mhurhangee/patent-ind-claim-en huggingface dataset:
A 25-hydroxycholecalciferol monohydrate crystal, wherein an X-ray powder diffraction spectrum of 25-hydroxycholecalciferol monohydrate crystal comprises the following peaks: Peak 2θ d(A) Peak area Relative peak intensity (area%) 1 10.035 8.8072 17530 18.0 2 11.623 7.6070 5192 5.3 3 14.631 6.0494 26181 26.8 4 15.054 5.8801 17698 18.1 5 15.551 5.6936 32676 33.5 6 16.471 5.3774 4111 4.2 7 17.198 5.1518 46646 47.8 8 19.002 4.6664 97630 100 9 19.628 4.5192 13767 14.1 10 20.109 4.4120 36305 37.2 11 21.886 4.0576 33575 34.4 12 23.113 3.8451 15163 15.5 13 23.661 3.7572 12429 12.7 14 24.701 3.6012 6838 7.0 15 25.220 3.5284 48909 50.1 16 25.440 3.4983 27121 27.8 17 28.527 3.1264 25633 26.3 and wherein the 25-hydroxycholecalciferol monohydrate crystal is obtained via a preparation method comprising the following steps: 1) heating and refluxing 25-hydroxycholecalciferol in an organic solvent until 25-hydroxycholecalciferol is dissolved to obtain a 25-hydroxycholecalciferol solution; and 2) adding water to the 25-hydroxycholecalciferol solution while stirring until a solid is precipitated out, continuing to stir, and after being cooled to room temperature, filtering to obtain a filter cake, and drying the filter cake until moisture content in the filter cake is less than 20wt%, to prepare the 25-hydroxycholecalciferol monohydrate crystal. 1) heating and refluxing 25-hydroxycholecalciferol in an organic solvent until 25-hydroxycholecalciferol is dissolved to obtain a 25-hydroxycholecalciferol solution; and 2) adding water to the 25-hydroxycholecalciferol solution while stirring until a solid is precipitated out, continuing to stir, and after being cooled to room temperature, filtering to obtain a filter cake, and drying the filter cake until moisture content in the filter cake is less than 20wt%, to prepare the 25-hydroxycholecalciferol monohydrate crystal.
Apparatus for use with an intra-body probe, a distal end of which includes an ablation electrode and a temperature sensor , the apparatus comprising: an interface configured to connect to the intra-body probe; and a processor configured to: while (i) the ablation electrode is driving an ablating current into tissue of a subject, and (ii) fluid is passed from the distal end of the intra-body probe at a fluid-flow rate, receive from the temperature sensor, via the interface, a temperature sensed by the temperature sensor, estimate a temperature of the tissue at an interface of the tissue and the ablation electrode, based at least on the sensed temperature and the fluid-flow rate , and generate an output in response to the estimated temperature. an interface configured to connect to the intra-body probe; and a processor configured to: while (i) the ablation electrode is driving an ablating current into tissue of a subject, and (ii) fluid is passed from the distal end of the intra-body probe at a fluid-flow rate, receive from the temperature sensor, via the interface, a temperature sensed by the temperature sensor, estimate a temperature of the tissue at an interface of the tissue and the ablation electrode, based at least on the sensed temperature and the fluid-flow rate , and generate an output in response to the estimated temperature. while (i) the ablation electrode is driving an ablating current into tissue of a subject, and (ii) fluid is passed from the distal end of the intra-body probe at a fluid-flow rate, receive from the temperature sensor, via the interface, a temperature sensed by the temperature sensor, estimate a temperature of the tissue at an interface of the tissue and the ablation electrode, based at least on the sensed temperature and the fluid-flow rate , and generate an output in response to the estimated temperature.
A disposable absorbent pad , preferably a bed pad, for adhering to a substrate, the disposable absorbent pad comprising: an absorbent structure configured to absorb fluid; a back sheet having a first surface and a second surface , the second surface of the back sheet having adhesive applied thereto for adhering the pad to a substrate; wherein the adhesive is applied to the second surface of the back sheet in four discrete areas positioned generally adjacent the corners of the second surface of the back sheet ; and characterised in that the adhesive covers between 10 percent and 60 percent of the second surface . an absorbent structure configured to absorb fluid; a back sheet having a first surface and a second surface , the second surface of the back sheet having adhesive applied thereto for adhering the pad to a substrate;
An actuator for use with a valve, the actuator comprising: a housing ; a plate defining an aperture therethrough and coupled at an end of the housing ; a plunger that extends through the plate and operatively coupleable to a stem of the valve; one or more springs disposed in the housing and at least partially surrounding the plunger , the one or more springs to apply a force to the plunger ; a spring load adjuster having a collar at least partially surrounding the plunger and extending through the aperture to operatively engage the one or more springs , the collar movable relative to the plate to enable an adjustment of the position of the collar relative to the plate to change a load provided by the one or more springs to the stem or a seat of the valve; and at least one locking device extending through the collar to fix the position of the collar relative to the plate , the at least one locking device is externally accessible, the actuator further comprising one or more adjusters to moveably couple the collar to the plate and either: a) the one or more adjusters is externally accessible to enable changing the position of the collar without having to disassemble the actuator ; or b) the collar is externally accessible and comprises a threaded exterior surface that engages a threaded aperture of the plate which together act as an adjuster. a housing ; a plate defining an aperture therethrough and coupled at an end of the housing ; a plunger that extends through the plate and operatively coupleable to a stem of the valve; one or more springs disposed in the housing and at least partially surrounding the plunger , the one or more springs to apply a force to the plunger ; a spring load adjuster having a collar at least partially surrounding the plunger and extending through the aperture to operatively engage the one or more springs , the collar movable relative to the plate to enable an adjustment of the position of the collar relative to the plate to change a load provided by the one or more springs to the stem or a seat of the valve; and at least one locking device extending through the collar to fix the position of the collar relative to the plate , the at least one locking device is externally accessible, the actuator further comprising one or more adjusters to moveably couple the collar to the plate and either: a) the one or more adjusters is externally accessible to enable changing the position of the collar without having to disassemble the actuator ; or b) the collar is externally accessible and comprises a threaded exterior surface that engages a threaded aperture of the plate which together act as an adjuster. a) the one or more adjusters is externally accessible to enable changing the position of the collar without having to disassemble the actuator ; or b) the collar is externally accessible and comprises a threaded exterior surface that engages a threaded aperture of the plate which together act as an adjuster.
A neurostimulation system , comprising: at least one electrode ; a neurostimulator coupleable to the at least one electrode and configured for delivering electrical stimulation energy to a tissue region in accordance with a stimulation parameter, thereby injecting a charge into the tissue region at the at least one electrode ; an external control device configured for allowing a user to modify the stimulation parameter; memory storing a hard stop charge limit; and control circuitry configured for determining a tissue charge density injection metric at the at least one electrode , comparing the tissue charge density injection metric to the hard stop charge limit, wherein the comparing considers that the tissue charge density injection metric is dependent on a size of the at least one electrode, and preventing the neurostimulator from delivering the electrical stimulation energy to the tissue region in accordance with the modified stimulation parameter based on the comparison. at least one electrode ; a neurostimulator coupleable to the at least one electrode and configured for delivering electrical stimulation energy to a tissue region in accordance with a stimulation parameter, thereby injecting a charge into the tissue region at the at least one electrode ; an external control device configured for allowing a user to modify the stimulation parameter; memory storing a hard stop charge limit; and control circuitry configured for determining a tissue charge density injection metric at the at least one electrode , comparing the tissue charge density injection metric to the hard stop charge limit, wherein the comparing considers that the tissue charge density injection metric is dependent on a size of the at least one electrode, and preventing the neurostimulator from delivering the electrical stimulation energy to the tissue region in accordance with the modified stimulation parameter based on the comparison.
A set of differently-sized ceramic acetabular cup prostheses, each cup in the set comprising: a generally hemispherical outer surface having a cup pole with a longitudinal axis of the cup passing therethrough, an equatorial cup rim and an outer diameter having an outer diameter centre point ("COD"); a generally hemispherical inner bearing surface having a bearing surface edge and a bearing diameter having a bearing diameter centre point ("CBD"); and a cup thickness defined between the inner bearing surface and the outer surface of the cup , wherein the CBD is laterally offset from the COD along the longitudinal axis and characterised in that for each cup in the set starting from the smallest cup in the set, the outer diameter increases in 2 mm increments and the inner diameter increases in less than 2 mm increments. a generally hemispherical outer surface having a cup pole with a longitudinal axis of the cup passing therethrough, an equatorial cup rim and an outer diameter having an outer diameter centre point ("COD"); a generally hemispherical inner bearing surface having a bearing surface edge and a bearing diameter having a bearing diameter centre point ("CBD"); and a cup thickness defined between the inner bearing surface and the outer surface of the cup , wherein the CBD is laterally offset from the COD along the longitudinal axis and characterised in that for each cup in the set starting from the smallest cup in the set, the outer diameter increases in 2 mm increments and the inner diameter increases in less than 2 mm increments.
A disposable bedpan with lid , comprising: A) a bedpan comprising a base and a sidewall having at least one lateral support , said bedpan further comprises a top ridge and a front ridge , said bedpan further comprises a front top cavity defined between said top ridge and said front ridge ; B) a cover comprising a cover base and a u-shaped cover base ridge , said u-shaped cover base ridge is inserted into said front top cavity when said cover mounts upon said bedpan , said cover is connected to said bedpan by a hinge ; and C) a lid comprising a lid panel , said lid is connected to said bedpan by a lid hinge , said lid further comprises at least one panel locking protrusion that secures upon said cover when in a closed configuration, said cover and said lid seal said bedpan to prevent waste from coming out when in said closed configuration. A) a bedpan comprising a base and a sidewall having at least one lateral support , said bedpan further comprises a top ridge and a front ridge , said bedpan further comprises a front top cavity defined between said top ridge and said front ridge ; B) a cover comprising a cover base and a u-shaped cover base ridge , said u-shaped cover base ridge is inserted into said front top cavity when said cover mounts upon said bedpan , said cover is connected to said bedpan by a hinge ; and C) a lid comprising a lid panel , said lid is connected to said bedpan by a lid hinge , said lid further comprises at least one panel locking protrusion that secures upon said cover when in a closed configuration, said cover and said lid seal said bedpan to prevent waste from coming out when in said closed configuration.
A cosmetic applicator device , comprising: an elongate body having a length and a width; a first applicator on one end of the elongate body ; and a movable element having two ends, wherein a first end of the movable element is coupled to the elongate body , and a second end of the movable element comprises a second applicator , characterized in that the elongate body comprises an opening across the width of the elongate body that defines a movement path of the movable element ; the movable element is movable along the opening across the width of the elongate body ; and the movable element further comprises a hinge configured to pivot the second applicator between a first position proximate the first applicator and a second position away from the first applicator . an elongate body having a length and a width; a first applicator on one end of the elongate body ; and a movable element having two ends, wherein a first end of the movable element is coupled to the elongate body , and a second end of the movable element comprises a second applicator , characterized in that the elongate body comprises an opening across the width of the elongate body that defines a movement path of the movable element ; the movable element is movable along the opening across the width of the elongate body ; and the movable element further comprises a hinge configured to pivot the second applicator between a first position proximate the first applicator and a second position away from the first applicator .
Burning lamp, in particular wind light, with a base and an upper housing part as well as with a support tray for a burning agent, wherein the support tray is pivotable relative to the upper housing part , wherein the support tray is mounted on a gimbal suspension so as to be pivotable overhead about two axes (5b-5b; 5c-5c), characterized in that the base has a largely hemispherical outer shape and the lower end of the hemispherical base is flattened as a standing surface, wherein the base has a vault-shaped cavity in the interior and the base is formed as a metal or ceramic part or at least the cavity of the base is formed from metal or ceramic.
A light emitting device package comprising; a substrate having through holes ; a seed metal layer made of gold, copper or aluminum, disposed inside the through holes and on an upper surface and a lower surface of the substrate ; an adhesion layer made of titanium, chromium or tantalum on the seed metal layer , disposed inside the through holes and on an upper surface and a lower surface of the substrate ; a diffusion barrier layer configured to prevent the diffusion of Ti or Cr into Au, disposed on the adhesion layer inside the through holes and on an upper surface and a lower surface of the substrate ; an electrode metal layer made of gold, copper or aluminum disposed on the diffusion barrier layer inside the through holes and on an upper surface and a lower surface of the substrate , wherein the diffusion barrier layer is configured to prevent degradation of the electrical characteristics of the electrode metal layer; and a reflective metal layer disposed on a first portion of the electrode metal layer.
A method for unlocking an application on a mobile terminal wherein the mobile terminal comprises a sliding module and a front-facing camera disposed on the sliding module , the front-facing camera is configured to be retracted inside the mobile terminal or exposed outside from the mobile terminal by sliding the sliding module , and the method comprises: in response to a sliding action applied on the sliding module , exposing the front-facing camera which is retracted inside the mobile terminal outside from the mobile terminal , and calling (S11, S26, S35) the front-facing camera to capture a face image of a user; and unlocking (S 12, S27, S36) the application by using the captured face image as an access key, wherein said application is a preset application, wherein the mobile terminal has at least two preset applications, and unlocking (S12, S27, S36) the application comprises: determining, according to a number of times of the sliding action applied on the sliding module and a preset sequence of the at least two preset applications, a target preset application corresponding to the number of times of the sliding action, and unlocking the target preset application. in response to a sliding action applied on the sliding module , exposing the front-facing camera which is retracted inside the mobile terminal outside from the mobile terminal , and calling (S11, S26, S35) the front-facing camera to capture a face image of a user; and unlocking (S 12, S27, S36) the application by using the captured face image as an access key, wherein said application is a preset application, wherein the mobile terminal has at least two preset applications, and unlocking (S12, S27, S36) the application comprises: determining, according to a number of times of the sliding action applied on the sliding module and a preset sequence of the at least two preset applications, a target preset application corresponding to the number of times of the sliding action, and unlocking the target preset application. determining, according to a number of times of the sliding action applied on the sliding module and a preset sequence of the at least two preset applications, a target preset application corresponding to the number of times of the sliding action, and unlocking the target preset application.
A radio communication system including base stations managing cells to which mobile terminals connect, wherein a first base station manages a first cell and a second base station manages a second cell, wherein: the second base station comprises a handover suppression means that, when receiving from the first base station a request for handover to the second cell, either suppresses the handover depending on a selection criterion comprising a threshold or holds a response to the request for a predetermined period of time in accordance to a parameter which specifies either the threshold or the period of time; and wherein the radio communication system comprises: a handover failure detection means that counts the number of handover failures, outgoing handover successes and incoming handover requests; and a handover suppression optimization means that adjusts the parameter based on whether or not a handover failure rate has increased compared with that before the parameter was changed, wherein the handover failure rate is a measure comprising the number of handover failures with respect to the total number of incoming and outgoing handovers as counted by the handover failure detection means. the second base station comprises a handover suppression means that, when receiving from the first base station a request for handover to the second cell, either suppresses the handover depending on a selection criterion comprising a threshold or holds a response to the request for a predetermined period of time in accordance to a parameter which specifies either the threshold or the period of time; and wherein the radio communication system comprises: a handover failure detection means that counts the number of handover failures, outgoing handover successes and incoming handover requests; and a handover suppression optimization means that adjusts the parameter based on whether or not a handover failure rate has increased compared with that before the parameter was changed, wherein the handover failure rate is a measure comprising the number of handover failures with respect to the total number of incoming and outgoing handovers as counted by the handover failure detection means. a handover failure detection means that counts the number of handover failures, outgoing handover successes and incoming handover requests; and a handover suppression optimization means that adjusts the parameter based on whether or not a handover failure rate has increased compared with that before the parameter was changed, wherein the handover failure rate is a measure comprising the number of handover failures with respect to the total number of incoming and outgoing handovers as counted by the handover failure detection means.
A gas turbine engine having a gas generator section including a combustor, the combustor comprising at least one annular wall defining a combustion chamber therein, the at least one annular wall formed by a circumferential array of panels in a loadbearing configuration for bearing substantial loads generated by a combustion reaction taking place in the combustion chamber , the panels extending from an upstream end to a downstream end of the at least one annular wall and inclining toward a circumferential direction, characterised in that : the panels overlap one with another to define a plurality of radial gaps between respective adjacent two of the panels , the radial gaps being in fluid communication with the combustion chamber and a space outside the combustor to allow air surrounding the at least one annular wall to enter the combustion chamber via the radial gaps for film cooling a hot side of the at least one annular wall .
A scroll compressor assembly, comprising: a scroll compressor ; a mounting base for supporting the scroll compressor , the mounting base having at least two tracks , an outer peripheral edge and at least two support ribs , including a support rib on opposing sides of the scroll compressor , each support rib extending transversely between the at least two tracks , the mounting base comprises a formed metal plate , wherein the support ribs are projecting in spaced relation to the outer peripheral edge toward a projecting tip and that the at least two support ribs comprise a raised ridge formed into a body of the mounting base , including a linear segment extending between two rounded ends , the linear segment having a generally U-shaped cross section. a scroll compressor ; a mounting base for supporting the scroll compressor , the mounting base having at least two tracks , an outer peripheral edge and at least two support ribs , including a support rib on opposing sides of the scroll compressor , each support rib extending transversely between the at least two tracks , the mounting base comprises a formed metal plate , wherein the support ribs are projecting in spaced relation to the outer peripheral edge toward a projecting tip and that the at least two support ribs comprise a raised ridge formed into a body of the mounting base , including a linear segment extending between two rounded ends , the linear segment having a generally U-shaped cross section.