mhurhangee/ep-ind-claims huggingface dataset:
A casing centraliser having a cylindrical metal body with a bore therethrough for receiving a tubular casing to be centralised, the body having at least one low friction blade on the outer surface thereof, wherein the blade is formed separately and is attached to the body; characterised in that the blade and the body are formed from different materials.
A folding type bicycle comprising a frame, wherein: the frame comprises a front frame (10; 100), to which a front wheel and a handle are mounted, a center frame (20; 200), to which pedals are mounted, and a rear frame (40; 400), to which a rear wheel is mounted; at least one of the front, center, and rear frames (10, 20, 40; 100, 200, 400) comprises a hinge plate (11, 21, 41; 111, 211, 411}; the front, center, and rear frames (10, 20, 40; 100; 200; 400) are pivotally coupled through the hinge plate (11, 21, 41; 111, 211 411); the hinge plate (11, 21,41; 111, 211,411) is bent from one end of the at least one frame (10, 20, 40; 100, 200,400);and the folding type bicycle further comprises a fixing unit to prevent pivotal movement of the frames (10, 20, 40; 100, 200, 400), characterized in that the fixing unit comprises: a first cam member having a first mountain portion protruded from one surface of the first cam member, and a first valley portion formed at the surface of the first cam member while being adjacent to the first mountain portion; and a second cam member having a second valley portion formed at one surface of the second cam member, to engage with the first mountain portion, and a second mountain portion formed at the surface of the second cam member, to engage with the first valley portion. the frame comprises a front frame (10; 100), to which a front wheel and a handle are mounted, a center frame (20; 200), to which pedals are mounted, and a rear frame (40; 400), to which a rear wheel is mounted; at least one of the front, center, and rear frames (10, 20, 40; 100, 200, 400) comprises a hinge plate (11, 21, 41; 111, 211, 411}; the front, center, and rear frames (10, 20, 40; 100; 200; 400) are pivotally coupled through the hinge plate (11, 21, 41; 111, 211 411); the hinge plate (11, 21,41; 111, 211,411) is bent from one end of the at least one frame (10, 20, 40; 100, 200,400);and the folding type bicycle further comprises a fixing unit to prevent pivotal movement of the frames (10, 20, 40; 100, 200, 400), a first cam member having a first mountain portion protruded from one surface of the first cam member, and a first valley portion formed at the surface of the first cam member while being adjacent to the first mountain portion; and a second cam member having a second valley portion formed at one surface of the second cam member, to engage with the first mountain portion, and a second mountain portion formed at the surface of the second cam member, to engage with the first valley portion.
A method for controlling a refrigeration fluid circuit, with a compressor, a condenser, expansion organs (7, 7') and evaporators (9, 9') arranged in two parallel branches (6, 6'), and at least one shut-off valve (8, 8'), wherein one of the evaporators is fed with the air being supplied to the vehicle interior, and the second of the evaporators is fed with charge air being supplied to the engine, characterised in that a shut-off valve is disposed in at least one of the branches assigned to the vehicle interior, and the control of the refrigeration fluid distribution to the two parallel branches (6, 6') is based on the cooling requirement of the charge air in a first step.
A method for managing communication sessions comprising: receiving a request to establish a communication session at a cloud communication application, wherein the request is from a first enterprise communication device to establish a communication session with a second communication device; in response to receiving the request to establish the communication session at the cloud communication application, directing, by the cloud communication application, the first enterprise communication device to use an enterprise media server for sending a media stream in the first communication session to the second communication device, wherein the enterprise media server and the cloud communication application are located in different networks; and providing one or more cloud services for the media stream via a communication channel between the cloud communication application and the enterprise media server. receiving a request to establish a communication session at a cloud communication application, wherein the request is from a first enterprise communication device to establish a communication session with a second communication device; in response to receiving the request to establish the communication session at the cloud communication application, directing, by the cloud communication application, the first enterprise communication device to use an enterprise media server for sending a media stream in the first communication session to the second communication device, wherein the enterprise media server and the cloud communication application are located in different networks; and providing one or more cloud services for the media stream via a communication channel between the cloud communication application and the enterprise media server.
An automotive electric auxiliary unit with an electric motor, comprising - a static motor stator, - a rotatable rotor shaft, and - a rotatable motor rotor co-rotatably fixed to the rotor shaft and rotating about a rotor axis and comprising a permanent magnetic rotor body, wherein the motor stator comprises a stator coil and a stator sheet pack with numerous packed stator sheets, characterized in that the parallel sheet planes are not arranged in a cross plane, which is a plane which is exactly perpendicular to the rotor axis, but are inclined with an angle of inclination of at least 2° to the cross plane. - a static motor stator, - a rotatable rotor shaft, and - a rotatable motor rotor co-rotatably fixed to the rotor shaft and rotating about a rotor axis and comprising a permanent magnetic rotor body, wherein the motor stator comprises a stator coil and a stator sheet pack with numerous packed stator sheets, characterized in that the parallel sheet planes are not arranged in a cross plane, which is a plane which is exactly perpendicular to the rotor axis, but are inclined with an angle of inclination of at least 2° to the cross plane. wherein the motor stator comprises a stator coil and a stator sheet pack with numerous packed stator sheets, characterized in that the parallel sheet planes are not arranged in a cross plane, which is a plane which is exactly perpendicular to the rotor axis, but are inclined with an angle of inclination of at least 2° to the cross plane.
An arthroscopic cutter, comprising: a ceramic cutter body having a longitudinal axis and a plurality of cutting edges separated by flutes on an outer surface thereof; wherein each cutting edge has a cutting face with a radial cutting face height measured from an innermost peripheral location on a flute to an outermost peripheral location on an adjacent cutting face and a cutting edge thickness measured along a tangent to a midpoint of the cutting face to the adjacent flute; wherein each cutting edge has an outer edge diameter measured from the longitudinal axis of the ceramic cutter body to an outer periphery P of the cutting edge and a land characterized in that: the land has a constant diameter equal to the outer cutting edge diameter, wherein said constant diameter of the land extends over a radial angle of at least 15° behind the cutting edge; and wherein the ratio of the cutting edge thickness to the cutting face height is at least 1.5:1. a ceramic cutter body having a longitudinal axis and a plurality of cutting edges separated by flutes on an outer surface thereof; wherein each cutting edge has a cutting face with a radial cutting face height measured from an innermost peripheral location on a flute to an outermost peripheral location on an adjacent cutting face and a cutting edge thickness measured along a tangent to a midpoint of the cutting face to the adjacent flute; wherein each cutting edge has an outer edge diameter measured from the longitudinal axis of the ceramic cutter body to an outer periphery P of the cutting edge and a land characterized in that: the land has a constant diameter equal to the outer cutting edge diameter, wherein said constant diameter of the land extends over a radial angle of at least 15° behind the cutting edge; and wherein the ratio of the cutting edge thickness to the cutting face height is at least 1.5:1. the land has a constant diameter equal to the outer cutting edge diameter, wherein said constant diameter of the land extends over a radial angle of at least 15° behind the cutting edge; and wherein the ratio of the cutting edge thickness to the cutting face height is at least 1.5:1.
A ski slope snow tiller, the tiller comprising a frame connectable to a tractor movable in a travelling direction; a shaft fitted with tools for working the snow cover; a casing surrounding the shaft; a mat towed over the surface of the snow cover by the casing; a guard located over the casing and the mat, and preventing snow accumulating; the tiller being characterized by comprising a filler body made of relatively light material and located between the casing and the mat; the filler body having a top wall defining said guard; the filler body being defined by a number of hollow bodies arranged side by side.
A Radio Frequency Identification (RFID) cabinet, comprising: a cabinet structure; a drawer configured to slide in and out of the cabinet structure, the drawer configured to hold a plurality of RFID tagged items; a chamber within the cabinet structure, the chamber configured to completely enclose the drawer when the drawer is in the cabinet structure; at least one antenna positioned within the chamber and within an operational range of the RFID tagged items; a scanner coupled with the antenna, the scanner configured to: receive a request for access to the drawer; then perform a scan of the plurality of RFID tagged items before the drawer is removed; then granting access to the drawer after a predetermined period of time; then continuing to scan the plurality of RFID tagged items as the drawer is being removed in order to detect one or more RFID tagged items that were previously positioned inside an RF null; and associating identification numbers of the plurality of RFID tagged items that have been scanned with a database. a cabinet structure; a drawer configured to slide in and out of the cabinet structure, the drawer configured to hold a plurality of RFID tagged items; a chamber within the cabinet structure, the chamber configured to completely enclose the drawer when the drawer is in the cabinet structure; at least one antenna positioned within the chamber and within an operational range of the RFID tagged items; a scanner coupled with the antenna, the scanner configured to: receive a request for access to the drawer; then perform a scan of the plurality of RFID tagged items before the drawer is removed; then granting access to the drawer after a predetermined period of time; then continuing to scan the plurality of RFID tagged items as the drawer is being removed in order to detect one or more RFID tagged items that were previously positioned inside an RF null; and receive a request for access to the drawer; then perform a scan of the plurality of RFID tagged items before the drawer is removed; then granting access to the drawer after a predetermined period of time; then continuing to scan the plurality of RFID tagged items as the drawer is being removed in order to detect one or more RFID tagged items that were previously positioned inside an RF null; and associating identification numbers of the plurality of RFID tagged items that have been scanned with a database.
An article of footwear comprising: an upper; a tensioning cable operable to move the upper between a tightened state and a loosened state and including a first end disposed on one of a lateral side and a medial side of the upper, the tensioning cable movable in a tightening direction to move the upper into the tightened state and movable in a loosening direction to move the upper into the loosened state; and a locking device disposed on the one of the lateral side and the medial side of the upper, characterized in that the locking device includes a braided conduit receiving a portion of the tensioning cable therein and operable between an elongated position restricting movement of the tensioning cable in both the loosening direction and the tightening direction and a compressed position permitting movement of the tensioning cable in both the loosening direction and the tightening direction. an upper; a tensioning cable operable to move the upper between a tightened state and a loosened state and including a first end disposed on one of a lateral side and a medial side of the upper, the tensioning cable movable in a tightening direction to move the upper into the tightened state and movable in a loosening direction to move the upper into the loosened state; and a locking device disposed on the one of the lateral side and the medial side of the upper, characterized in that the locking device includes a braided conduit receiving a portion of the tensioning cable therein and operable between an elongated position restricting movement of the tensioning cable in both the loosening direction and the tightening direction and a compressed position permitting movement of the tensioning cable in both the loosening direction and the tightening direction.
An apparatus for removing condensate, air, or non-condensable gas from vapor space in a vapor system while preventing the loss of vapor, the apparatus comprising: a first temperature sensor, a second temperature sensor, at a position in the vapor system where condensate, air, or non-condensable gas collect, and which position is different from the position of the first temperature sensor, a pressure sensor, an actuated valve in a position allowing for the release of condensate, air, or non-condensable gas from the vapor space, and characterized by a control system which is configured for receiving output from the first and second temperature sensors and from the pressure sensor and is further configured for determining whether to open the actuated valve to release condensate, air or non-condensable gas from the vapor space when the temperature reading from the temperature sensors (TS1, TS2) and the pressure reading from the pressure sensor represent the presence of condensate, air, or non-condensable gas. a first temperature sensor, a second temperature sensor, at a position in the vapor system where condensate, air, or non-condensable gas collect, and which position is different from the position of the first temperature sensor, a pressure sensor, an actuated valve in a position allowing for the release of condensate, air, or non-condensable gas from the vapor space, and
A method of manufacturing silver-based materials comprising the steps - providing a first alloy containing silver and at least one oxidizable alloying element; - increasing a surface of the first alloy containing silver and at least one oxidizable alloying element to obtain a second alloy; - a first heat treatment of the second alloy, with the heat treatment being carried out in a reducing atmosphere to obtain a third alloy; and - a second heat treatment of the third alloy, with the heat treatment being carried out in an oxygen-containing atmosphere to obtain a fourth alloy, wherein the second heat treatment is carried out in two temperature stages; wherein it is carried out at a first temperature of 500°C to 150°C below a solidus temperature of the first alloy for a first time period and at a temperature of 500°C to 5°C below the solidus temperature of the first alloy for a second time period and the second temperature is higher than the first temperature. - providing a first alloy containing silver and at least one oxidizable alloying element; - increasing a surface of the first alloy containing silver and at least one oxidizable alloying element to obtain a second alloy; - a first heat treatment of the second alloy, with the heat treatment being carried out in a reducing atmosphere to obtain a third alloy; and - a second heat treatment of the third alloy, with the heat treatment being carried out in an oxygen-containing atmosphere to obtain a fourth alloy,
A primer composition comprising: an alkoxysilane polymer comprising a unit derived from a silane-based monomer containing at least two amino or imino groups and a unit derived from a trialkoxysilane-based monomer; an acrylic resin comprising at least one selected from units derived from non-functional acrylate monomers; and a hydrogenated rosin resin, wherein the hydrogenated rosin resin comprises at least one selected from hydrogenated rosin ester-based resins and derivatives thereof, and wherein the hydrogenated rosin resin is contained in an amount of 5 to 30 parts by weight, based on 100 parts by weight of the alkoxysilane polymer. an alkoxysilane polymer comprising a unit derived from a silane-based monomer containing at least two amino or imino groups and a unit derived from a trialkoxysilane-based monomer; an acrylic resin comprising at least one selected from units derived from non-functional acrylate monomers; and a hydrogenated rosin resin, wherein the hydrogenated rosin resin comprises at least one selected from hydrogenated rosin ester-based resins and derivatives thereof, and wherein the hydrogenated rosin resin is contained in an amount of 5 to 30 parts by weight, based on 100 parts by weight of the alkoxysilane polymer.
A fire-resistant cable with a cable longitudinal axis, comprising: a conductor; a first fire-protection layer formed by tightly wrapped tape turns (3A1, 3A2, 3A3,...) around said conductor and enclosing said conductor; a second fire-protection layer formed by tightly wrapped tape turns (3B1, 3B2, 3B3,...) around said first fire-protection tape and enclosing said first fire-protection tape; a conductor insulation layer enclosing said second fire-protection layer; an outer jacket surrounding said conductor insulation layer, the first fire-protection layer and the second fire-protection layer being formed from tape turns (3A1, 3A2, 3A3,...; 3B1, 3B2, 3B3,...) wrapped in opposing directions with respect to the cable longitudinal axis, characterized in that the overlap between subsequent tape turns (3A1, 3A2, 3A3,...) of the first fire-resistant layer is between 20% and 5%, preferably between 10% and 5% and overlap between subsequent tape turns (3B1, 3B2, 3B3,...) of the second fire-resistant layer is between 20% and 5%, preferably between 10% and 5%. a conductor; a first fire-protection layer formed by tightly wrapped tape turns (3A1, 3A2, 3A3,...) around said conductor and enclosing said conductor; a second fire-protection layer formed by tightly wrapped tape turns (3B1, 3B2, 3B3,...) around said first fire-protection tape and enclosing said first fire-protection tape; a conductor insulation layer enclosing said second fire-protection layer; an outer jacket surrounding said conductor insulation layer, the first fire-protection layer and the second fire-protection layer being formed from tape turns (3A1, 3A2, 3A3,...; 3B1, 3B2, 3B3,...) wrapped in opposing directions with respect to the cable longitudinal axis, characterized in that the overlap between subsequent tape turns (3A1, 3A2, 3A3,...) of the first fire-resistant layer is between 20% and 5%, preferably between 10% and 5% and overlap between subsequent tape turns (3B1, 3B2, 3B3,...) of the second fire-resistant layer is between 20% and 5%, preferably between 10% and 5%.
A vascular access device delivery device comprising: a manually deformable liquid container defining an inner chamber, the container having a distal end, a proximal end, and an outlet on the distal end; a male luer connector projecting from the outlet on the distal end of the container, the male luer connector in fluid communication with the inner chamber of the container and engageable with a luer connector of a VAD; and a one-way valve engaged with the male luer connector, the one-way valve in fluid communication with the inner chamber of the container, the one-way valve preventing fluid flow in the direction outside the inner chamber to inside the inner chamber when the container is manually deformed and released; and a molded cap releasably connected to the container, the molded cap configured to encase the male luer connector and seal the inner chamber of the container. a manually deformable liquid container defining an inner chamber, the container having a distal end, a proximal end, and an outlet on the distal end; a male luer connector projecting from the outlet on the distal end of the container, the male luer connector in fluid communication with the inner chamber of the container and engageable with a luer connector of a VAD; and a one-way valve engaged with the male luer connector, the one-way valve in fluid communication with the inner chamber of the container, the one-way valve preventing fluid flow in the direction outside the inner chamber to inside the inner chamber when the container is manually deformed and released; and a molded cap releasably connected to the container, the molded cap configured to encase the male luer connector and seal the inner chamber of the container.
A visible light communication signal display method of displaying (i) an image represented by video signals and (ii) an image obtained by encoding visible light communication signals which are transmitted by visible light communication, the visible light communication signal display method comprising: encoding at least part of the visible light communication signals to generate an encoded image; generating a plurality of sub-images which correspond to respective partial images obtained by spatially dividing the encoded image, the plurality of sub-images each (i) including a corresponding one of the partial images and (ii) being an image having, except for a region of the corresponding one of the partial images, a substantially uniform luminance value which is lower than or equal to a predetermined luminance value; and displaying, in a video display period, the image represented by the video signals, and displaying the sub-images in time series in a communication period different from the video display period, wherein in the encoding, part of the visible light communication signals is encoded to generate the encoded image, and other part of the visible light communication signals is encoded into timings at which the sub-images are displayed or into a sequence at which the sub-images are displayed, and in the displaying, the sub-images are displayed in time series at the timings or in the sequence in the communication period. encoding at least part of the visible light communication signals to generate an encoded image; generating a plurality of sub-images which correspond to respective partial images obtained by spatially dividing the encoded image, the plurality of sub-images each (i) including a corresponding one of the partial images and (ii) being an image having, except for a region of the corresponding one of the partial images, a substantially uniform luminance value which is lower than or equal to a predetermined luminance value; and displaying, in a video display period, the image represented by the video signals, and displaying the sub-images in time series in a communication period different from the video display period, wherein in the encoding, part of the visible light communication signals is encoded to generate the encoded image, and other part of the visible light communication signals is encoded into timings at which the sub-images are displayed or into a sequence at which the sub-images are displayed, and in the displaying, the sub-images are displayed in time series at the timings or in the sequence in the communication period.