes virus is produced in an amount greater in the presence of the fatty acid and the scavenging compound compared to herpes virus produced in the method performed without the fatty acid and the scavenging compound. the conditions include: (i) a fatty acid having from 20 to 28 carbon atoms at a concentration of at least 10 μM and (ii) a carbonyl scavenging compound and/or free radical scavenging compound, and wherein the herpes virus is produced in an amount greater in the presence of the fatty acid and the scavenging compound compared to herpes virus produced in the method performed without the fatty acid and the scavenging compound.
A connector for receiving a ribbon cable, the connector comprising: a housing including an open top and a first latch extension along a first end thereof, extending in a first direction between two first notches ; a cable organizer including a second latch extension along a first end thereof, extending in a second direction, perpendicular to the first direction, between two second notches , the cable organizer configured to be positioned within an interior of the housing in a preassembled position so that an outer edge of the first latch extension is adjacent to an outer edge of the second latch extension and the two first notches and the two second notches are aligned; and a cover configured to selectively cover the open top of the housing to enclose the cable organizer within the interior of the housing , the cover including a latch configured to engage the first latch extension and the second latch extension to both translate in a vertical direction relative to the housing and rotate relative the housing , wherein the latch includes spaced-apart extensions that extend downward from an end of the cover and a bar connected between lower ends of the extensions to define an open slot between the end of the cover , the extensions , and the bar . a housing including an open top and a first latch extension along a first end thereof, extending in a first direction between two first notches ; a cable organizer including a second latch extension along a first end thereof, extending in a second direction, perpendicular to the first direction, between two second notches , the cable organizer configured to be positioned within an interior of the housing in a preassembled position so that an outer edge of the first latch extension is adjacent to an outer edge of the second latch extension and the two first notches and the two second notches are aligned; and a cover configured to selectively cover the open top of the housing to enclose the cable organizer within the interior of the housing , the cover including a latch configured to engage the first latch extension and the second latch extension to both translate in a vertical direction relative to the housing and rotate relative the housing , wherein the latch includes spaced-apart extensions that extend downward from an end of the cover and a bar connected between lower ends of the extensions to define an open slot between the end of the cover , the extensions , and the bar .
A method for wireless communications by a user equipment, UE, comprising: receiving an uplink grant indicating one or more tones within a resource block, RB, allocated to the UE for narrowband communication, wherein the uplink grant indicates the one or more tones for narrowband communication using a scheduling unit size of at least one of: a single tone, three tones, six tones, or twelve tones; wherein the indication is provided via a set of bits; different values of the set of bits indicate different combinations of one or more contiguous tones within the RB; and the different combinations are based on the scheduling unit size; wherein: a first set of the different values indicate different combinations of one or more contiguous tones; a second set of the different values indicate a single tone allocation; a third set of the different values indicates non-contiguous tone allocation; and transmitting using the one or more tones indicated in the uplink grant. receiving an uplink grant indicating one or more tones within a resource block, RB, allocated to the UE for narrowband communication, wherein the uplink grant indicates the one or more tones for narrowband communication using a scheduling unit size of at least one of: a single tone, three tones, six tones, or twelve tones; wherein the indication is provided via a set of bits; different values of the set of bits indicate different combinations of one or more contiguous tones within the RB; and the different combinations are based on the scheduling unit size; wherein: a first set of the different values indicate different combinations of one or more contiguous tones; a second set of the different values indicate a single tone allocation; a third set of the different values indicates non-contiguous tone allocation; and transmitting using the one or more tones indicated in the uplink grant. a first set of the different values indicate different combinations of one or more contiguous tones; a second set of the different values indicate a single tone allocation; a third set of the different values indicates non-contiguous tone allocation; and transmitting using the one or more tones indicated in the uplink grant.
A penetration device comprising: a casing ; a propellant positioned in the casing; and a flyer plate coupled to the casing and adjacent to the propellant, the flyer plate being configured to detach as a whole from the casing to be propelled or accelerated toward, into, and/or through an object, the flyer plate comprising: a center portion having a substantially constant first thickness ; and a peripheral portion around the center portion and defining an edge , the peripheral portion including one or more recesses in a first surface of the peripheral portion, wherein the one or more recesses comprise through holes . a casing ; a propellant positioned in the casing; and a flyer plate coupled to the casing and adjacent to the propellant, the flyer plate being configured to detach as a whole from the casing to be propelled or accelerated toward, into, and/or through an object, the flyer plate comprising: a center portion having a substantially constant first thickness ; and a peripheral portion around the center portion and defining an edge , the peripheral portion including one or more recesses in a center portion having a substantially constant first thickness ; and a peripheral portion around the center portion and defining an edge , the peripheral portion including one or more recesses in a first surface of the peripheral portion,
An actuation apparatus for actuating a switchable valve train component of an internal combustion engine, the apparatus comprising: a lever for contacting an actuation source and for contacting the switchable valve train component ; and a biasing means ; wherein the biasing means contacts the lever , and wherein, in use, the biasing means becomes biased by the lever when the actuation source moves the lever when the actuation source attempts to actuate the switchable valve train component , via the lever , when the switchable valve train component is in an un-activatable state, whereby the biasing means causes the lever to activate the switchable valve train component when the switchable valve train component is in an activatable state again. a lever for contacting an actuation source and for contacting the switchable valve train component ; and a biasing means ; wherein the biasing means contacts the lever , and wherein, in use, the biasing means becomes biased by the lever when the actuation source moves the lever when the actuation source attempts to actuate the switchable valve train component , via the lever , when the switchable valve train component is in an un-activatable state, whereby the biasing means causes the lever to activate the switchable valve train component when the switchable valve train component is in an activatable state again.
A tip part for an insertable vision device, such as an endoscope, said tip part comprising a housing adapted for accommodating an electronic vision receptor, at least one light guide of a transparent material and exhibiting total internal reflection properties, said at least one light guide having a predetermined length in a longitudinal direction between at least one first light reception end adapted for receiving light from a light source and at least one second light emission end adapted to emit light, wherein the predetermined length comprises an expanding sector in which the light guide has a varying cross-sectional area along the predetermined length, wherein, in said expanding sector, the cross-sectional area is monotonously increasing in the direction from the at least one first light reception end towards the at least one second light emission end, and wherein the first light reception end comprises an end face with an essentially plane surface, characterised in that the first light reception end is in engagement with an LED. a housing adapted for accommodating an electronic vision receptor, at least one light guide of a transparent material and exhibiting total internal reflection properties, said at least one light guide having a predetermined length in a longitudinal direction between at least one first light reception end adapted for receiving light from a light source and at least one second light emission end adapted to emit light, wherein the predetermined length comprises an expanding sector in which the light guide has a varying cross-sectional area along the predetermined length, wherein, in said expanding sector, the cross-sectional area is monotonously increasing in the direction from the at least one first light reception end towards the at least one second light emission end, and wherein the first light reception end comprises an end face with an essentially plane surface, characterised in that the first light reception end is in engagement with an LED.
A printed water-soluble package comprising a bittering agent and a water-soluble substrate enclosing a composition, wherein the water-soluble substrate has an exterior surface with one or more printed regions, wherein the printed region or regions include a UV-cured ink, and the bittering agent is incorporated within or film-coated on the exterior surface of the water-soluble substrate in the or at least one printed region.
An operating table control system comprising: a memory storing instructions; and a processor configured to execute the instructions, the instructions causing the processor to: determine, based on first information about a robotic region of interest of a robot and second information about a patient region of interest , a center of rotation , cause an operating table having multiple degrees of freedom to rotate about the center of rotation from a first position to a second position, and control the robot based on the operating table being in the second position. a memory storing instructions; and a processor configured to execute the instructions, the instructions causing the processor to: determine, based on first information about a robotic region of interest of a robot and second information about a patient region of interest , a center of rotation , cause an operating table having multiple degrees of freedom to rotate about the center of rotation from a first position to a second position, and control the robot based on the operating table being in the second position. determine, based on first information about a robotic region of interest of a robot and second information about a patient region of interest , a center of rotation , cause an operating table having multiple degrees of freedom to rotate about the center of rotation from a first position to a second position, and control the robot based on the operating table being in the second position.
A container for receiving liquid filling material, comprising a container wall , which surrounds a container interior , comprising an opening , wherein the container wall has an opening region at the opening , a base region arranged opposite the opening region , as well as a lateral region , which extends between opening region and base region , wherein the container wall has a dimensionally stabilised central region in the base region , as well as a flexible flat region , which annularly surrounds the central region , wherein the container wall transitions from the central region into the flat region at an angle in such a way that an edge , which annularly surrounds the central region , is formed in the container wall between the central region and the flat region , wherein a standing bead , which annularly surrounds the flat region , is formed in the base region of the container wall , characterised in that the flat region is formed in such a way that in the flat region , the container wall can bulge out of the container interior in the longitudinal direction of the container beyond the standing bead and can form a standing ring , and that the diameter of the standing ring can decrease when the internal pressure in the container increases.
A gastrostomy tube reinsertion device comprising: a first dilator having a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery, and a rounded blunt tip at the distal end of the dilator ; a second dilator having a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery greater than said periphery of the first dilator , and a rounded blunt tip at the distal end of the dilator; and a third dilator having a hollow interior and a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery greater than said periphery of the second dilator , serrated edges on two sides of the dilator to allow for separation, and a rounded tip at the distal end of the dilator with an opening sufficient to allow a gastrostomy tube to pass through the rounded blunt tip . a first dilator having a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery, and a rounded blunt tip at the distal end of the dilator ; a second dilator having a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery greater than said periphery of the first dilator , and a rounded blunt tip at the distal end of the dilator; and a third dilator having a hollow interior and a flange to prevent complete insertion of the dilator into the body, an outer surface having a periphery greater than said periphery of the second dilator , serrated edges on two sides of the dilator to allow for separation, and a rounded tip at the distal end of the dilator with an opening sufficient to allow a gastrostomy tube to pass through the rounded blunt tip .