mhurhangee/ep-ind-claims huggingface dataset:
An image stroke feature detection method comprising: for each pixel of interest (p) in an image, selecting all pixels on a circle centered at said pixel of interest; labelling each of the N pixels on said circle as similar, darker, or brighter based on comparison with intensity of the pixel of interest using a margin parameter; selecting pixels of interest where there is a segment of contiguous pixels on said circle labelled as darker or brighter (Pb), one or two distinct segments of the pixels on said circle are labelled as similar (Ps, Ps'), the length of these similar segments being smaller than or equal in length to N/4, and the remaining pixels are labelled as darker or brighter (Pb'); In order to eliminate false detections perform a verification step by marking the pixel of interest as part of a detected image stroke feature if pixels (c) inside said circle labelled as similar using the margin parameter m, the one or two distinct segments labelled as similar, and said pixel of interest form a contiguous region. for each pixel of interest (p) in an image, selecting all pixels on a circle centered at said pixel of interest; labelling each of the N pixels on said circle as similar, darker, or brighter based on comparison with intensity of the pixel of interest using a margin parameter; selecting pixels of interest where there is a segment of contiguous pixels on said circle labelled as darker or brighter (Pb), one or two distinct segments of the pixels on said circle are labelled as similar (Ps, Ps'), the length of these similar segments being smaller than or equal in length to N/4, and the remaining pixels are labelled as darker or brighter (Pb'); In order to eliminate false detections perform a verification step by marking the pixel of interest as part of a detected image stroke feature if pixels (c) inside said circle labelled as similar using the margin parameter m, the one or two distinct segments labelled as similar, and said pixel of interest form a contiguous region.
A control system for powering a vehicle with solar energy, comprising: a solar battery unit; a buck DC/DC converter electrically connected with the solar battery unit with a first switch, which is electrically connected with a low-voltage load and a starting battery respectively; a boost DC/DC converter electrically connected with the solar battery unit with a second switch, which is electrically connected with a high-voltage load; an auxiliary power module electrically connected with the solar battery unit; a control module connected with the solar battery unit, the buck DC/DC converter, the boost DC/DC converter; a power battery pack electrically connected with the boost DC/DC converter via a main contactor; a battery manager electrically connected with the control module, the power battery pack, the starting battery via a third switch, and the auxiliary power module via a fourth switch respectively; and a photosensitive sensor connected with the control module; wherein the control module is configured to power the low-voltage load and the starting battery with the solar battery unit via the buck DC/DC converter when the vehicle is running; and the control module is further configured to power the power battery pack with the solar battery unit via the boost DC/DC converter when the vehicle is parking. a solar battery unit; a buck DC/DC converter electrically connected with the solar battery unit with a first switch, which is electrically connected with a low-voltage load and a starting battery respectively; a boost DC/DC converter electrically connected with the solar battery unit with a second switch, which is electrically connected with a high-voltage load; an auxiliary power module electrically connected with the solar battery unit; a control module connected with the solar battery unit, the buck DC/DC converter, the boost DC/DC converter; a power battery pack electrically connected with the boost DC/DC converter via a main contactor; a battery manager electrically connected with the control module, the power battery pack, the starting battery via a third switch, and the auxiliary power module via a fourth switch respectively; and a photosensitive sensor connected with the control module; wherein the control module is configured to power the low-voltage load and the starting battery with the solar battery unit via the buck DC/DC converter when the vehicle is running; and the control module is further configured to power the power battery pack with the solar battery unit via the boost DC/DC converter when the vehicle is parking.
A security barrier comprising: a rear support element having a top edge and a bottom edge; and a bulbous barrier element having a top edge and a bottom edge with a curved protruding section extending at least partially between the top and bottom edges, the protruding section extending away from the plane containing the top and bottom edges, wherein: the top edge of the support element is attached to the top edge of the barrier element; the bottom edge of the support element is attached to the bottom edge of the barrier element to form a lower support region that, in use, may rest on a surface; and a rail engagement arrangement (37, 42, 48) to engage a rail which is raised above, and parallel with, the surface, and the distance between the lower support region and the rail engagement arrangement is adjustable, wherein the rail engagement arrangement is mounted on, or formed as part of, the support element, and is positioned below the region where the top edge of the support element is attached to the top edge of the barrier element, the rail engagement arrangement comprises one or more engagement elements (42, 48) which protrude from the support element towards the interior side of the barrier element, and the one or more engagement elements each comprise a curve or hook wherein the concave surface of the curved hook faces downwardly towards the bottom edge of the support element, to engage an upper surface of rail, OR the curve or hook faces upwardly towards the top edge of the support element, to engage a lower surface of rail. a rear support element having a top edge and a bottom edge; and a bulbous barrier element having a top edge and a bottom edge with a curved protruding section extending at least partially between the top and bottom edges, the protruding section extending away from the plane containing the top and bottom edges, wherein: the top edge of the support element is attached to the top edge of the barrier element; the bottom edge of the support element is attached to the bottom edge of the barrier element to form a lower support region that, in use, may rest on a surface; and a rail engagement arrangement (37, 42, 48) to engage a rail which is raised above, and parallel with, the surface, and the distance between the lower support region and the rail engagement arrangement is adjustable, wherein the rail engagement arrangement is mounted on, or formed as part of, the support element, and is positioned below the region where the top edge of the support element is attached to the top edge of the barrier element, the rail engagement arrangement comprises one or more engagement elements (42, 48) which protrude from the support element towards the interior side of the barrier element, and the one or more engagement elements each comprise a curve or hook wherein the concave surface of the curved hook faces downwardly towards the bottom edge of the support element, to engage an upper surface of rail, OR the curve or hook faces upwardly towards the top edge of the support element, to engage a lower surface of rail.
A recombinant Mycobacterium bovis cell from strain Danish subtype Prague, which is a urease-deficient cell and which comprises a recombinant nucleic acid molecule encoding a fusion polypeptide comprising: (a) a domain from a Mycobacterium polypeptide, which is antigen (Ag) 85B or Ag85A, which is capable of eliciting an immune response, and (b) a Listeria phagolysosomal escape domain for use in vivo as a vaccine for generating a T helper type 17 immune response in a subject in need thereof. (a) a domain from a Mycobacterium polypeptide, which is antigen (Ag) 85B or Ag85A, which is capable of eliciting an immune response, and (b) a Listeria phagolysosomal escape domain for use in vivo as a vaccine for generating a T helper type 17 immune response in a subject in need thereof.
A telescopic mast comprising a plurality of telescopic sections (4', 4", 4"') each with walls extending in the longitudinal direction of the mast, where the transverse dimension of the innermost telescopic section is smaller than the outermost telescopic section of two adjacent telescopic sections, so that the innermost telescopic section can slide longitudinally in and out of the outermost telescopic section of two adjacent telescopic sections (4', 4", 4"'), wherein a restrictor is provided between two adjacent telescopic sections (4', 4", 4"'), the restrictor comprising a longitudinally extending linear guide means provided on one of two adjacent telescopic sections and a clamping means provided on the other one of two adjacent telescopic sections, wherein the clamping means is configured for providing a clamping force to the guide means during relative movement of said two adjacent telescopic sections (4', 4", 4"'), wherein the clamping force includes two opposite directed rotation force components in a plane normal to the longitudinal direction of the mast and perpendicular to the radius of the mast through the guide means, wherein the restrictor comprises a control means, wherein the control means is configured for controlling the clamping force, wherein the guide means is a guide bar, characterised in that the clamping means comprises at least two sliding shoes, wherein the guide bar has two longitudinally extending abutment surfaces configured for receiving the clamping force, wherein each sliding shoe has a complimentary slide surface adapted for transferring the clamping force to one of said abutment surfaces, wherein the clamping means comprises a pivot arm, wherein the pivot arm is pivotable about the radius of the mast through the guide means, and wherein one sliding shoe of said at least two sliding shoes is pivotably connected to the pivot arm on each side of the guide bar respectively.
An electromagnetic jaw clutch, comprising: a movable gear sleeve and a fixed gear sleeve that are in engagement transmission, wherein; a fixed armature is nested to an outer side of the fixed gear sleeve, the fixed armature and the fixed gear sleeve having a gap therebetween, and having fixed position; a solenoid provided inside the fixed armature, a movable armature rotatably nested to an outer side of the movable gear sleeve, the movable armature being movable along with the movable gear sleeve in an axial direction, and when the solenoid is electrified, the solenoid attracts the movable armature to the fixed armature, to cause the movable gear sleeve and the fixed gear sleeve to be engaged; a bearing nested to an outer circumference of the movable gear sleeve, the bearing embedded inside a bearing seat, the movable armature being connected to the bearing seat, and the bearing seat or the movable armature being provided with a positioning surface at a rear end; wherein, the movable gear sleeve is nested to a first shaft via a spline, the movable gear sleeve is movable in an axis direction of the first shaft, and a first end cap is provided at outer side of the first shaft, and the positioning surface of the bearing seat or the movable armature is positioned and abuts the first end cap, characterised in that, the fixed gear sleeve is nested to a second shaft via a spline; and a second cap is provided at the outer side of said second shaft. a movable gear sleeve and a fixed gear sleeve that are in engagement transmission, wherein; a fixed armature is nested to an outer side of the fixed gear sleeve, the fixed armature and the fixed gear sleeve having a gap therebetween, and having fixed position; a solenoid provided inside the fixed armature, a movable armature rotatably nested to an outer side of the movable gear sleeve, the movable armature being movable along with the movable gear sleeve in an axial direction, and when the solenoid is electrified, the solenoid attracts the movable armature to the fixed armature, to cause the movable gear sleeve and the fixed gear sleeve to be engaged; a bearing nested to an outer circumference of the movable gear sleeve, the bearing embedded inside a bearing seat, the movable armature being connected to the bearing seat, and the bearing seat or the movable armature being provided with a positioning surface at a rear end; wherein, the movable gear sleeve is nested to a first shaft via a spline, the movable gear sleeve is movable in an axis direction of the first shaft, and a first end cap is provided at outer side of the first shaft, and the positioning surface of the bearing seat or the movable armature is positioned and abuts the first end cap, characterised in that, the fixed gear sleeve is nested to a second shaft via a spline; and a second cap is provided at the outer side of said second shaft.
A management device configured to communicate with a mobile terminal (1100, 2100), the management device characterized by comprising: an acquisition unit configured to acquire position information of the mobile terminal, and a tracking unit (1221, 2221) configured to acquire images from cameras (300-1, to 300-N), wherein the tracking unit (1221, 2221) is configured to extract a moving object different from a holder of the mobile terminal (1100, 2100) from the acquired images, as a tracking target candidate based on the acquired position information. an acquisition unit configured to acquire position information of the mobile terminal, and a tracking unit (1221, 2221) configured to acquire images from cameras (300-1, to 300-N), wherein the tracking unit (1221, 2221) is configured to extract a moving object different from a holder of the mobile terminal (1100, 2100) from the acquired images, as a tracking target candidate based on the acquired position information.
A coating method for coating a component surface of a component with a coating agent, in particular for painting a motor vehicle body part with a paint, with the following steps: a) Dispensing a spray jet of the coating agent by means of an atomizer onto the component surface of the component to be coated, a1) wherein the spray jet has a main axis and an asymmetry with respect to the main axis, so that the spray jet on the component surface generates a spray pattern with a corresponding asymmetry, and a2) wherein the atomizer is moved in a certain painting direction along the component surface in order to apply an elongated painting path along the painting direction onto the component surface, characterized by the following step: b) At least partially compensating for the asymmetry of the spray jet, so that the asymmetry of the resulting spray pattern on the component surface is reduced, c) wherein the spray jet is angled with its main axis transverse, in particular at right angle to the painting direction in order to at least partially compensate for the asymmetry of the spray jet. a) Dispensing a spray jet of the coating agent by means of an atomizer onto the component surface of the component to be coated, a1) wherein the spray jet has a main axis and an asymmetry with respect to the main axis, so that the spray jet on the component surface generates a spray pattern with a corresponding asymmetry, and a2) wherein the atomizer is moved in a certain painting direction along the component surface in order to apply an elongated painting path along the painting direction onto the component surface, a1) wherein the spray jet has a main axis and an asymmetry with respect to the main axis, so that the spray jet on the component surface generates a spray pattern with a corresponding asymmetry, and a2) wherein the atomizer is moved in a certain painting direction along the component surface in order to apply an elongated painting path along the painting direction onto the component surface, b) At least partially compensating for the asymmetry of the spray jet, so that the asymmetry of the resulting spray pattern on the component surface is reduced, c) wherein the spray jet is angled with its main axis transverse, in particular at right angle to the painting direction in order to at least partially compensate for the asymmetry of the spray jet.
An endoscope excluder (10, 20, 30, 50, 90) used in an endoscopic surgery, comprising: an excluder body (15, 25, 35, 45, 91) made of a hygroscopically expanding material that is obtained by drying and compression molding, wherein the excluder body (15, 25, 35, 45, 91) has a bar shape and a transverse section smaller than a section of a cylindrical inner cavity of a trocar, wherein the hygroscopically expanding material is a cellulose sponge, characterized in that the excluder body (15, 25, 35, 45, 91) in the bar shape is cut so as to have a longitudinal direction thereof that is aligned with a direction of extruding the cellulose sponge in a production process thereof, and when the extrusion direction is defined to be along a Z axis and two directions perpendicular to the extrusion direction are defined to be along an X axis and a Y axis, the cellulose sponge is compressed in the directions along the X axis and/or the Y axis. an excluder body (15, 25, 35, 45, 91) made of a hygroscopically expanding material that is obtained by drying and compression molding, wherein the excluder body (15, 25, 35, 45, 91) has a bar shape and a transverse section smaller than a section of a cylindrical inner cavity of a trocar, wherein the hygroscopically expanding material is a cellulose sponge, characterized in that the excluder body (15, 25, 35, 45, 91) in the bar shape is cut so as to have a longitudinal direction thereof that is aligned with a direction of extruding the cellulose sponge in a production process thereof, and when the extrusion direction is defined to be along a Z axis and two directions perpendicular to the extrusion direction are defined to be along an X axis and a Y axis, the cellulose sponge is compressed in the directions along the X axis and/or the Y axis.
A pressure unit for pressurizing a belt shaft in a seat belt system comprising a screw for fastening the pressure unit to a frame of the seat belt system, wherein the screw includes a screw head and a screw shank, wherein the pressure unit comprises a fastening portion having a screw aperture for passing the shank therethrough, characterized in that radial play is provided between the screw aperture and the screw shank and, on the screw head side, the fastening portion includes mounting arms for axially fixing the screw in a pre-assembly position.
A terminal apparatus comprising: a transmission unit configured to and/or programmed to transmit a transport block and HARQ-ACK on PUSCH; and a physical layer processing unit configured to and/or programmed to determine a number of coded bits for the HARQ-ACK at least based on a number of SC-FDMA symbols N PUSCH-initial symb for an initial transmission of the PUSCH for the transport block, and modulation order for the transport block, wherein the number of the SC-FDMA symbols N PUSCH-initial symb is given based on N LBT, which is a number of SC-FDMA symbols not used for the initial transmission due to a LBT, listen-before-talk, period included in the PUSCH, and a number of SC-FDMA symbols included in an uplink slot N UL symb, and the N LBT is 1 in a case that a signal of a SC-FDMA symbol with index 0 of the PUSCH is generated based on a content for resource elements corresponding to a SC-FDMA symbol with index 1 of the PUSCH. a transmission unit configured to and/or programmed to transmit a transport block and HARQ-ACK on PUSCH; and a physical layer processing unit configured to and/or programmed to determine a number of coded bits for the HARQ-ACK at least based on a number of SC-FDMA symbols N PUSCH-initial symb for an initial transmission of the PUSCH for the transport block, and modulation order for the transport block, wherein the number of the SC-FDMA symbols N PUSCH-initial symb is given based on N LBT, which is a number of SC-FDMA symbols not used for the initial transmission due to a LBT, listen-before-talk, period included in the PUSCH, and a number of SC-FDMA symbols included in an uplink slot N UL symb, and the N LBT is 1 in a case that a signal of a SC-FDMA symbol with index 0 of the PUSCH is generated based on a content for resource elements corresponding to a SC-FDMA symbol with index 1 of the PUSCH.
Self-adhesive label with a film coated on both sides, characterized by a front-side layer, which shrinks by the effect of heat, and a rear layer, which expands under the effect of heat.
Shoe-measuring gadget for determining the accuracy of fit of shoes by comparing foot measurements with inner shoe measurements, which shoe-measuring gadget for determining the accuracy of fit can be inserted in the shoe intended for this purpose after the foot measurements have been determined, and which has a foot length-measuring device for determining the length of a foot positioned in said shoe-measuring gadget, an inner shoe length-measuring device and a width-measuring device the width-measuring device being designed in such a way that it is capable of measuring the foot width (at least in some areas) of the foot positioned inside the shoe-measuring gadget and the inner shoe width (at least in some areas) when the shoe-measuring gadget has been inserted in the shoe, wherein said inner shoe length-measuring device is designed for being capable of determining the spatial length remaining between the longest toe of the foot and the inner shoe wall opposite this toe, and wherein the width-measuring device is designed in such a way that it is capable of determining the spatial width remaining between the foot and the respective opposite inner shoe wall, characterized in that, the width-measuring device comprises a calculator for calculating the remaining spatial width.
Method which is executable by using an ultrasound apparatus, the method comprising: obtaining an ultrasound signal, which relates to an object; displaying, on a touch screen, a gain setup window which relates to setting a gain with respect to the obtained ultrasound signal; displaying an ultrasound image based on the ultrasound signal on the touch screen; displaying a list of preset gains on the touch screen; receiving a touch input which relates to selecting one preset gain from among the preset gains included in the displayed list via the touch screen, displaying the selected preset gain on the gain setup window; displaying as the ultrasound image based on the ultrasound signal an ultrasound image to which the selected preset gain is applied, characterised in that the list of the preset gains on the touch screen is displayed as images respectively corresponding to the preset gains, and each of the images corresponding to each of the preset gains comprises a plurality of slide bars which represent the respective gain values with regard to depths of the ultrasound signal. obtaining an ultrasound signal, which relates to an object; displaying, on a touch screen, a gain setup window which relates to setting a gain with respect to the obtained ultrasound signal; displaying an ultrasound image based on the ultrasound signal on the touch screen; displaying a list of preset gains on the touch screen; receiving a touch input which relates to selecting one preset gain from among the preset gains included in the displayed list via the touch screen, displaying the selected preset gain on the gain setup window; displaying as the ultrasound image based on the ultrasound signal an ultrasound image to which the selected preset gain is applied, characterised in that the list of the preset gains on the touch screen is displayed as images respectively corresponding to the preset gains, and each of the images corresponding to each of the preset gains comprises a plurality of slide bars which represent the respective gain values with regard to depths of the ultrasound signal.