mhurhangee/ep-ind-claims huggingface dataset:
A method for adjusting white balance, the method being applied to a terminal comprising at least two cameras of different types, characterized by comprising: determining whether a present capturing environmental parameter satisfies a first predetermined condition while a first camera of the at least two cameras is performing a capturing operation and a display of the terminal is displaying images captured by the first camera and while a second camera of the at least two cameras is inactive; responsive to a determination that the present capturing environmental parameter satisfies the first predetermined condition, pre-starting the second camera to start capturing images while the display of the terminal continues displaying images captured by the first camera; determining a target white balance gain value corresponding to the second camera according to an image presently captured by the second camera; and after the second camera is started at the moment of switching the display from an image of the first camera to an image of the second camera, adjusting the white balance on the image captured by the second camera according to the target white balance gain value. determining whether a present capturing environmental parameter satisfies a first predetermined condition while a first camera of the at least two cameras is performing a capturing operation and a display of the terminal is displaying images captured by the first camera and while a second camera of the at least two cameras is inactive; responsive to a determination that the present capturing environmental parameter satisfies the first predetermined condition, pre-starting the second camera to start capturing images while the display of the terminal continues displaying images captured by the first camera; determining a target white balance gain value corresponding to the second camera according to an image presently captured by the second camera; and after the second camera is started at the moment of switching the display from an image of the first camera to an image of the second camera, adjusting the white balance on the image captured by the second camera according to the target white balance gain value.
A computer-implemented method for missing object detection, the method comprising: establishing a fence about a person; detecting an object within the fence; creating an entry in an object-person relationship data structure to establish a relationship between the person and the object within the fence; monitoring a position of the object until an indication is received that the fence is terminated; detecting, from the monitoring, that the object has moved outside of the fence; and alerting the person that the object has moved outside of the fence. establishing a fence about a person; detecting an object within the fence; creating an entry in an object-person relationship data structure to establish a relationship between the person and the object within the fence; monitoring a position of the object until an indication is received that the fence is terminated; detecting, from the monitoring, that the object has moved outside of the fence; and alerting the person that the object has moved outside of the fence.
A low VOC coalescent triblend additive for use in a polymeric coating composition, comprising: a. diethylene glycol dibenzoate present in amounts ranging from 10 to 90 wt.%, b. dipropylene glycol dibenzoate present in amounts ranging from 1 to 50 wt.%, and c. 1,2- propylene glycol dibenzoate present in amounts ranging from 10 to 90 wt.%, based upon the total weight of the triblend composition. a. diethylene glycol dibenzoate present in amounts ranging from 10 to 90 wt.%, b. dipropylene glycol dibenzoate present in amounts ranging from 1 to 50 wt.%, and c. 1,2- propylene glycol dibenzoate present in amounts ranging from 10 to 90 wt.%,
Method for calibrating a machine-integrated measuring system of a track tamping machine, the machine-integrated measuring system used for measuring the position of a track, the track tamping machine equipped with a tamping unit and with a track lifting and positioning device, wherein the measuring system for determining a vertical and a lateral position of the track is equipped with a measuring chord having a chord division (a, b), characterized in that first of all, over a certain measuring distance (>I) along an at least approximate straight track line, on the one hand a locus is measured with an inertial navigation measuring system and stored and, on the other hand, the same distance is measured with the machine-integrated measuring system and stored, after which the longitudinal levels and versines (f INS) are calculated from the locus taking into account the chord division (a, b) of the measuring chord into the locus and the calculated longitudinal levels and versines (f INS) are - if necessary - aligned with the longitudinal levels and versines (f M) measured with the machine-integrated measuring system in the track direction and then a difference curve (f INS -f M) is formed from the longitudinal levels and versines (f INS) and the longitudinal levels and versines (f M), and from this difference curve (f INS -f M) an average value ( MW fINS-fM) is calculated over the measuring distance, which average value ( MW fINS-fM) corresponds to an offset (ΔF) around which the machine-integrated system is subsequently calibrated.
An implant assembly comprising: an implant configured to be coupled to at least one bone part; and a cap configured to be coupled to the implant such that the cap overlies at least a portion of the implant, the cap including a shell (80, 84) defining a cavity that is configured to receive at least a portion of the implant such that the shell (80, 84) elastically flexes relative to the implant as the cavity receives the at least a portion of the implant to thereby couple the cap to the implant, and the cap defines an outer surface that is curved, wherein the implant is a bone fixation member having a locking head and a strap that is configured to pass through the locking head along an insertion direction so as to form a loop, the cavity being configured to receive at least a portion of the locking head, and the cap defines a first opening that extends into the cavity such that a portion of the strap extends through the opening when the at least a portion of the locking head is received by the cavity. an implant configured to be coupled to at least one bone part; and a cap configured to be coupled to the implant such that the cap overlies at least a portion of the implant, the cap including a shell (80, 84) defining a cavity that is configured to receive at least a portion of the implant such that the shell (80, 84) elastically flexes relative to the implant as the cavity receives the at least a portion of the implant to thereby couple the cap to the implant, and the cap defines an outer surface that is curved, wherein the implant is a bone fixation member having a locking head and a strap that is configured to pass through the locking head along an insertion direction so as to form a loop, the cavity being configured to receive at least a portion of the locking head, and the cap defines a first opening that extends into the cavity such that a portion of the strap extends through the opening when the at least a portion of the locking head is received by the cavity.
A method for preparing a decapeptide, wherein the decapeptide is characterized as being a peptide with at least one Aph derivative, in the 5 th position and one Aph derivative in the 6 th position in the decapeptide sequence, wherein the Aph derivative is selected from Aph(Hor) and Aph(Cbm), or a pharmaceutically acceptable salt thereof, wherein the method comprises the use of either p-nitrophenylalanine or a compound of formula X, wherein Pg is a terminal protecting group; or a nitro-peptide, which is characterized as a peptide comprising one or two p-nitrophenylalanine residues, followed by modification of nitrophenylalanine residues incorporated in the peptide sequence into the respective Aph derivative Aph(Hor) or Aph(Cbm), wherein the decapeptide is degarelix of formula I, or a pharmaceutically acceptable salt thereof.
Pneumatic cylinder with (a) a cylinder housing, (b) a central piston movable longitudinally in the cylinder housing, (c) a first trailing piston which is designed to cooperate with - a first trailing stop of the central piston and - a first positioning stop on the cylinder housing, and is arranged concentrically around the central piston and (d) a second trailing piston which is designed to cooperate with - a second trailing stop of the central piston and is arranged concentrically around the central piston and - a second positioning stop on the cylinder housing, wherein (e) the cylinder housing comprises (i) a basic body in which the first trailing piston runs, (ii) a cylinder cover in which the second trailing piston runs, and (iii) an intermediate disc on which the first positioning stop and the second positioning stop are formed, characterized in that (iv) a distance (Ap) between the first positioning stop and the second position stop is equal to a distance (As) between the first trailing stop and the second trailing stop. (a) a cylinder housing, (b) a central piston movable longitudinally in the cylinder housing, (c) a first trailing piston which is designed to cooperate with - a first trailing stop of the central piston and - a first positioning stop on the cylinder housing, and is arranged concentrically around the central piston and - a first trailing stop of the central piston and - a first positioning stop on the cylinder housing, and is arranged concentrically around the central piston and (d) a second trailing piston which is designed to cooperate with - a second trailing stop of the central piston and is arranged concentrically around the central piston and - a second positioning stop on the cylinder housing, wherein - a second trailing stop of the central piston and is arranged concentrically around the central piston and - a second positioning stop on the cylinder housing, (e) the cylinder housing comprises (i) a basic body in which the first trailing piston runs, (ii) a cylinder cover in which the second trailing piston runs, and (iii) an intermediate disc on which the first positioning stop and the second positioning stop are formed, characterized in that (iv) a distance (Ap) between the first positioning stop and the second position stop is equal to a distance (As) between the first trailing stop and the second trailing stop. (i) a basic body in which the first trailing piston runs, (ii) a cylinder cover in which the second trailing piston runs, and (iii) an intermediate disc on which the first positioning stop and the second positioning stop are formed, characterized in that (iv) a distance (Ap) between the first positioning stop and the second position stop is equal to a distance (As) between the first trailing stop and the second trailing stop.
Changeable frame for the presentation of exhibits, wherein the changeable frame comprises a frame element, that surrounds a frame opening, in which during use the exhibits to be presented is from a viewer's side visibly arranged, and wherein in the frame element is a recess leading from a lateral outer surface of the frame element to the opposite inner surface of the frame element and opening into the frame opening provided for insertion of the exhibit into the frame opening and for removal of the exhibit from the frame opening, wherein in the recess a drawer is displaceably mounted, which has a receptacle for positioning the exhibits, and wherein the drawer is displaceable between an insertion position in which the exhibits are visible in the frame opening and a removal position in which the receptacle of the drawer is situated outside the frame element for removal of the exhibits from the receptacle; wherein the frame element has a first transverse side portion on a first side and a second transverse side portion on opposite side, which are oriented respectively transversely relative to the recess, in which the drawer is mounted; the frame element has a square basic shape as seen from the viewer's side and two mutually parallel longitudinal side portions (4, 5), which are connected to each other at their one end by the first transverse side portion and at their another end by the second transverse side portion of the frame element, wherein the frame element supports a closed rear wall on the rear side facing away from the viewer's side; and wherein the receptacle is surrounded on its longitudinal and transverse sides by edge strips (27, 28, 29, 30) and closed at its rear side by a bottom; and wherein the edge strip with its outer surface associated with the recess is oriented flush with the outer surface of the frame element surrounding the recess when the drawer is in the insertion position; characterised in that, at the lateral boundaries of the recess run-on slopes (21, 22) are provided, so that the recess has a shape narrowing in a funnel-shaped manner in a direction of the frame opening from the outer surface of the frame element at least over part of a depth of the recess; and further the edge strip associated with the recess at its ends assigned to lateral ends of the recess has an end portion respectively, on which oblique surfaces (36, 37) are provided respectively, that are oriented corresponding to the run-on slopes (21, 22) of the recess and lie tightly against the run-on slopes (21, 22) in the insertion position of the drawer.
A receptacle terminal for receipt of a mating terminal therein, the receptacle terminal having a contact portion comprising: a bottom wall with resilient contact arms extending from opposed sides of the bottom wall; each of the resilient contact arms having an opening extending therethrough with a first resilient contact section and a second resilient contact section extending on either side of the opening; the first resilient contact sections and the second resilient contact sections having arcuate portions which extend from the bottom wall to mating terminal engaging members; the first resilient contact sections and the second resilient contact sections are configured to generate a contact force when a mating terminal is inserted into the terminal each of the first resilient contact sections and each of the second resilient contact sections have a width proximate the bottom wall which is greater than a width proximate a mating terminal engaging member, the width proximate the bottom wall is configured to distribute forces to the bottom wall; characterized in that the space and size of the first resilient contact sections, the second resilient contact sections and opening are configured to control the normal insertion forces of resilient contact arms when a mating terminal is inserted into the receptacle terminal. a bottom wall with resilient contact arms extending from opposed sides of the bottom wall; each of the resilient contact arms having an opening extending therethrough with a first resilient contact section and a second resilient contact section extending on either side of the opening; the first resilient contact sections and the second resilient contact sections having arcuate portions which extend from the bottom wall to mating terminal engaging members; the first resilient contact sections and the second resilient contact sections are configured to generate a contact force when a mating terminal is inserted into the terminal each of the first resilient contact sections and each of the second resilient contact sections have a width proximate the bottom wall which is greater than a width proximate a mating terminal engaging member, the width proximate the bottom wall is configured to distribute forces to the bottom wall; characterized in that the space and size of the first resilient contact sections, the second resilient contact sections and opening are configured to control the normal insertion forces of resilient contact arms when a mating terminal is inserted into the receptacle terminal.
An induction heating device comprising a top plate provided on an upper face of a main body and configured to have a to-be-heated object provided thereon; a heating coil provided at a lower part of the top plate and configured to heat the to-be-heated object; a plurality of sensors (115, 115a) including a first sensor and at least one second sensor, each of the plurality of sensors provided at the lower part of the top plate and configured to sense a temperature of the to-be-heated object; a temperature calculator configured to calculate a temperature of a bottom face of the to-be-heated object based on an output from at least one of the plurality of sensors (115, 115a); and a controller configured to control a power outputted to the heating coil in accordance with an output from the temperature calculator; the device further comprising a display unit provided on the top plate and configured to show a position of the first sensor; characterized in that: the first sensor is decentered from the center of the heating coil to a position closer to a front side of the main body of the induction heating device, the first sensor is placed at a position to sense a higher temperature of a part of the to-be-heated object than that of a part of the to-be-heated object above the center of the heating coil, wherein the display unit is provided at a position closer to the front side of the main body of the induction heating device such that the position of the first sensor is displayed on the top plate, and the first sensor is close to the inner-most circumference of the heating coil. the first sensor is decentered from the center of the heating coil to a position closer to a front side of the main body of the induction heating device, the first sensor is placed at a position to sense a higher temperature of a part of the to-be-heated object than that of a part of the to-be-heated object above the center of the heating coil, wherein the display unit is provided at a position closer to the front side of the main body of the induction heating device such that the position of the first sensor is displayed on the top plate, and the first sensor is close to the inner-most circumference of the heating coil.
A cooling segment for a heat-not-burn smoking article, comprising a polymer-coated paper including a paper and a polymer layer that contains a polymer and that is provided on the paper, and characterized in that a polymer layer-formed surface of the polymer-coated paper has a surface area of 100 to 280 mm 2 per 1 mm of the cooling segment in the axial direction.
Lining component for lining and controlling the temperature of an inner compartment of a passenger transportation means, in particular of a motor vehicle, wherein the lining component comprises - at least one support element for attaching the lining component in the passenger transportation means, - a temperature control body which is attached to the support element and which forms a visible side which can be seen from the inner compartment of the passenger transportation means and which comprises an air-permeable hollow body structure, - at least one air intake segment formed by the support element or arranged on the support element for supplying the temperature control body with air, and - one or more air outlet segments for releasing the supplied air from the temperature control body, characterized in that the temperature control body comprises an air-impermeable decorative layer which forms the visible side and which has a high thermal conductivity of 3W / (mK) or more, wherein the air outlet segment ends in the inner compartment and the temperature control body comprises an air-impermeable heat insulating layer which is applied to the support element and which has a thermal conductivity of less than 2W / (mK). - at least one support element for attaching the lining component in the passenger transportation means, - a temperature control body which is attached to the support element and which forms a visible side which can be seen from the inner compartment of the passenger transportation means and which comprises an air-permeable hollow body structure, - at least one air intake segment formed by the support element or arranged on the support element for supplying the temperature control body with air, and - one or more air outlet segments for releasing the supplied air from the temperature control body, characterized in that the temperature control body comprises an air-impermeable decorative layer which forms the visible side and which has a high thermal conductivity of 3W / (mK) or more, wherein the air outlet segment ends in the inner compartment and the temperature control body comprises an air-impermeable heat insulating layer which is applied to the support element and which has a thermal conductivity of less than 2W / (mK).
A system (100, 500), comprising: a pre-formed guide having an outer contour that conforms to a receiving portion of a joint, the guide defining an axis that has a known position relative to the joint when the guide is mated to the joint; a first reference device for attachment to a bone of the joint; a second reference device (20 or 72)for coupling at a known alignment relative to the guide; and a control unit (50, 550) in communication with the first reference device and the second reference device, the control unit being configured to determine the position of the axis relative to the first reference device based on data that indicates a position of the second reference device relative to the first reference device when the second reference device is in a known alignment with the guide and the guide is mated to the joint; characterised in that the outer contour of the guide is configured such that, in use, the outer contour of the guide mates with the receiving portion of the joint in a single orientation. a pre-formed guide having an outer contour that conforms to a receiving portion of a joint, the guide defining an axis that has a known position relative to the joint when the guide is mated to the joint; a first reference device for attachment to a bone of the joint; a second reference device (20 or 72)for coupling at a known alignment relative to the guide; and a control unit (50, 550) in communication with the first reference device and the second reference device, the control unit being configured to determine the position of the axis relative to the first reference device based on data that indicates a position of the second reference device relative to the first reference device when the second reference device is in a known alignment with the guide and the guide is mated to the joint; characterised in that the outer contour of the guide is configured such that, in use, the outer contour of the guide mates with the receiving portion of the joint in a single orientation.
A molecular construct capable of fluorescent resonance energy transfer (FRET), the construct comprising a linker peptide, a donor fluorophore moiety and an acceptor fluorophore moiety comprising donor-acceptor pair for FRET, and a plasma membrane-targeting domain that targets the construct to the plasma membrane of a cell, wherein the linker peptide comprises a fragment of SNAP-25 that is cleavable by a botulinum neurotoxin to be detected, wherein the plasma membrane-targeting domain contains the palmitoylation sites of SNAP-25 (residues 83-120) fused to the N-terminus of a CFP-SNAP-25 -YFP sensor wherein the construct is targeted to a plasma membrane, and wherein emission spectrum of the donor fluorophore moiety is detectably different from the excitation spectrum of the acceptor fluorophore moiety.