mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear, comprising: an upper, the upper comprising a plantar section, side sections (32, 33), and a dorsal section, the plantar, side (32, 33) and dorsal sections defining a void; a chassis comprising a base and a frame, wherein the chassis is located in a bottom of the void, a bottom side of the base is fixed relative to a top surface of the plantar section, the frame is disposed at a top side of the base, and the frame comprises a network of interconnected walls defining a plurality of cells, each of at least a portion of the cells having a bottom at least partially closed by an underlying portion of the base; and a sock liner within the void and resting on a top of the chassis, wherein a bottom of the sock liner includes downwardly-extending tabs, each of the tabs extending into a corresponding one of the cells. an upper, the upper comprising a plantar section, side sections (32, 33), and a dorsal section, the plantar, side (32, 33) and dorsal sections defining a void; a chassis comprising a base and a frame, wherein the chassis is located in a bottom of the void, a bottom side of the base is fixed relative to a top surface of the plantar section, the frame is disposed at a top side of the base, and the frame comprises a network of interconnected walls defining a plurality of cells, each of at least a portion of the cells having a bottom at least partially closed by an underlying portion of the base; and the chassis is located in a bottom of the void, a bottom side of the base is fixed relative to a top surface of the plantar section, the frame is disposed at a top side of the base, and the frame comprises a network of interconnected walls defining a plurality of cells, each of at least a portion of the cells having a bottom at least partially closed by an underlying portion of the base; and a sock liner within the void and resting on a top of the chassis, wherein a bottom of the sock liner includes downwardly-extending tabs, each of the tabs extending into a corresponding one of the cells.
A computer implemented method for displaying a video stream of a scene captured by a video capture device on a display of a client device, the method comprising: detecting a new event in the scene; determining a new event area in the scene within which the new event is detected; checking whether a prior event was detected within the new event area during a predetermined time period preceding the new event; detecting a separate event ongoing in the scene simultaneously with the new event; upon the separate event being detected, determining a separate event area in the scene within which the separate event is detected; determining a distance between the new event area and the separate event area; upon no prior event having been detected during the predetermined time period and upon determining that the distance between the new event area and the separate event area is greater than a predetermined threshold, adding a visual indicator to an image frame temporally corresponding to the detection of the new event and to a number of subsequent image frames of the video stream, wherein the visual indicator coincides with the new event area, and wherein the step of adding the visual indicator comprises gradually changing an appearance of the visual indicator throughout the number of subsequent image frames; and displaying the video stream with the added visual indicator on the display of the client device. detecting a new event in the scene; determining a new event area in the scene within which the new event is detected; checking whether a prior event was detected within the new event area during a predetermined time period preceding the new event; detecting a separate event ongoing in the scene simultaneously with the new event; upon the separate event being detected, determining a separate event area in the scene within which the separate event is detected; determining a distance between the new event area and the separate event area; upon no prior event having been detected during the predetermined time period and upon determining that the distance between the new event area and the separate event area is greater than a predetermined threshold, adding a visual indicator to an image frame temporally corresponding to the detection of the new event and to a number of subsequent image frames of the video stream, wherein the visual indicator coincides with the new event area, and wherein the step of adding the visual indicator comprises gradually changing an appearance of the visual indicator throughout the number of subsequent image frames; and displaying the video stream with the added visual indicator on the display of the client device.
Fragmentation sleeve, for a generally circular cylindrically shaped ammunition body, the sleeve a) having an annular shape with an inner diameter at no place smaller than D i, an outer diameter D a, an internal surface S i, an external surface S a, and a height H; and b) being configured to be slid over and positioned on an outer surface of the ammunition body; and c) comprising a plurality of fragments embedded in a polymeric matrix, characterized in that d) the sleeve has the shape of double hollow cone, a single hollow spherical zone or a multiple hollow spherical zone. a) having an annular shape with an inner diameter at no place smaller than D i, an outer diameter D a, an internal surface S i, an external surface S a, and a height H; and b) being configured to be slid over and positioned on an outer surface of the ammunition body; and c) comprising a plurality of fragments embedded in a polymeric matrix, characterized in that d) the sleeve has the shape of double hollow cone, a single hollow spherical zone or a multiple hollow spherical zone.
A laundry apparatus comprising: a cabinet; a tub provided in the cabinet and defining an internal space, with an opening formed in a front; a drum rotatably provided in the internal space of the tub and made of a conductor; and an induction unit provided on an outer circumferential surface of the tub for heating the drum by generating an electromagnetic field, wherein the induction unit comprises: a coil for generating an eddy current in the drum by generating a magnetic field, using an electric current supplied thereto; characterized by a coil arranging portion provided on the outer circumferential surface of the tub, guiding the coil to be wound around front and rear portions of the tub at least one time, spaced a preset distance apart from each other, so that the coil is wound at a predetermined area from a front side to a rear side at least one time. a cabinet; a tub provided in the cabinet and defining an internal space, with an opening formed in a front; a drum rotatably provided in the internal space of the tub and made of a conductor; and an induction unit provided on an outer circumferential surface of the tub for heating the drum by generating an electromagnetic field, wherein the induction unit comprises: a coil for generating an eddy current in the drum by generating a magnetic field, using an electric current supplied thereto; characterized by a coil arranging portion provided on the outer circumferential surface of the tub, guiding the coil to be wound around front and rear portions of the tub at least one time, spaced a preset distance apart from each other, so that the coil is wound at a predetermined area from a front side to a rear side at least one time. a coil for generating an eddy current in the drum by generating a magnetic field, using an electric current supplied thereto; characterized by a coil arranging portion provided on the outer circumferential surface of the tub, guiding the coil to be wound around front and rear portions of the tub at least one time, spaced a preset distance apart from each other, so that the coil is wound at a predetermined area from a front side to a rear side at least one time.
A container including an elongate electronic nicotine delivery system or other flavoured vapour delivery system, the container comprising: a rigid elongate body defining a chamber including an end having an opening (10, 11), an elongate electronic nicotine delivery system or other flavoured vapour delivery system inserted into the chamber through said opening and supported in an upright position within the chamber, a lid pivotally attached to said body to cover said opening in a closed position, characterised by an over-centre biasing mechanism configured to bias the lid toward a closed position until the lid has been pivoted into an intermediate position, beyond which the lid is biased towards an open position, a switch for detecting whether the lid is in an open or closed position, wherein the switch is mechanically operated by movement of the lid for detecting whether the lid is in an open or closed position, and electronic and/or electrical functionality which is controlled in accordance with the open or closed position of the lid as detected by the switch. a rigid elongate body defining a chamber including an end having an opening (10, 11), an elongate electronic nicotine delivery system or other flavoured vapour delivery system inserted into the chamber through said opening and supported in an upright position within the chamber, a lid pivotally attached to said body to cover said opening in a closed position, characterised by an over-centre biasing mechanism configured to bias the lid toward a closed position until the lid has been pivoted into an intermediate position, beyond which the lid is biased towards an open position, a switch for detecting whether the lid is in an open or closed position, wherein the switch is mechanically operated by movement of the lid for detecting whether the lid is in an open or closed position, and electronic and/or electrical functionality which is controlled in accordance with the open or closed position of the lid as detected by the switch.
Sensor arrangement comprising: - a wheel sensor which is arranged to detect wheels of rail vehicles, - a carrier, and - a connector, wherein - the wheel sensor is fixed on the carrier, characterised in that - the connector is fixed to the carrier, and - the connector is electrically connected with at least one electrical contact of the wheel sensor. - a wheel sensor which is arranged to detect wheels of rail vehicles, - a carrier, and - a connector, wherein - the wheel sensor is fixed on the carrier, - the connector is fixed to the carrier, and - the connector is electrically connected with at least one electrical contact of the wheel sensor.
A system comprising a security inspection device and a label to be bound with an item subjected to security inspection and used for identifying the item subjected to security inspection, including an identifier for uniquely identifying the label, wherein the security inspection device is configured to obtain a security inspection image of the item subjected to security inspection and recognize the identifier in the security inspection image, when the item subjected to security inspection passes through the security inspection device, the system being further configured such that it allows tracking the item subjected to security inspection based on the comparison of the identifier recognized from the security inspection image and the identifier in the label bound with the item subjected to security inspection, when the item needs to be identified, the label being further such that the identifier includes a character and either exactly a single positioning point located at a beginning position or an ending position of the identifier, exactly first and second positioning points located at a beginning position and an ending position of the identifier, or exactly three positioning points arranged based on a preset pattern, and the character is disposed adjacent to the three positioning points; a material of the or each positioning point and the character of the identifier is a material capable of imaging under radiation of the security inspection device; and the security inspection device being further configured to extract an image region of the identifier in the label from the security inspection image, based on a shape and/or position of the identifier in the label, and to recognize the identifier in the extracted image region. a material of the or each positioning point and the character of the identifier is a material capable of imaging under radiation of the security inspection device; and the security inspection device being further configured to extract an image region of the identifier in the label from the security inspection image, based on a shape and/or position of the identifier in the label, and to recognize the identifier in the extracted image region.
An optoelectronic device comprising a semiconducting material, wherein the semiconducting material comprises a halometallate compound comprising: (a) cesium; (b) palladium; and (c) one or more halide anions. (a) cesium; (b) palladium; and (c) one or more halide anions.
An air-conditioner comprising: a unit main body which is suspended in a roof space of a building via a plurality of hanging tools, and accommodates an indoor heat exchanger and a blower for transferring air to the heat exchanger; and a plurality of hangers which are provided in a top board of the unit main body, and are connected to lower end portions of the hanging tools, characterized in that the top board includes an upper board portion which extends horizontally, and a sideboard portion connected to the peripheral border of the upper board which is bent downward from the peripheral border of the upper board portion at a substantially right angle, and each of the hangers includes a connection portion which juts from the corner portion of the top board outward and horizontally in the width direction from the unit main body and is connected to the corresponding hanging tool, a first securing portion which is bent at substantially a right angle from an end portion opposite to the apical end portion of the connection portion so as to overlap with an inner surface of the sideboard portion and is secured to the sideboard portion via a fastener, and a second securing portion which extends integrally from an apical end of the first securing portion along the lower surface of the upper board portion of the top board and overlaps with the upper board portion from an upper side. a unit main body which is suspended in a roof space of a building via a plurality of hanging tools, and accommodates an indoor heat exchanger and a blower for transferring air to the heat exchanger; and a plurality of hangers which are provided in a top board of the unit main body, and are connected to lower end portions of the hanging tools, characterized in that the top board includes an upper board portion which extends horizontally, and a sideboard portion connected to the peripheral border of the upper board which is bent downward from the peripheral border of the upper board portion at a substantially right angle, and each of the hangers includes a connection portion which juts from the corner portion of the top board outward and horizontally in the width direction from the unit main body and is connected to the corresponding hanging tool, a first securing portion which is bent at substantially a right angle from an end portion opposite to the apical end portion of the connection portion so as to overlap with an inner surface of the sideboard portion and is secured to the sideboard portion via a fastener, and a second securing portion which extends integrally from an apical end of the first securing portion along the lower surface of the upper board portion of the top board and overlaps with the upper board portion from an upper side.
A process for obtaining a mixture of policosanols from waxy material, comprising the following steps: microwave-assisted transesterification of the waxy material in an alcoholic environment with a basic pH obtained using a base chosen in the group consisting of potassium hydroxide, sodium hydroxide, ammonium hydroxide, calcium hydroxide and calcium carbonate; washing of the transesterified material with water to remove the water-soluble salified fatty acids; microwave-assisted hydrolysis in an alcoholic environment with a basic pH to purify the transesterified material of the unreacted fatty acids and of esters; purification with non-polar organic solvents.
A packet transmission method, comprising: receiving, by a second device, at least one first packet from a first device; wherein the first packet comprises a first cycle label and a first number, and the first packet is a packet sent by the first device in a cycle corresponding to the first cycle label; when the first number of the first packet meets a first condition, determining, by the second device, a second cycle label corresponding to the first cycle label, and sending the first packet to a third device in a cycle corresponding to the second cycle label; and when the first number of the first packet meets a second condition, determining, by the second device, a third cycle label corresponding to the first cycle label, and sending the first packet to the third device in a cycle corresponding to the third cycle label, wherein the cycle corresponding to the second cycle label and the cycle corresponding to the third cycle label are different cycles. receiving, by a second device, at least one first packet from a first device; wherein the first packet comprises a first cycle label and a first number, and the first packet is a packet sent by the first device in a cycle corresponding to the first cycle label; when the first number of the first packet meets a first condition, determining, by the second device, a second cycle label corresponding to the first cycle label, and sending the first packet to a third device in a cycle corresponding to the second cycle label; and when the first number of the first packet meets a second condition, determining, by the second device, a third cycle label corresponding to the first cycle label, and sending the first packet to the third device in a cycle corresponding to the third cycle label, wherein the cycle corresponding to the second cycle label and the cycle corresponding to the third cycle label are different cycles.
An LED driving apparatus, comprising: a voltage detection unit detecting a driving voltage supplied from a driving unit for a light emitting unit having a plurality of LEDs; a current detection unit detecting a driving current (Idrv) flowing in the light emitting unit; and a control unit setting a reference current (Iref) according to detected voltage (Vd) from the voltage detection unit and controlling the driving unit according to the reference current (Iref) and the detected current (Id) from the current detection unit, wherein the control unit includes, a reference current setting part setting a reference current (Iref) corresponding to a level of the detected voltage (Vd) from the voltage detection unit; an A/D converter converting the detected current (Vd) from the current detection unit into a digital detected current (Ida); and a switching controller generating a gate signal according to an error between the reference current (Iref) and the digital detected current (Ida) and providing the generated gate signal to the driving unit, and wherein the reference current setting part includes, an A/D converter converting the detected voltage (Vd) from the voltage detection unit into the digital detected voltage (Vda); a memory storing a V/I lookup table in which a current level corresponding to each voltage level is preset; and a V/I converter retrieving the current corresponding to the level of the digital detected voltage (Vda) from the A/D converter from the memory to set the retrieved current as the reference current (Iref). a voltage detection unit detecting a driving voltage supplied from a driving unit for a light emitting unit having a plurality of LEDs; a current detection unit detecting a driving current (Idrv) flowing in the light emitting unit; and a control unit setting a reference current (Iref) according to detected voltage (Vd) from the voltage detection unit and controlling the driving unit according to the reference current (Iref) and the detected current (Id) from the current detection unit, wherein the control unit includes, a reference current setting part setting a reference current (Iref) corresponding to a level of the detected voltage (Vd) from the voltage detection unit; an A/D converter converting the detected current (Vd) from the current detection unit into a digital detected current (Ida); and a switching controller generating a gate signal according to an error between the reference current (Iref) and the digital detected current (Ida) and providing the generated gate signal to the driving unit, and wherein the reference current setting part includes, an A/D converter converting the detected voltage (Vd) from the voltage detection unit into the digital detected voltage (Vda); a memory storing a V/I lookup table in which a current level corresponding to each voltage level is preset; and a V/I converter retrieving the current corresponding to the level of the digital detected voltage (Vda) from the A/D converter from the memory to set the retrieved current as the reference current (Iref).
A fluidic analyzer, comprising: a cartridge (41, 91) having a first major surface and an opposing second major surface, with a flow channel (48, 92) positioned between the first major surface and the second major surface, the cartridge (41, 91) further having: an opening extending through the first major surface and into the flow channel (48, 92); and a one way valve in the flow channel, the one way valve preventing backflow of fluid from the cartridge; an instrument for receiving the cartridge, the instrument having a pressure source that is at least selectively in fluid communication with a nozzle (80, 90), the nozzle being positioned over the opening of the cartridge forming a fluid tight seal with the flow channel (48, 92) of the cartridge when the cartridge is received by the instrument; and the instrument includes a sensor configured to sense a measure of the fluid in the supply flow channel (49, 55) of the instrument. a cartridge (41, 91) having a first major surface and an opposing second major surface, with a flow channel (48, 92) positioned between the first major surface and the second major surface, the cartridge (41, 91) further having: an opening extending through the first major surface and into the flow channel (48, 92); and a one way valve in the flow channel, the one way valve preventing backflow of fluid from the cartridge; an opening extending through the first major surface and into the flow channel (48, 92); and a one way valve in the flow channel, the one way valve preventing backflow of fluid from the cartridge; an instrument for receiving the cartridge, the instrument having a pressure source that is at least selectively in fluid communication with a nozzle (80, 90), the nozzle being positioned over the opening of the cartridge forming a fluid tight seal with the flow channel (48, 92) of the cartridge when the cartridge is received by the instrument; and the instrument includes a sensor configured to sense a measure of the fluid in the supply flow channel (49, 55) of the instrument.