mhurhangee/ep-ind-claims huggingface dataset:
A drawing device comprising: a display device having an image display area; a sensor (20, 40) arranged in a superimposed relationship with the image display area of the display device and having an indicator operation detection area sized so as to detect indicator operations in the image display area of the display device; a memory adapted to store drawing information drawn by an indicator on the display device; and a control circuit that renders a drawing in the image display area of the display device based on the drawing information stored in the memory, characterized in that the control circuit causes a test drawing area and a parameter setting area to be displayed superimposed on the drawing in the image display area of the display device in response to a detection, by the sensor (20, 40), of an indication operation by the indicator, the test drawing area enabling a drawing operation by the indicator in an area falling within the test drawing area and a test drawing image (pt) is rendered with the indicator in the test drawing area, the parameter setting area enabling changing of parameters of drawing information generated by the drawing operation in the test drawing area using the indicator, and the control circuit causes the test drawing area to be displayed in a visually identifiable manner in the image display area of the display device and causing the test drawing area to be displayed transparently with a portion of the drawing in the image display area of the display device appearing through the test drawing area. a display device having an image display area; a sensor (20, 40) arranged in a superimposed relationship with the image display area of the display device and having an indicator operation detection area sized so as to detect indicator operations in the image display area of the display device; a memory adapted to store drawing information drawn by an indicator on the display device; and a control circuit that renders a drawing in the image display area of the display device based on the drawing information stored in the memory, characterized in that the control circuit causes a test drawing area and a parameter setting area to be displayed superimposed on the drawing in the image display area of the display device in response to a detection, by the sensor (20, 40), of an indication operation by the indicator, the test drawing area enabling a drawing operation by the indicator in an area falling within the test drawing area and a test drawing image (pt) is rendered with the indicator in the test drawing area, the parameter setting area enabling changing of parameters of drawing information generated by the drawing operation in the test drawing area using the indicator, and the control circuit causes the test drawing area to be displayed in a visually identifiable manner in the image display area of the display device and causing the test drawing area to be displayed transparently with a portion of the drawing in the image display area of the display device appearing through the test drawing area.
A two-wheeled trolley having only two wheels comprising a box or frame structure (3, 4) adapted to receive or support a load, and two ground-engaging wheels (1, 2) mounted for free rotation on axles connected to the box or frame structure and characterised in that each axle can themselves swivel independently of the other, relative to the box or frame structure (3, 4), about a horizontal axis perpendicular to the direction of travel when the trolley is pulled or pushed along over a restricted arcuate range constrained by stops.
A micro-light-emitting diode (micro-LED), comprising: a first conductivity type semiconductor layer (alternatively designated "first type semiconductor layer") having a first area viewed in a direction normal to the first type semiconductor layer, and an edge of the first type semiconductor layer having a first perimeter viewed in said direction; a second conductivity type semiconductor layer (alternatively designated "second type semiconductor layer") joined with the first type semiconductor layer; a first edge isolation structure joined with the first type semiconductor layer; a first electrode electrically coupled with the first type semiconductor layer, wherein at least a part of a vertical projection of the edge of the first type semiconductor layer on the first electrode overlaps with the first electrode, and the first edge isolation structure is at least partially located on the part of the first type semiconductor layer; and a second electrode electrically coupled with the second type semiconductor layer, wherein at least one of the first electrode and the second electrode is at least partially transparent, characterized in that a part of the first type semiconductor layer and a part of said edge of the first type semiconductor layer are not covered by the edge isolation structure and respectively have a second area (A') and a second perimeter (L') viewed in said direction, and a ratio (L/A) of the first perimeter to the first area is greater than a ratio (L'/A') of the second perimeter (L') to the second area (A'). a first conductivity type semiconductor layer (alternatively designated "first type semiconductor layer") having a first area viewed in a direction normal to the first type semiconductor layer, and an edge of the first type semiconductor layer having a first perimeter viewed in said direction; a second conductivity type semiconductor layer (alternatively designated "second type semiconductor layer") joined with the first type semiconductor layer; a first edge isolation structure joined with the first type semiconductor layer; a first electrode electrically coupled with the first type semiconductor layer, wherein at least a part of a vertical projection of the edge of the first type semiconductor layer on the first electrode overlaps with the first electrode, and the first edge isolation structure is at least partially located on the part of the first type semiconductor layer; and a second electrode electrically coupled with the second type semiconductor layer, wherein at least one of the first electrode and the second electrode is at least partially transparent, characterized in that a part of the first type semiconductor layer and a part of said edge of the first type semiconductor layer are not covered by the edge isolation structure and respectively have a second area (A') and a second perimeter (L') viewed in said direction, and a ratio (L/A) of the first perimeter to the first area is greater than a ratio (L'/A') of the second perimeter (L') to the second area (A').
A display control device comprising: a display control unit configured to move a displayed object on a screen of a display device of a head-mounted display in a direction opposite to the direction of movement of the display device of the head-mounted display, wherein the displayed object is moved to a predetermined position on the screen without any user input after the displayed object has been moved from the predetermined position on the basis of turning of a head of a user, wherein the predetermined position is a position set in a local space, wherein the local space is a coordinate system transferring along with a direction of the head-mounted display. a display control unit configured to move a displayed object on a screen of a display device of a head-mounted display in a direction opposite to the direction of movement of the display device of the head-mounted display, wherein the displayed object is moved to a predetermined position on the screen without any user input after the displayed object has been moved from the predetermined position on the basis of turning of a head of a user, wherein the predetermined position is a position set in a local space, wherein the local space is a coordinate system transferring along with a direction of the head-mounted display.
A toothbrush comprising: a handle; a head mounted to the handle, the head comprising an outer surface and a plurality of tooth cleaning elements extending outwardly from the outer surface; and a dentifrice composition positioned on the head, wherein the dentifrice composition comprises an orally acceptable carrier and 1 to 10 wt.% abrasive, which is high cleaning silica, such that the total amount of the high cleaning silica delivered per application is 2 mg to 8 mg, the high cleaning silica having a weight mean particle size in the range of 3 to 7 μm, with at least 90% of the particles by weight having a size below 16 μm, wherein the orally acceptable carrier comprises 50 to 90 wt.% of a medium chain triglyceride having 6 to 12 carbons in length and wherein the composition does not contain antibacterial agents, malodor prevention agents, anti-caries agents, whitening agents, tartar control agents, foaming agents, anti-calculus agents, fluorides, anti-microbial agents or anti-inflammatory agents. a handle; a head mounted to the handle, the head comprising an outer surface and a plurality of tooth cleaning elements extending outwardly from the outer surface; and a dentifrice composition positioned on the head, wherein the dentifrice composition comprises an orally acceptable carrier and 1 to 10 wt.% abrasive, which is high cleaning silica, such that the total amount of the high cleaning silica delivered per application is 2 mg to 8 mg, the high cleaning silica having a weight mean particle size in the range of 3 to 7 μm, with at least 90% of the particles by weight having a size below 16 μm, wherein the orally acceptable carrier comprises 50 to 90 wt.% of a medium chain triglyceride having 6 to 12 carbons in length and wherein the composition does not contain antibacterial agents, malodor prevention agents, anti-caries agents, whitening agents, tartar control agents, foaming agents, anti-calculus agents, fluorides, anti-microbial agents or anti-inflammatory agents.
A mortise and tenon jig comprising: a base plate; a router support plate attached to an upper surface of the base plate, the router support plate comprising an opening; and a guide (101, 101b, 101c) attached to the router support plate, wherein: the guide comprises a first end and a second end; the first end comprises a mortise guide surface (1011.1); the second end comprises a tenon guide surface (1012.1 and characterized in that the mortise and tenon jig comprises a first configuration where the mortise guide surface is aligned with the opening and a second configuration where the tenon guide surface is aligned with the opening, wherein the opening is shaped to alternatively receive the first end of the guide when the mortise and tenon jig is in the first configuration and receive the second end of the guide when the mortise and tenon jig is in the second configuration. a base plate; a router support plate attached to an upper surface of the base plate, the router support plate comprising an opening; and a guide (101, 101b, 101c) attached to the router support plate, wherein: the guide comprises a first end and a second end; the first end comprises a mortise guide surface (1011.1); the second end comprises a tenon guide surface (1012.1 and characterized in that the mortise and tenon jig comprises a first configuration where the mortise guide surface is aligned with the opening and a second configuration where the tenon guide surface is aligned with the opening, wherein the opening is shaped to alternatively receive the first end of the guide when the mortise and tenon jig is in the first configuration and receive the second end of the guide when the mortise and tenon jig is in the second configuration. the guide comprises a first end and a second end; the first end comprises a mortise guide surface (1011.1); the second end comprises a tenon guide surface (1012.1 and characterized in that the mortise and tenon jig comprises a first configuration where the mortise guide surface is aligned with the opening and a second configuration where the tenon guide surface is aligned with the opening, wherein the opening is shaped to alternatively receive the first end of the guide when the mortise and tenon jig is in the first configuration and receive the second end of the guide when the mortise and tenon jig is in the second configuration.
A method for calibrating a near field synthetic aperture radar system, the method comprising the steps of: positioning at least one antenna adjacent an object to be scanned in the near field; scanning a reflecting material using the at least one antenna at multiple antenna locations to create a scanning profile; scanning an absorbing material using the at least one antenna at multiple antenna locations to create an absorbing profile; and creating a calibrated profile using the scanning profile and the absorbing profile, the calibrated profile including an error model describing the effects caused by the distortion of an antenna radiation pattern of the at least one antenna for the multiple antenna locations, the error model being calculated using the scanning profile and the absorbing profile. positioning at least one antenna adjacent an object to be scanned in the near field; scanning a reflecting material using the at least one antenna at multiple antenna locations to create a scanning profile; scanning an absorbing material using the at least one antenna at multiple antenna locations to create an absorbing profile; and creating a calibrated profile using the scanning profile and the absorbing profile, the calibrated profile including an error model describing the effects caused by the distortion of an antenna radiation pattern of the at least one antenna for the multiple antenna locations, the error model being calculated using the scanning profile and the absorbing profile.
A convergent transmission system, comprising a data offloading and converging node, a cellular access point, and a wireless local area network, WLAN, access point, wherein: the data offloading and converging node is configured to: negotiate with a user equipment, UE, to determine a data offloading policy; according to the data offloading policy determined by negotiating with the UE, use a WLAN radio bearer to transmit a part of user data, wherein the WLAN radio bearer is got by configuring a part of radio bearers of a cellular system as WLAN radio links; and use a remaining radio bearer of the cellular system to transmit a remaining part of the user data, wherein the radio bearers of the cellular system are a radio part of bearer channels of the cellular system, and the bearer channels of the cellular system are created through control plane signaling of the cellular system; the WLAN access point is configured to work with the UE and the data offloading and converging node to transmit the part of the user data; and the cellular access point is configured to work with the UE and the data offloading and converging node to transmit the remaining part of the user data. the data offloading and converging node is configured to: negotiate with a user equipment, UE, to determine a data offloading policy; according to the data offloading policy determined by negotiating with the UE, use a WLAN radio bearer to transmit a part of user data, wherein the WLAN radio bearer is got by configuring a part of radio bearers of a cellular system as WLAN radio links; and use a remaining radio bearer of the cellular system to transmit a remaining part of the user data, wherein the radio bearers of the cellular system are a radio part of bearer channels of the cellular system, and the bearer channels of the cellular system are created through control plane signaling of the cellular system; the WLAN access point is configured to work with the UE and the data offloading and converging node to transmit the part of the user data; and the cellular access point is configured to work with the UE and the data offloading and converging node to transmit the remaining part of the user data.
Combustion chamber assembly for an engine with - a combustion chamber, which defines a combustion space edged by a combustion chamber wall and extending along a main flow direction (s) from a combustion chamber head to a combustion chamber outlet, and - a fuel injection system that has at least one fuel supply line for the fuel to be injected into the combustion space, wherein a head part is provided on the combustion chamber head for supplying a fuel/air mixture, the head part having, on an end face facing the combustion space, a plurality of first outflow openings for fuel and a plurality of second outflow openings for air, characterised in that the head part integrates heat exchanger ducts (17, 18) for transferring heat between fuel flowing to the first outflow openings in the head part and air flowing to the second outflow openings in the head part. - a combustion chamber, which defines a combustion space edged by a combustion chamber wall and extending along a main flow direction (s) from a combustion chamber head to a combustion chamber outlet, and - a fuel injection system that has at least one fuel supply line for the fuel to be injected into the combustion space, wherein a head part is provided on the combustion chamber head for supplying a fuel/air mixture, the head part having, on an end face facing the combustion space, a plurality of first outflow openings for fuel and a plurality of second outflow openings for air, characterised in that the head part integrates heat exchanger ducts (17, 18) for transferring heat between fuel flowing to the first outflow openings in the head part and air flowing to the second outflow openings in the head part. wherein a head part is provided on the combustion chamber head for supplying a fuel/air mixture, the head part having, on an end face facing the combustion space, a plurality of first outflow openings for fuel and a plurality of second outflow openings for air, characterised in that the head part integrates heat exchanger ducts (17, 18) for transferring heat between fuel flowing to the first outflow openings in the head part and air flowing to the second outflow openings in the head part.
A multilayer protection method for a multilayer application scene in a network, characterized in that the method comprises: judging whether or not a current layer functions as protection when it is needed to forward a message; when the current layer functions as protection, selecting a protection path according to a protection table of the current layer, otherwise selecting a working path; when the current layer is not an outermost layer, entering a next layer according to the protection path or the working path, and returning to a judgement of whether or not the next layer functions as protection; when the current layer is the outermost layer, forwarding the message according to the protection path or the working path selected by each layer; wherein the current layer refers to one of layers of the multilayer application scene in the network. judging whether or not a current layer functions as protection when it is needed to forward a message; when the current layer functions as protection, selecting a protection path according to a protection table of the current layer, otherwise selecting a working path;
A rear motorcycle frame formed from two halves (2, 3) made of plastics material which are produced in an injection-moulding process and when connected together form a closed box shape in cross-section, the closed box shape having two lateral/vertical connections and one upper and one lower horizontal connection, wherein the rear motorcycle frame on the two halves (2, 3) has, in portions on the inside, a set of ribs, and also, in a region which is intended for free travel of the rear wheel of a motorcycle, on the outside a set of ribs, both of which sets are jointly moulded on in the injection-moulding process.
A sample slide for visually inspecting urine samples for particles and sediments comprising: (a) a base layer of optically clear material; (b) a middle layer containing at least one set of cutouts forming a test site, said cutouts forming at least one inlet chamber for receiving a urine sample, at least one viewing chamber, and at least one hydrophilic capillary passageway in fluid communication between said inlet chamber and said viewing chamber; (c) a top layer of optically clear material, said top layer containing cutouts forming openings for introducing said urine sample into said inlet chamber and for venting air from said viewing chamber; wherein said optically clear materials of the base layer and the top layer have a surface energy of at least 0.05 newton/meter (50 dynes/cm) such that the particles and sediments are separated and immobilized on the surface of said optically clear materials. (a) a base layer of optically clear material; (b) a middle layer containing at least one set of cutouts forming a test site, said cutouts forming at least one inlet chamber for receiving a urine sample, at least one viewing chamber, and at least one hydrophilic capillary passageway in fluid communication between said inlet chamber and said viewing chamber; (c) a top layer of optically clear material, said top layer containing cutouts forming openings for introducing said urine sample into said inlet chamber and for venting air from said viewing chamber;
A method of quantifying a titer of a target organism in a sample, comprising: a. providing a sample comprising the target organism, wherein the target organism comprises at least one target sequence; b. providing a multi-analyte control comprising known titers of at least three species of organisms, wherein the organisms have been inactivated; c. mixing a known amount of a normalization control with the sample and with the multi-analyte control, wherein the normalization control comprises at least three groups of polynucleotides, wherein the polynucleotides within each group are of the same length; d. preparing high throughput sequencing libraries from the sample and the multi-analyte control; e. sequencing said libraries to produce a collection of sample reads and a collection of multi-analyte control reads; f. normalizing the collection of sample reads and the collection of multi-analyte control reads from (e) using the normalization controls; g. determining a relationship between normalized reads and the known titers of the at least three species of organisms in the multi-analyte control; and h. calculating a titer of the target organism in the sample using the relationship determined in (g). a. providing a sample comprising the target organism, wherein the target organism comprises at least one target sequence; b. providing a multi-analyte control comprising known titers of at least three species of organisms, wherein the organisms have been inactivated; c. mixing a known amount of a normalization control with the sample and with the multi-analyte control, wherein the normalization control comprises at least three groups of polynucleotides, wherein the polynucleotides within each group are of the same length; d. preparing high throughput sequencing libraries from the sample and the multi-analyte control; e. sequencing said libraries to produce a collection of sample reads and a collection of multi-analyte control reads; f. normalizing the collection of sample reads and the collection of multi-analyte control reads from (e) using the normalization controls; g. determining a relationship between normalized reads and the known titers of the at least three species of organisms in the multi-analyte control; and h. calculating a titer of the target organism in the sample using the relationship determined in (g).