mhurhangee/ep-ind-claims huggingface dataset:
Haptic feedback tactile control device comprising a tactile surface making it possible to detect the touch, for example, of a user's control finger, and at least one vibrator coupled to the said tactile surface in order to be able to apply a vibration to the said surface as a response to a detection of a touch, characterized in that it furthermore comprises a hollow mechanical vibrations guide of elongated shape which is coupled to at least one vibrator and of which one end is mechanically connected to the tactile surface at an opening formed in the tactile surface.
A process for producing phenol and cyclohexanone, the process comprising: (a) contacting a feed comprising cyclohexylbenzene hydroperoxide and 100 ppm to 5,000 ppm of water, based upon total weight of the feed, with a cleavage catalyst comprising an aluminosilicate of the FAU type under cleavage conditions effective to convert at least a portion of the cyclohexylbenzene hydroperoxide into phenol and cyclohexanone, wherein the cleavage catalyst loading is greater than 1 wt%, the catalyst loading being expressed as the amount of cleavage catalyst per unit amount of the cleavage feed mixture. (a) contacting a feed comprising cyclohexylbenzene hydroperoxide and 100 ppm to 5,000 ppm of water, based upon total weight of the feed, with a cleavage catalyst comprising an aluminosilicate of the FAU type under cleavage conditions effective to convert at least a portion of the cyclohexylbenzene hydroperoxide into phenol and cyclohexanone, wherein the cleavage catalyst loading is greater than 1 wt%, the catalyst loading being expressed as the amount of cleavage catalyst per unit amount of the cleavage feed mixture.
A method for applying, by a user equipment, UE, autonomous denial in a wireless communication system, where the UE is served by a primary cell, PCell, and a secondary cell, SCell, the method comprising: receiving a Radio Resource Control, RRC, connection reconfiguration message from a network, wherein the RRC connection reconfiguration message includes a first denial rate for the PCell, a second denial rate for the SCell, and a third denial rate for the UE; determining whether to perform an autonomous denial in the PCell; if it is determined that the autonomous denial is performed in the PCell, counting a number of aggregated denials of uplink, UL, subframes in the PCell over a validity period; denying scheduled UL transmission at a current subframe if the number of aggregated denials of UL subframes in the PCell is less than the first denial rate and if a total number of aggregated denials of UL subframes for the UE is less than the third denial rate; determining whether to perform an autonomous denial in the SCell; if it is determined that the autonomous denial is performed in the SCell, counting a number of aggregated denials of UL subframes in the SCell over the validity period; and denying scheduled UL transmission at the current subframe if the number of aggregated denials of UL subframes in the SCell is less than the second denial rate and if the total number of aggregated denials of UL subframes for the UE is less than the third denial rate, wherein a moving window is used to indicate the validity period. receiving a Radio Resource Control, RRC, connection reconfiguration message from a network, wherein the RRC connection reconfiguration message includes a first denial rate for the PCell, a second denial rate for the SCell, and a third denial rate for the UE; determining whether to perform an autonomous denial in the PCell; if it is determined that the autonomous denial is performed in the PCell, counting a number of aggregated denials of uplink, UL, subframes in the PCell over a validity period; denying scheduled UL transmission at a current subframe if the number of aggregated denials of UL subframes in the PCell is less than the first denial rate and if a total number of aggregated denials of UL subframes for the UE is less than the third denial rate; determining whether to perform an autonomous denial in the SCell; if it is determined that the autonomous denial is performed in the SCell, counting a number of aggregated denials of UL subframes in the SCell over the validity period; and denying scheduled UL transmission at the current subframe if the number of aggregated denials of UL subframes in the SCell is less than the second denial rate and if the total number of aggregated denials of UL subframes for the UE is less than the third denial rate, wherein a moving window is used to indicate the validity period.
An electromechanical surgical system, comprising: a shaft assembly, a hand-held surgical instrument including an instrument housing defining a connecting portion for connecting with the shaft assembly, an end effector configured to perform at least one function; the instrument further comprising a drive member, a flag member configured to translate axially along the first drive member and a sensor disposed about the first drive member, wherein the sensor provides a signal indicating that the end effector has reached an end stop when the flag member contacts the sensor; characterized in that: the shaft assembly selectively interconnects the housing and the end effector, and the drive member, sensor and flag member are included in the shaft assembly. a shaft assembly, a hand-held surgical instrument including an instrument housing defining a connecting portion for connecting with the shaft assembly, an end effector configured to perform at least one function; the instrument further comprising a drive member, a flag member configured to translate axially along the first drive member and a sensor disposed about the first drive member, wherein the sensor provides a signal indicating that the end effector has reached an end stop when the flag member contacts the sensor; characterized in that: the shaft assembly selectively interconnects the housing and the end effector, and the drive member, sensor and flag member are included in the shaft assembly.
A heat exchanger comprising: • a housing; • a heat exchanger core adapted to be received in said housing and comprising heat exchange tubes that are adapted to receive hot gas, coolant is received in said housing and around said heat exchange tubes; • a diverging tank disposed at a side of said housing and diverging towards said housing, said diverging tank adapted to connect a coolant inlet with said housing to enable fluid communication between said coolant inlet and an interior of said housing; and • at least a portion of at least one baffle disposed inside said diverging tank and adapted to divide an interior of said diverging tank into at least two volumes, wherein at least one volume is in fluid communication with said interior of said housing and said at least one baffle is adapted to direct coolant flow to a gas inlet area inside said housing; characterized in that said at least one baffle is integrally formed with said housing and wherein said at least one baffle as well as the at least one inlet is formed by deforming a cut out portion of said housing that is integrally connected to said housing. • a housing; • a heat exchanger core adapted to be received in said housing and comprising heat exchange tubes that are adapted to receive hot gas, coolant is received in said housing and around said heat exchange tubes; • a diverging tank disposed at a side of said housing and diverging towards said housing, said diverging tank adapted to connect a coolant inlet with said housing to enable fluid communication between said coolant inlet and an interior of said housing; and • at least a portion of at least one baffle disposed inside said diverging tank and adapted to divide an interior of said diverging tank into at least two volumes, wherein at least one volume is in fluid communication with said interior of said housing and said at least one baffle is adapted to direct coolant flow to a gas inlet area inside said housing;
Method of forming a glass article, comprising: providing a first glass sheet; heating the first glass sheet to a temperature suitable for shaping; depositing the first glass sheet on a first bending tool, an edge portion of the first glass sheet being disposed over a shaping surface of the first bending tool; and shaping the first glass sheet on the first bending tool; characterised in that during shaping a compression area and a tension area are formed in the first glass sheet, the compression area being formed in the edge portion of the first glass sheet by cooling the edge portion of the first glass sheet via contact between the edge portion of the first glass sheet and the first bending tool during shaping, and wherein the compression area comprises a first portion and a second portion, the first portion having a width (W 1) which is greater than a width (W 2) of the second portion. providing a first glass sheet; heating the first glass sheet to a temperature suitable for shaping; depositing the first glass sheet on a first bending tool, an edge portion of the first glass sheet being disposed over a shaping surface of the first bending tool; and shaping the first glass sheet on the first bending tool; characterised in that during shaping a compression area and a tension area are formed in the first glass sheet, the compression area being formed in the edge portion of the first glass sheet by cooling the edge portion of the first glass sheet via contact between the edge portion of the first glass sheet and the first bending tool during shaping, and wherein the compression area comprises a first portion and a second portion, the first portion having a width (W 1) which is greater than a width (W 2) of the second portion.
A printer comprising: a media tray for storing a plurality of media sheets; a picker for picking individual media sheets from the media tray; a media guide for guiding the media sheets around a media feed path towards a print zone; a main drive roller assembly positioned upstream of the print zone; and an intermediary drive roller assembly positioned between the picker and the main drive roller assembly, the intermediary drive roller assembly comprising: an intermediary idler roller mounted on an intermediary idler shaft; and an intermediary drive roller having a gripping surface engaged with the intermediary idler roller, the intermediary drive roller being mounted on a rotatable intermediary drive shaft, the intermediary drive shaft being operatively connected to a drive mechanism, wherein the intermediary drive shaft is pivotally connected to a support shaft via a swing arm, such that the intermediary drive shaft is arcuately moveable relative to the intermediary idler shaft to provide a variable distance therebetween; and characterized by: a datum plate mounted perpendicularly with respect to the media feed path for engaging a side edge of each media sheet conveyed around the media guide. a media tray for storing a plurality of media sheets; a picker for picking individual media sheets from the media tray; a media guide for guiding the media sheets around a media feed path towards a print zone; a main drive roller assembly positioned upstream of the print zone; and an intermediary drive roller assembly positioned between the picker and the main drive roller assembly, the intermediary drive roller assembly comprising: an intermediary idler roller mounted on an intermediary idler shaft; and an intermediary drive roller having a gripping surface engaged with the intermediary idler roller, the intermediary drive roller being mounted on a rotatable intermediary drive shaft, the intermediary drive shaft being operatively connected to a drive mechanism, an intermediary idler roller mounted on an intermediary idler shaft; and an intermediary drive roller having a gripping surface engaged with the intermediary idler roller, the intermediary drive roller being mounted on a rotatable intermediary drive shaft, the intermediary drive shaft being operatively connected to a drive mechanism,
A method of making a beam-box crash management system, comprising: forming a first shell (100a, 300) from a first sheet metal blank by a hot forming process, the first shell (100a, 300) having a high tensile strength beam portion (102a, 302) and integrally formed therewith a first low yield strength crash box portion (104a, 304) proximate a first end of the beam portion (102a, 302) and a second low yield strength crash box portion (106a, 306) proximate a second end of the beam portion (102a, 302), the first shell (100a, 300) having an open face extending continuously along the beam portion (102a, 302) and each of the first and second crash box portions (104a, 304, 106a, 306), characterized by forming the closing element (100b, 400) comprises forming a second shell by a hot forming process, the second shell having a high tensile strength beam portion and integrally formed therewith a first low yield strength crash box portion proximate a first end of the beam portion and a second low yield strength crash box portion proximate a second end of the beam portion, the second shell having an open face extending continuously along the beam portion and each of the first and second crash box portions (104b, 106b). forming a first shell (100a, 300) from a first sheet metal blank by a hot forming process, the first shell (100a, 300) having a high tensile strength beam portion (102a, 302) and integrally formed therewith a first low yield strength crash box portion (104a, 304) proximate a first end of the beam portion (102a, 302) and a second low yield strength crash box portion (106a, 306) proximate a second end of the beam portion (102a, 302), the first shell (100a, 300) having an open face extending continuously along the beam portion (102a, 302) and each of the first and second crash box portions (104a, 304, 106a, 306), characterized by forming the closing element (100b, 400) comprises forming a second shell by a hot forming process, the second shell having a high tensile strength beam portion and integrally formed therewith a first low yield strength crash box portion proximate a first end of the beam portion and a second low yield strength crash box portion proximate a second end of the beam portion, the second shell having an open face extending continuously along the beam portion and each of the first and second crash box portions (104b, 106b).
A liquid supply member comprising: a first member; a second member; and a damper member disposed between the first member and the second member, wherein the first member is a member configured to form a liquid chamber for storing a liquid to be supplied to a discharge port for discharging the liquid, wherein the damper member is a flexible member configured to form the liquid chamber together with the first member, wherein the second member is a member configured to form an atmosphere communication chamber communicating with an ambient atmosphere at a position between the damper member and the second member and opposing the liquid chamber with the damper member in between, and wherein a protrusion portion is formed on a surface of the second member and characterized in that the protrusion portion faces the atmosphere communication chamber at a position corresponding to a central part of the damper member, the protrusion portion protruding toward the damper member beyond a connection surface between the damper member and the second member. a first member; a second member; and a damper member disposed between the first member and the second member, wherein the first member is a member configured to form a liquid chamber for storing a liquid to be supplied to a discharge port for discharging the liquid, wherein the damper member is a flexible member configured to form the liquid chamber together with the first member, wherein the second member is a member configured to form an atmosphere communication chamber communicating with an ambient atmosphere at a position between the damper member and the second member and opposing the liquid chamber with the damper member in between, and wherein a protrusion portion is formed on a surface of the second member and characterized in that the protrusion portion faces the atmosphere communication chamber at a position corresponding to a central part of the damper member, the protrusion portion protruding toward the damper member beyond a connection surface between the damper member and the second member.
An air stream selector device (240, 340, 440) for use in a collector/distribution assembly (37a, 37b, 237), the collector/distribution assembly (37a, 37b, 237) having at least one section, the at least one section having a top and a bottom and a pair of side by side loading zones, a left loading zone (250, 350, 450) and a right loading zone (252, 352, 452), and the at least one section operable to receive a product from a product supply tank into the left loading zone (250, 350, 450) and the right loading zone (252, 352, 452) and distribute the product to an air seeder, the air stream selector device (240, 340, 440) comprising: a first side wall (390, 490) and a second side wall (391, 491); and a shaped diverter (242, 342, 442) positioned between the first and second side walls; wherein the air stream selector device ( 240, 340, 440) is adapted to be operably attached to the bottom of an individual section and the shaped diverter (242, 342, 442) is shaped and sized to prevent product from collecting in either the right loading zone (252, 352, 452) or the left loading zone (250, 350, 450) of the individual section, whereby when the air stream selector device (240, 340, 440) is operably attached to the bottom of the individual section in a first orientation, it prevents product from collecting in the right loading zone (252, 352, 452) and when the air stream selector device (240, 340, 440) is operably attached to the bottom of the individual section in a second orientation, it prevents product from collecting in the left loading zone (250, 350, 450), characterized in that the air stream selector device (240, 340, 440) has no moving parts. a first side wall (390, 490) and a second side wall (391, 491); and a shaped diverter (242, 342, 442) positioned between the first and second side walls; wherein the air stream selector device ( 240, 340, 440) is adapted to be operably attached to the bottom of an individual section and the shaped diverter (242, 342, 442) is shaped and sized to prevent product from collecting in either the right loading zone (252, 352, 452) or the left loading zone (250, 350, 450) of the individual section, whereby when the air stream selector device (240, 340, 440) is operably attached to the bottom of the individual section in a first orientation, it prevents product from collecting in the right loading zone (252, 352, 452) and when the air stream selector device (240, 340, 440) is operably attached to the bottom of the individual section in a second orientation, it prevents product from collecting in the left loading zone (250, 350, 450), characterized in that the air stream selector device (240, 340, 440) has no moving parts.
A method, implemented by a computer, for viewpoint selection assistance in free viewpoint video generation, the method comprising: executing, by a processor of the computer, acquisition processing that includes acquiring three-dimensional information with respect to a subject on a field by using a plurality of cameras placed around the field; executing, by the processor of the computer, first identification processing that includes identifying a path of a ball for a predetermined period based on the three-dimensional information; executing, by the processor of the computer, second identification processing that includes identifying at least one player located within a predetermined distance from a position of the ball for a predetermined duration of time or longer in the predetermined period; executing, by the processor of the computer, setting processing that includes setting, as a video output range, a range containing both of the path of the ball and a path of the at least one player; and executing, by the processor of the computer, generation processing that includes generating video for the range set by the setting processing, characterized in that the setting processing includes setting a spherical surface which contains the range thus set and has a center of mass of the range as a center of the spherical surface, and outputting a screen for receiving positioning of a viewpoint on the spherical surface. executing, by a processor of the computer, acquisition processing that includes acquiring three-dimensional information with respect to a subject on a field by using a plurality of cameras placed around the field; executing, by the processor of the computer, first identification processing that includes identifying a path of a ball for a predetermined period based on the three-dimensional information; executing, by the processor of the computer, second identification processing that includes identifying at least one player located within a predetermined distance from a position of the ball for a predetermined duration of time or longer in the predetermined period; executing, by the processor of the computer, setting processing that includes setting, as a video output range, a range containing both of the path of the ball and a path of the at least one player; and executing, by the processor of the computer, generation processing that includes generating video for the range set by the setting processing, characterized in that the setting processing includes setting a spherical surface which contains the range thus set and has a center of mass of the range as a center of the spherical surface, and outputting a screen for receiving positioning of a viewpoint on the spherical surface.