mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire having a toroidal carcass extending from a tread portion to a bead core in a bead portion through a sidewall portion, wherein the bead portion is provided with a bead reinforcing rubber layer disposed along an outer surface in the tire axial direction of the carcass, the bead reinforcing rubber layer comprises a band-like rubber strip wound spirally circumferentially of the tire, in a tire meridian section including the tire rotational axis, an inner surface (si) and an outer surface (so) in the tire axial direction of the bead reinforcing rubber layer each have adjacent rubber strip's interfaces, characterized in that the number of the interfaces in the inner surface (si) is smaller than the number of the interfaces in the outer surface (So).
Method for integrating a radio-identification chip in a structure, characterised in that it comprises: - a step of positioning a chip, carried by a chip support formed of a first material, in a mould for manufacturing the structure, - a step of injecting a second material, miscible with the first material at an injection temperature of the second material, into the mould, - a step of melting the chip support in contact with the second material injected into the mould to form first and second mixed materials, and - a step of solidifying the first and second mixed materials, the chip being integrated in the solidified structure. - a step of positioning a chip, carried by a chip support formed of a first material, in a mould for manufacturing the structure, - a step of injecting a second material, miscible with the first material at an injection temperature of the second material, into the mould, - a step of melting the chip support in contact with the second material injected into the mould to form first and second mixed materials, and - a step of solidifying the first and second mixed materials, the chip being integrated in the solidified structure.
A handheld kitchen appliance assembly comprising: a drive unit including a housing, a rechargeable battery disposed within the housing, and a motor disposed within the housing and powered by the battery; a tool including an attachment portion for releasably connecting the tool to the drive unit, the tool selectively driven by the drive unit when the tool is connected to the drive unit; a charging unit including a cavity sized and shaped to receive a portion of the drive unit, the charging unit having a power supply and configured to send a charging current to the battery of the drive unit to recharge the battery when the drive unit is received within the cavity; and a cradle including an opening sized and shaped to support the tool when the tool is disconnected from the drive unit, characterized by the cradle having a linkage engageable with the charging unit for selectively connecting the cradle to the charging unit. a drive unit including a housing, a rechargeable battery disposed within the housing, and a motor disposed within the housing and powered by the battery; a tool including an attachment portion for releasably connecting the tool to the drive unit, the tool selectively driven by the drive unit when the tool is connected to the drive unit; a charging unit including a cavity sized and shaped to receive a portion of the drive unit, the charging unit having a power supply and configured to send a charging current to the battery of the drive unit to recharge the battery when the drive unit is received within the cavity; and a cradle including an opening sized and shaped to support the tool when the tool is disconnected from the drive unit, characterized by the cradle having a linkage engageable with the charging unit for selectively connecting the cradle to the charging unit.
A medical equipment case configured to cover at least a portion of a housing of a medical equipment, the medical equipment case comprising: a case body configured to cover at least a portion of the housing, the case body comprising a contact surface and a bottom surface configured for placing the medical equipment in a vertical manner on a placement surface (g); a support member comprising a contact surface and a connecting portion for connecting the support member to the case body, wherein a portion of the support member is connected to the case body, and another portion of the support member is configured to be attachable to and detachable from the case body; characterized in that the support member can be configured in a state wherein the support member is closely attached to the case body and in an opened state wherein only the connecting portion of the support member is connected to the case body and wherein the contact surface of the case body and the contact surface of the support member can be contacted with the placement surface (g) such that the support member supports the load of the medical equipment from a side opposite to a side on which a display of the medical equipment is disposed such that the display of the medical equipment is inclined with respect to the placement surface (g). a case body configured to cover at least a portion of the housing, the case body comprising a contact surface and a bottom surface configured for placing the medical equipment in a vertical manner on a placement surface (g); a support member comprising a contact surface and a connecting portion for connecting the support member to the case body, wherein a portion of the support member is connected to the case body, and another portion of the support member is configured to be attachable to and detachable from the case body; characterized in that the support member can be configured in a state wherein the support member is closely attached to the case body and in an opened state wherein only the connecting portion of the support member is connected to the case body and wherein the contact surface of the case body and the contact surface of the support member can be contacted with the placement surface (g) such that the support member supports the load of the medical equipment from a side opposite to a side on which a display of the medical equipment is disposed such that the display of the medical equipment is inclined with respect to the placement surface (g).
A depth data measuring head, including: a projection device, configured to project strip-coded structured light in a scanning manner to the capture area; an image sensor, configured to turn on pixel column for imaging column by column, and photograph the capture area to obtain an image frame illuminated by the structured light, wherein the image sensor comprises a first image sensor (320_1) and a second image sensor (320_2) having a predetermined relative positional relationship, configured to capture the capture area respectively to obtain the first and second two-dimensional image frames illuminated by the structured light, wherein in the first and the second image sensors, each pixel (822, 823) in the image sensor includes a plurality of structured light image frame storage units (828, 829), or each pixel column or each group of pixel columns includes N pixel storage sub-columns, where N is an integer greater than or equal to 2, and each structured light image frame storage unit or pixel storage sub-column is respectively used to image a different pattern of strip-coded structured light sequentially projected by the projection device to generate a set of image frames of different patterns, wherein the set of image frames is used as a whole to perform one depth data calculation; and a synchronization device configured to synchronously turn on the pixel columns in the strip direction corresponding to the current scanning position in the first and the second image sensors for imaging, based on the scanning position of the projection device. a projection device, configured to project strip-coded structured light in a scanning manner to the capture area; an image sensor, configured to turn on pixel column for imaging column by column, and photograph the capture area to obtain an image frame illuminated by the structured light, wherein the image sensor comprises a first image sensor (320_1) and a second image sensor (320_2) having a predetermined relative positional relationship, configured to capture the capture area respectively to obtain the first and second two-dimensional image frames illuminated by the structured light, wherein in the first and the second image sensors, each pixel (822, 823) in the image sensor includes a plurality of structured light image frame storage units (828, 829), or each pixel column or each group of pixel columns includes N pixel storage sub-columns, where N is an integer greater than or equal to 2, and each structured light image frame storage unit or pixel storage sub-column is respectively used to image a different pattern of strip-coded structured light sequentially projected by the projection device to generate a set of image frames of different patterns, wherein the set of image frames is used as a whole to perform one depth data calculation; and a synchronization device configured to synchronously turn on the pixel columns in the strip direction corresponding to the current scanning position in the first and the second image sensors for imaging, based on the scanning position of the projection device.
A pre-packaged electrophoresis cassette, the cassette comprising a gel layer and a buffer solution layer, the gel layer comprising a first polymer obtainable from a monomer and a cross-linker, characterized by the gel layer being in contact with the buffer solution layer to form a gel-buffer interface for receiving a sample which is to undergo electrophoresis, by the concentration of monomer being greater than 0.4M, by the concentration of cross-linker being greater than 4mM, and by the ratio of cross-linker to monomer being greater than [4x10 -3], whereby absorption of water by the gel layer from the buffer solution layer is inhibited.
A liquid jetting device comprising: a liquid jetting head that jets a liquid from a nozzle disposed on a nozzle surface, is formed by a plurality of head modules, and has a gap between the head modules adjacent to each other; a transporting unit that transports a recording medium; a recording controller that causes the liquid to be jetted from the nozzle of the liquid jetting head to the transported recording medium to record an image on the recording medium; and a liquid jetting head cleaning device comprising: a pressurization purging controller that performs pressurization purging for pressurizing the inside of the liquid jetting head, and a cleaning unit (80,90) that has a first wiping mode in which a long wiping web in a dry state abuts against the nozzle surface of the liquid jetting head at a pressing force of 0 kPa or more and 15 kPa or less after the pressurization purging is performed, and the wiping web is transported with respect to the liquid jetting head in a web transporting direction to wipe the nozzle surface, characterized in that a plurality of the liquid jetting heads that jet inks having colors different from each other are provided, and in the first wiping mode, the cleaning unit sets a pressing force in a case of wiping the liquid jetting head that jets a black ink to a pressing force smaller than a pressing force in a case of wiping the liquid jetting head that jets an ink other than the black ink. a liquid jetting head that jets a liquid from a nozzle disposed on a nozzle surface, is formed by a plurality of head modules, and has a gap between the head modules adjacent to each other; a transporting unit that transports a recording medium; a recording controller that causes the liquid to be jetted from the nozzle of the liquid jetting head to the transported recording medium to record an image on the recording medium; and a liquid jetting head cleaning device comprising: a pressurization purging controller that performs pressurization purging for pressurizing the inside of the liquid jetting head, and a cleaning unit (80,90) that has a first wiping mode in which a long wiping web in a dry state abuts against the nozzle surface of the liquid jetting head at a pressing force of 0 kPa or more and 15 kPa or less after the pressurization purging is performed, and the wiping web is transported with respect to the liquid jetting head in a web transporting direction to wipe the nozzle surface, a pressurization purging controller that performs pressurization purging for pressurizing the inside of the liquid jetting head, and a cleaning unit (80,90) that has a first wiping mode in which a long wiping web in a dry state abuts against the nozzle surface of the liquid jetting head at a pressing force of 0 kPa or more and 15 kPa or less after the pressurization purging is performed, and the wiping web is transported with respect to the liquid jetting head in a web transporting direction to wipe the nozzle surface,
A space division method to be performed by a computer, the method comprising: specifying an intersection position of a plurality of hyper-planes such that the intersection position is present within a sphere by adjusting offset amounts of the plurality of hyper-planes, when the plurality of hyper-planes are placed so as to divide the sphere present in a space of a dimension higher than a dimension of a feature space by one dimension or more; initially placing the plurality of hyper-planes passing through the set intersection position; and projecting feature vectors in a feature space onto the surface of the sphere divided by the plurality of hyper-planes. specifying an intersection position of a plurality of hyper-planes such that the intersection position is present within a sphere by adjusting offset amounts of the plurality of hyper-planes, when the plurality of hyper-planes are placed so as to divide the sphere present in a space of a dimension higher than a dimension of a feature space by one dimension or more; initially placing the plurality of hyper-planes passing through the set intersection position; and projecting feature vectors in a feature space onto the surface of the sphere divided by the plurality of hyper-planes.
An apparatus comprising: a valve comprising a lever in a first position, the valve being closed at the first position; an elongated shape memory alloy element having a first end connected to the lever, wherein the shape memory alloy element has been strained to have a first length, wherein exposure of at least a portion of the shape memory alloy element to a temperature at or exceeding its austenite transformation temperature causes the shape memory alloy element to shorten to a second length, the second length being less than the first length, thereby causing the first end of the shape memory alloy element to pull the lever to a second position, the valve being open at the second position, wherein the first position of the lever and the second position of the lever are different; characterized in that the apparatus further comprises a biasing element that biases the lever to a third position upon severance of the elongated shape memory alloy element such that the elongated shape memory alloy element does not exert a pulling force on the lever, wherein the third position of the lever is offset from the first position in a rotation direction opposite that of the offset between the first position of the lever and the second position of the lever, and the valve being open at the third position of the lever. a valve comprising a lever in a first position, the valve being closed at the first position; an elongated shape memory alloy element having a first end connected to the lever, wherein the shape memory alloy element has been strained to have a first length, wherein exposure of at least a portion of the shape memory alloy element to a temperature at or exceeding its austenite transformation temperature causes the shape memory alloy element to shorten to a second length, the second length being less than the first length, thereby causing the first end of the shape memory alloy element to pull the lever to a second position, the valve being open at the second position, wherein the first position of the lever and the second position of the lever are different; characterized in that the apparatus further comprises a biasing element that biases the lever to a third position upon severance of the elongated shape memory alloy element such that the elongated shape memory alloy element does not exert a pulling force on the lever, wherein the third position of the lever is offset from the first position in a rotation direction opposite that of the offset between the first position of the lever and the second position of the lever, and the valve being open at the third position of the lever.
A method comprising: retrieving a unique identifier associated with a cable modem; retrieving a unique key associated with a system-on-a-chip (205; 305) associated with the cable modem; using the unique key as an encryption key to encrypt the unique identifier associated with the cable modem, thereby producing an encrypted unique identifier; using the unique key as a decryption key to decrypt the encrypted unique identifier, thereby producing the unique identifier associated with the cable modem; and outputting the unique identifier associated with the cable modem to an upstream controller, wherein the unique identifier associated with the cable modem is output as an authorization request message. retrieving a unique identifier associated with a cable modem; retrieving a unique key associated with a system-on-a-chip (205; 305) associated with the cable modem; using the unique key as an encryption key to encrypt the unique identifier associated with the cable modem, thereby producing an encrypted unique identifier; using the unique key as a decryption key to decrypt the encrypted unique identifier, thereby producing the unique identifier associated with the cable modem; and outputting the unique identifier associated with the cable modem to an upstream controller, wherein the unique identifier associated with the cable modem is output as an authorization request message.
A label holder system for an electrical terminal block comprising a label holder device longitudinal according to a direction of extension, the label holder device comprising a central section with a thinned portion and a first end in the direction of extension and a second end in the direction opposite to the direction of extension, the system comprising a first fastening element configured to be disposed on the terminal block, the first end and/or the second end being configured to cooperate with the first fastening element in a detachable manner, the thinned portion being scored, the system being characterized in that the first end and/or the second end are configured to cooperate with the first fastening element according to a rotatable connection, between a first position in which a first face of the label holder device is oriented towards the terminal block and a second face of the label holder device is oriented in a direction opposite to the terminal block, and a second position in which the first face of the label holder device is oriented in a direction opposite to the terminal block and the second face of the label holder device is oriented towards the terminal block.
Ventilator, in particular for use in the airconditioning and refrigerating technology, comprising a housing, a fan wheel, which is rotatably mounted about a central axis, and a drive motor, of which the housing is produced in one piece in plastic and into which the flow elements inlet nozzle (1.1), flow guide (1.2), outlet guide vanes (1.3) and diffusor (1.5) are integrated wherein the outlet guide vanes (1.3) are arranged downstream of the fan wheel and also fasten the motor connection (1.4) to the outer contour and the drive motor is an external rotor motor, which is designed as an electronically commutated DC motor, wherein the flow guide (1.2) is cylindrical and wherein the fan wheel is arranged at the narrowest point of the housing of the cylindrical flow guide (1.2), characterised in that the housing with the inlet nozzle (1.1), cylindrical flow guide (1.2), outlet guide vanes (1.3), motor support (1.4) and diffusor (1.5) is made of fibre-glass reinforced plastic, in that the ventilator has a protective grille, which on the flow outlet side is arranged on the housing in the direction of flow behind the outlet guide vanes (1.3) on a device provided on the housing, and in that the radially outward lying vane ends (2.3) of the vanes (2.2) of the fan wheel are designed as winglets which are at a small distance from the side wall of the flow guide (1.2).
An electric shock delivery apparatus (1, 1') comprising a base (2, 2') of an electrically insulating material, the base having formed therein a plurality of channels (3, 3'), the apparatus further comprising a plurality of electrically conductive elements (4, 4'), each associated with a respective one of the channels (3, 3'), wherein the cross-sectional shape and dimensions of the channel (3, 3') and the cross-sectional shape and dimensions of the electrically conductive element (4, 4') substantially correspond, wherein the channels (3, 3') and the electrically conductive elements (4, 4') have a dovetail cross-sectional shape and the electrically conductive elements (4, 4') are a press-fit into the channels (3, 3'); and wherein the electrical conductor (5, 5') is situated towards the upper surface of the dovetail cross-sectional shaped electrically conductive element characterised in that the base (2, 2') comprises an upper surface and the opening of the channels (3, 3') lie in the same plane as the upper surface of the base (2, 2') and the electrically conductive element (4, 4') further comprises an electrical conductor (5, 5') encased in a conductive polymer material (6, 6').
A filtration device, comprising a central jacket and first and second side panels (15A, 15B) interlocked together around said central jacket, wherein said side panels (15A, 15B) and said central jacket together define a sample reservoir, a filtrate chamber and a dead-stop volume chamber, wherein each of said side panels (15A, 15B) comprises a membrane (12A, 12B) sealed thereto, wherein the filtrate chamber is arranged downstream of the sample reservoir, and wherein the central jacket is located on an outside of the interlocked side panels (15A, 15B) and overmolded with respect to the side panels (15A, 15B).
A lithium ion battery electrolyte, comprising a non-aqueous organic solvent, a lithium salt, and additives, wherein the additives comprise additive A cyclophosphazene compound, additive B lithium fluorophosphate compound, and additive C selected from at least one of silane phosphate compound, silane phosphite compound and silane borate compound.