mhurhangee/patent-ind-claim-en huggingface dataset:
A laser or laser amplifier device comprising: a laser slab crystal (1; 21); and a cavity filter material (5; 25) provided on at least one side of the slab crystal (1; 21) and adapted for receiving light energy from a pumping light source (2; 22), such that the cavity filter material (5; 25) converts light energy received at a first frequency band into light energy at a second frequency band that is absorbed by the slab crystal (1; 21), wherein the slab crystal (1; 21) is adapted to receive an incident laser light beam (16; 17) into one end surface of the slab crystal (1; 21) at one angle and also to emit an amplified laser beam from the one end surface at either an angle different than the one angle or linearly shifted from the incident laser light beam (16; 17) after absorbing the light energy at the second frequency, and wherein the slab crystal (1; 21) is provided with a back reflecting end surface that is configured to internally reflect the laser light beam and that is not at 90 degrees with respect to the horizontal axis of the slab crystal. a laser slab crystal (1; 21); and a cavity filter material (5; 25) provided on at least one side of the slab crystal (1; 21) and adapted for receiving light energy from a pumping light source (2; 22), such that the cavity filter material (5; 25) converts light energy received at a first frequency band into light energy at a second frequency band that is absorbed by the slab crystal (1; 21), wherein the slab crystal (1; 21) is adapted to receive an incident laser light beam (16; 17) into one end surface of the slab crystal (1; 21) at one angle and also to emit an amplified laser beam from the one end surface at either an angle different than the one angle or linearly shifted from the incident laser light beam (16; 17) after absorbing the light energy at the second frequency, and wherein the slab crystal (1; 21) is provided with a back reflecting end surface that is configured to internally reflect the laser light beam and that is not at 90 degrees with respect to the horizontal axis of the slab crystal.
A method for wireless communications by a user equipment (120a-d), UE, comprising: determining capabilities of the UE (120a-d) to support at least one of multiple-input multiple-output, MIMO, or coordinated multipoint, CoMP, features on different operating frequency bands of a radio access network, RAN; signaling, to a base station (110a-d), BS, of the RAN, a first combination of MIMO or CoMP capabilities of the UE (120a-d) for a combination of two or more operating frequency bands in carrier aggregation; signaling, to the BS (110a-d), a second combination of MIMO or CoMP capabilities, different than the first combination of capabilities, for the same of at least one of MIMO or CoMP features and the same combination of bands; and identifying, based on one or more criteria, a particular combination of capabilities to be used to communicate with the BS (110a-d). determining capabilities of the UE (120a-d) to support at least one of multiple-input multiple-output, MIMO, or coordinated multipoint, CoMP, features on different operating frequency bands of a radio access network, RAN; signaling, to a base station (110a-d), BS, of the RAN, a first combination of MIMO or CoMP capabilities of the UE (120a-d) for a combination of two or more operating frequency bands in carrier aggregation; signaling, to the BS (110a-d), a second combination of MIMO or CoMP capabilities, different than the first combination of capabilities, for the same of at least one of MIMO or CoMP features and the same combination of bands; and identifying, based on one or more criteria, a particular combination of capabilities to be used to communicate with the BS (110a-d).
A surgical cannula system for securing a cannula to an organ for moving fluid therefrom, comprising: a tissue attachment ring having a lumen extending therethrough, the tissue attachment ring configured to operably couple to a biological tissue; a cannula having a proximal end, a distal end, and a lumen extending therebetween, the cannula being configured to be directed through the lumen of the tissue attachment ring ; and a locking mechanism comprising a first locking element operably coupled to the tissue attachment ring, and a second locking element operably coupled to an outer surface of the cannula, wherein the locking mechanism is configured to secure a first position of the cannula extending through and relative to the lumen of the tissue attachment ring; the surgical cannula system being characterized in that the cannula further comprises enlarged tabs , wherein the first locking element includes an inner groove provided on an inner surface of the lumen of the tissue attachment ring and the second locking element includes a pawl configured to engage the inner groove, wherein the enlarged tabs are configured to, when biased inwardly, provide an inward deflection of the pawl such that the pawl is in a first locking state. a tissue attachment ring having a lumen extending therethrough, the tissue attachment ring configured to operably couple to a biological tissue; a cannula having a proximal end, a distal end, and a lumen extending therebetween, the cannula being configured to be directed through the lumen of the tissue attachment ring ; and a locking mechanism comprising a first locking element operably coupled to the tissue attachment ring, and a second locking element operably coupled to an outer surface of the cannula, wherein the locking mechanism is configured to secure a first position of the cannula extending through and relative to the lumen of the tissue attachment ring; the cannula further comprises enlarged tabs , wherein the first locking element includes an inner groove provided on an inner surface of the lumen of the tissue attachment ring and the second locking element includes a pawl configured to engage the inner groove, wherein the enlarged tabs are configured to, when biased inwardly, provide an inward deflection of the pawl such that the pawl is in a first locking state.
A mobile work machine which includes a belly plate characterized by a machine component drawer located above said belly plate, said drawer having a bottom , at least one aperture in said bottom for draining fluid from said drawer and a fluid drip retention tray removably positioned below said drawer above said belly plate .
A power supply unit for an aerosol inhaler, the power supply unit comprising: a power supply configured to discharge power to a load for generating an aerosol from an aerosol source; a control unit configured to control the power supply ; and a sensor configured to output a value related to a remaining amount of the power supply , wherein the control unit is configured to detect a short circuit of the power supply based on an output value of the sensor in response to a request for aerosol generation. a power supply configured to discharge power to a load for generating an aerosol from an aerosol source; a control unit configured to control the power supply ; and a sensor configured to output a value related to a remaining amount of the power supply , wherein the control unit is configured to detect a short circuit of the power supply based on an output value of the sensor in response to a request for aerosol generation.
A lawn mower robot, comprising: an inner body ; an outer cover configured to surround an outer side of the inner body ; wheels rotatably mounted at both sides of the inner body , respectively; a rotating plate rotatably mounted on a bottom surface of the inner body , and disposed to be inclined downward with respect to a horizontal plane in a traveling direction of the inner body ; a plurality of blades spaced apart from each other in a circumferential direction of the rotating plate to cut grass while rotating around a rotation shaft of the rotating plate ; a blade protection cover formed to be spaced apart from the blades to prevent a fragment generated due to a collision with the blades from being thrown out of the outer cover ; and a height adjusting unit provided at an upper portion of the blade protection cover to adjust a height of the blade protection cover and the blade , wherein the blade protection cover comprises a plurality of protrusion portions spaced apart from each other on a circular arc in front of a blade protection cover body , wherein the plurality of protrusion portions are disposed laterally to overlap at the grass inlet such that fragments are prevented from being thrown out in a lateral direction due to a collision with the blade rotating at the grass inlet . an inner body ; an outer cover configured to surround an outer side of the inner body ; wheels rotatably mounted at both sides of the inner body , respectively; a rotating plate rotatably mounted on a bottom surface of the inner body , and disposed to be inclined downward with respect to a horizontal plane in a traveling direction of the inner body ; a plurality of blades spaced apart from each other in a circumferential direction of the rotating plate to cut grass while rotating around a rotation shaft of the rotating plate ; a blade protection cover formed to be spaced apart from the blades to prevent a fragment generated due to a collision with the blades from being thrown out of the outer cover ; and a height adjusting unit provided at an upper portion of the blade protection cover to adjust a height of the blade protection cover and the blade , wherein the blade protection cover comprises a plurality of protrusion portions spaced apart from each other on a circular arc in front of a blade protection cover body , wherein the plurality of protrusion portions are disposed laterally to overlap at the grass inlet such that fragments are prevented from being thrown out in a lateral direction due to a collision with the blade rotating at the grass inlet .
Checking system for checking the integrity of a tool during the machining of a metal piece on a machine tool comprising a support structure and a tool holder which carries the tool , the checking system includes - a detection circuit (4, 8; 18; 64) adapted to generate a detection signal indicative of the contact between the tool and the metal piece , with at least one power source (11; 21, 22) and an inductor (4; 64) comprising an annular core (7; 67A, 67B) arranged at the tool holder and windings (9; 69) wound on said annular core (7; 67A, 67B), and - a control unit connected to the detection circuit (4, 8; 18; 64), the checking system being characterized in that the detection circuit (4, 8; 18; 64) has a half-bridge configuration with two resistive branches powered by AC voltages that are substantially 90° out of phase with respect to each other and respectively comprising said inductor (4; 64) and a reference resistor , and a detection branch with a conversion unit and a processing unit for generating and transmitting said detection signal to the control unit . - a detection circuit (4, 8; 18; 64) adapted to generate a detection signal indicative of the contact between the tool and the metal piece , with at least one power source (11; 21, 22) and an inductor (4; 64) comprising an annular core (7; 67A, 67B) arranged at the tool holder and windings (9; 69) wound on said annular core (7; 67A, 67B), and - a control unit connected to the detection circuit (4, 8; 18; 64), the checking system being characterized in that the detection circuit (4, 8; 18; 64) has a half-bridge configuration with two resistive branches powered by AC voltages that are substantially 90° out of phase with respect to each other and respectively comprising said inductor (4; 64) and a reference resistor , and a detection branch with a conversion unit and a processing unit for generating and transmitting said detection signal to the control unit .
Method for the mechanical correction of geometric motion errors of a positioning machine having at least two machine frame components and at least one axis movement assembly for the relative movement of the machine frame components, the at least one axis movement assembly comprising a plurality of axis guide components, each axis guide component and each machine frame component having a mounting surface, characterized in that • a mounting surface correction profile is determined for the considered axis, whereas the mounting surface correction profile describes the correction amounts in function of the position for the mechanical correction of the considered axis, and wherein the mounting surface correction profile is derived from a measured geometric error of the mounting surface of the individual machine frame component, the geometric error being a straightness error determined in function of the position along the mounting surface of the considered axis, and a computed deviation of a Tool Center Point of the positioning machine due to the relative displacement of the machine frame components along the considered axis, wherein the deviation of the Tool Center Point is computed by a computer using a machine model and that • the determined mounting surface correction profile is imparted to the mounting surface of the axis guide component or to the mounting surface of the machine frame component of the considered axis by machining. • a mounting surface correction profile is determined for the considered axis, whereas the mounting surface correction profile describes the correction amounts in function of the position for the mechanical correction of the considered axis, and wherein the mounting surface correction profile is derived from a measured geometric error of the mounting surface of the individual machine frame component, the geometric error being a straightness error determined in function of the position along the mounting surface of the considered axis, and a computed deviation of a Tool Center Point of the positioning machine due to the relative displacement of the machine frame components along the considered axis, wherein the deviation of the Tool Center Point is computed by a computer using a machine model and that • the determined mounting surface correction profile is imparted to the mounting surface of the axis guide component or to the mounting surface of the machine frame component of the considered axis by machining.
An antitheft device comprising: a receiver configured to receive a radio wave of a predetermined frequency, a controller configured to determine whether or not the antitheft device is located at a position where it is impossible to detect a radio wave of the predetermined frequency by the receiver, and to perform a warning operation upon determining that the antitheft device is located at a position where it is impossible to detect a radio wave of the predetermined frequency ; and a movement detector configured to detect a movement of a main body including the receiver and the controller; wherein the controller is configured to update a stored orientation angle of the main body on the basis of the data of acceleration along each axis provided from the movement detector upon detection of a movement of the main body and also detection of a radio wave of the predetermined frequency and, upon detection of a movement of the main body and also failure to detect a radio wave of the predetermined frequency, is configured to calculate an angle corresponding to the variation of the orientation of acceleration of the main body on the basis of the data of acceleration along each axis provided from the movement detector and to perform a warning operation when the calculated angle is equal to or larger than a predetermined value; wherein the controller is configured to operate the receiver upon the movement detector detecting a movement. a receiver configured to receive a radio wave of a predetermined frequency, a controller configured to determine whether or not the antitheft device is located at a position where it is impossible to detect a radio wave of the predetermined frequency by the receiver, and to perform a warning operation upon determining that the antitheft device is located at a position where it is impossible to detect a radio wave of the predetermined frequency ; and a movement detector configured to detect a movement of a main body including the receiver and the controller; wherein the controller is configured to update a stored orientation angle of the main body on the basis of the data of acceleration along each axis provided from the movement detector upon detection of a movement of the main body and also detection of a radio wave of the predetermined frequency and, upon detection of a movement of the main body and also failure to detect a radio wave of the predetermined frequency, is configured to calculate an angle corresponding to the variation of the orientation of acceleration of the main body on the basis of the data of acceleration along each axis provided from the movement detector and to perform a warning operation when the calculated angle is equal to or larger than a predetermined value; wherein the controller is configured to operate the receiver upon the movement detector detecting a movement.
A combustible briquette comprising more than one lumps primarily made of a combustible material including compressed charcoal , wherein said more than one lumps have an extent (E) of minimum 4 mm, wherein said more than one lumps are embedded in an embedding material , wherein said embedding material comprises charcoal and an ignition agent and wherein said ignition agent constitutes between 8 and 45% of the weight of said embedding material .
A modular stent-graft comprising a stent-graft and an occluder, the stent-graft comprising: a first portion that is configured to engage a vessel wall; a second portion having a smaller diameter than the first portion ; that is configured not to fully engage the vessel wall; a transition portion that tapers between the first portion and the second portion ; a perfusion window that is configured to permit blood flow, wherein the perfusion window is formed in the transition portion ; the occluder conforming to an interior surface of the transition portion and blocking the perfusion window . a first portion that is configured to engage a vessel wall; a second portion having a smaller diameter than the first portion ; that is configured not to fully engage the vessel wall; a transition portion that tapers between the first portion and the second portion ; a perfusion window that is configured to permit blood flow, wherein the perfusion window is formed in the transition portion ; the occluder conforming to an interior surface of the transition portion and blocking the perfusion window .
A pharmaceutical composition for use in a method of inhibiting angiogenesis in an individual, the pharmaceutical composition comprising a complex consisting of gold or silica nanoparticles and a vitreous body-based protein surrounding surfaces of the nanoparticles, as an active ingredient.
A pump comprising: an inlet chamber for providing a space into which water is supplied; an outlet chamber connected with the inlet chamber ; an impeller inside the outlet chamber arranged to guide water inside the inlet chamber to outside the inlet chamber ; a first housing fixed on the outlet chamber ; a rotor rotatably provided inside the first housing ; a rotation axle passing through the outlet chamber and connecting the rotor to the impeller ; a magnetic formation unit surrounding the first housing and arranged to form a rotation magnetic field for rotating the rotor ; a friction bearing passing through the outlet chamber and rotatably supporting the rotation axle , the friction bearing having a through hole arranged to permit the supplied water which is pressurized inside the outlet chamber to pass from an interior of the outlet chamber to an interior of the first housing ; and an outlet path for connecting the inside of the first housing to the outlet chamber , the outlet path being arranged to permit the supplied water to pass from the interior of the first housing to the interior of the outlet chamber . an inlet chamber for providing a space into which water is supplied; an outlet chamber connected with the inlet chamber ; an impeller inside the outlet chamber arranged to guide water inside the inlet chamber to outside the inlet chamber ; a first housing fixed on the outlet chamber ; a rotor rotatably provided inside the first housing ; a rotation axle passing through the outlet chamber and connecting the rotor to the impeller ; a magnetic formation unit surrounding the first housing and arranged to form a rotation magnetic field for rotating the rotor ; a friction bearing passing through the outlet chamber and rotatably supporting the rotation axle , the friction bearing having a through hole arranged to permit the supplied water which is pressurized inside the outlet chamber to pass from an interior of the outlet chamber to an interior of the first housing ; and an outlet path for connecting the inside of the first housing to the outlet chamber , the outlet path being arranged to permit the supplied water to pass from the interior of the first housing to the interior of the outlet chamber .
A stretch laminate having an elastic stretch direction (ESD) and a second direction perpendicular to the elastic stretch direction, comprising: a first layer formed of a first nonwoven web; a second layer formed of a second nonwoven web; an elastic member sandwiched between the first layer and the second layer; and an adhesive deposited between the first layer and the second layer bonding the first and second layers about the elastic member, wherein: the elastic member has been incorporated into the laminate while strained in the elastic stretch direction, such that when the stretch laminate is in a relaxed condition at least one of the first and second layers forms ruffles of gathered material that extend in a z-direction; at least one of the first and second layers has been incrementally stretched or SELFed prior to formation of the stretch laminate, and bears a pattern of ridges and valleys , wherein SELFing refers to a process in which a web material is controllably plastically stretched in increments along one or more directions by being passed under tension between the surfaces of a pair of stretching members having discontinuously intermeshing teeth ridges and valleys or other features. a first layer formed of a first nonwoven web; a second layer formed of a second nonwoven web; an elastic member sandwiched between the first layer and the second layer; and an adhesive deposited between the first layer and the second layer bonding the first and second layers about the elastic member, wherein: the elastic member has been incorporated into the laminate while strained in the elastic stretch direction, such that when the stretch laminate is in a relaxed condition at least one of the first and second layers forms ruffles of gathered material that extend in a z-direction; at least one of the first and second layers has been incrementally stretched or SELFed prior to formation of the stretch laminate, and bears a pattern of ridges and valleys , wherein SELFing refers to a process in which a web material is controllably plastically stretched in increments along one or more directions by being passed under tension between the surfaces of a pair of stretching members having discontinuously intermeshing teeth ridges and valleys or other features. the elastic member has been incorporated into the laminate while strained in the elastic stretch direction, such that when the stretch laminate is in a relaxed condition at least one of the first and second layers forms ruffles of gathered material that extend in a z-direction; at least one of the first and second layers has been incrementally stretched or SELFed prior to formation of the stretch laminate, and bears a pattern of ridges and valleys , wherein SELFing refers to a process in which a web material is controllably plastically stretched in increments along one or more directions by being passed under tension between the surfaces of a pair of stretching members having discontinuously intermeshing teeth ridges and valleys or other features.