mhurhangee/ep-ind-claims huggingface dataset:
An image processing device comprising: a light source configured to irradiate an object at least with invisible light; an image reader configured to read: first information including at least one of text information and code information, included in the object and indicating a characteristic of absorbing the invisible light, in response to the object being irradiated with the invisible light; and second information including at least one of a ground pattern, an imprint, and a ruled line, included in the object and indicating a characteristic of transmitting the invisible light, in response to the object being irradiated with the invisible light; and an image selecting unit configured to selectively output the first information read by the image reader. a light source configured to irradiate an object at least with invisible light; an image reader configured to read: first information including at least one of text information and code information, included in the object and indicating a characteristic of absorbing the invisible light, in response to the object being irradiated with the invisible light; and second information including at least one of a ground pattern, an imprint, and a ruled line, included in the object and indicating a characteristic of transmitting the invisible light, in response to the object being irradiated with the invisible light; and first information including at least one of text information and code information, included in the object and indicating a characteristic of absorbing the invisible light, in response to the object being irradiated with the invisible light; and second information including at least one of a ground pattern, an imprint, and a ruled line, included in the object and indicating a characteristic of transmitting the invisible light, in response to the object being irradiated with the invisible light; and an image selecting unit configured to selectively output the first information read by the image reader.
A composition which has a low affinity with respect to latex gloves, comprising a hydrophobic matrix, characterized in that said hydrophobic matrix comprises: - for 100 parts by weight of a mixture P of 2 styrene-saturated olefin-styrene triblock copolymers, a first which has a viscosity of between 0.01 and 1 Pa.s as measured at 30°C in a 5% (weight/weight) solution in toluene and a second which has a viscosity of between 0.01 and 0.5 Pa.s as measured at 30°C in a 15% (weight/weight) solution in toluene; - from 300 to 1000 parts by weight of a plasticizer H, preferably a plasticizing oil; and - from 90 to 600 parts by weight of petroleum jelly V; it also being specified that: - the total amount, represented by P+H+V, of the mixture of elastomers, of plasticizer and of petroleum jelly is between 490 and 1700 parts by weight; - the ratio between the total amount of the mixture of elastomers, of plasticizer and of petroleum jelly and the amount of petroleum jelly, represented by P+H+V/V, is less than 11; and said mixture of 2 copolymers comprises at least 20% by weight of the first copolymer. - for 100 parts by weight of a mixture P of 2 styrene-saturated olefin-styrene triblock copolymers, a first which has a viscosity of between 0.01 and 1 Pa.s as measured at 30°C in a 5% (weight/weight) solution in toluene and a second which has a viscosity of between 0.01 and 0.5 Pa.s as measured at 30°C in a 15% (weight/weight) solution in toluene; - from 300 to 1000 parts by weight of a plasticizer H, preferably a plasticizing oil; and - from 90 to 600 parts by weight of petroleum jelly V; - the total amount, represented by P+H+V, of the mixture of elastomers, of plasticizer and of petroleum jelly is between 490 and 1700 parts by weight; - the ratio between the total amount of the mixture of elastomers, of plasticizer and of petroleum jelly and the amount of petroleum jelly, represented by P+H+V/V, is less than 11;
A method of channel quality indicator feedback, comprising: in a multi-point coordinated transmission and reception, CoMP, system, a terminal feeding (101, 102) back one channel quality indicator corresponding to a comprehensive channel formed between the terminal and all transmission nodes in a CoMP active transmission point set to a primary node comprised in the transmission nodes, wherein the comprehensive channel is an equivalent channel formed between the terminal and all the transmission nodes.
Device for aligning cartons comprising first transport means and second transport means, wherein the first transport means and the second transport means are arranged spaced apart, wherein a drive (39.l) of the first transport means and a drive (39.r) of the second transport means in each case has a rotational speed control, including an upstream feed unit with two parallel conveyor belts, characterised in that the feed unit comprises two parallel pressure belts and means for adjusting the effective length of the pressure belts.
Vibration absorber assembly for a motor vehicle powertrain, having a vibration absorber and a powertrain element (16, 66), wherein the vibration absorber has at least two vibration absorber supports (68, 70), and wherein the vibration absorber is fastened to the powertrain element (16, 66), and wherein exactly one vibration absorber support (68, 70) of the vibration absorber is fixedly established on the powertrain element (16, 66), wherein exactly one vibration absorber support (68, 70) is screwed to the powertrain element (16, 66), characterized in that the screw head of the screw of the threaded connection is welded to the powertrain element (16, 66) by way of the upper side.
Screening media of a vibrating screen for screening fractions of stones or gravel, whereby the screening media is formed of ribs (2, 5, 10) extending from one end of the screening media to an opposite end and whereby pins (3, 6) project perpendicular from the ribs (2, 5, 10) on opposite sides of each rib (2, 5, 10), ending at a distance from the adjacent rib (2, 5, 10), wherein a pin projecting from one rib (2, 5, 10) is positioned in the middle between two pins projecting from the adjacent rib (2, 5, 10), and wherein the dimension and placement of the pins (3, 6) are such that there will be formed a continuous aperture between two adjacent ribs (2, 5, 10), characterized in that the pins (3, 6) on each side of the ribs (2, 5, 10) are placed with even spacing and that the distance (a) between adjacent pins on adjacent ribs is the same as the distance (b) between the free end of each pin and the adjacent rib (2, 9) and the distance (c) with which two adjacent pins on adjacent ribs extend past each other and that each rib (5, 10) is raised above an upper surface of each pin.
A grinding device for grinding coffee beans, comprising a hopper for the coffee beans, grinders (11, 12), an interface for the user for selecting the quantity of ground coffee in a range of values of selectable quantities of coffee powder, and an electric motor supplied by mains electricity voltage for driving said grinders (11, 12), characterised in that it comprises measuring means for measuring the mains electricity voltage and an electronic controller configured to: - associate, for each value of a selectable quantity of ground coffee, a series of grinding time values with a series of corresponding values of the mains electricity voltage; - acquire a value of a quantity of ground coffee selected by the user via said interface; - detect by said measuring means a mains electricity voltage value; - for the acquired value of a quantity of ground coffee selected by the user, set the grinding time value corresponding to the detected mains electricity voltage value; and - drive the grinders (11, 12) for the set grinding time value. - associate, for each value of a selectable quantity of ground coffee, a series of grinding time values with a series of corresponding values of the mains electricity voltage; - acquire a value of a quantity of ground coffee selected by the user via said interface; - detect by said measuring means a mains electricity voltage value; - for the acquired value of a quantity of ground coffee selected by the user, set the grinding time value corresponding to the detected mains electricity voltage value; and - drive the grinders (11, 12) for the set grinding time value.
An electronic cigarette, comprising a liquid storage device and an atomizing device, the liquid storage device comprising a liquid storage chamber, the atomizing device comprising an atomizing chamber, wherein the electronic cigarette further comprises a controller and a driving mechanism, the driving mechanism comprises a driving motor, a screw rod and a slider, the screw rod is connected to the driving motor, the slider is connected to the screw rod, the driving motor is electrically connected to and controlled by the controller; characterized in that when the controller controls a liquid intake of the electronic cigarette during use of the electronic cigarette, the controller controls the driving motor to drive the screw rod, the screw rod then drives the slider to move in a direction close to the liquid storage chamber so as to drive e-cigarette liquid in the liquid storage chamber to enter the atomizing chamber; after use of the electronic cigarette, the controller controls the driving motor to drive the screw rod, the screw rod then drives the slider to move in a direction away from the liquid storage chamber so as to drive residual e-cigarette liquid in the atomizing chamber to return back to the liquid storage chamber.
Operator enclosure for an agricultural tractor, comprising a rollover protective structure (ROPS) defining front, left, right and rear sides with appropriate upper sides, and a roof pan having an upper, generally horizontal top panel above the upper end of the front side of the ROPS and downwardly extending left and right side panels (52, 54) extending from the top panel to approximately the upper ends of the left and right sides of the ROPS, characterized in that the front side extending upwardly beyond the upper ends of the left, right and rear sides.
A microprocessor for executing instructions of the x86 instruction set architecture, ISA, comprising: hardware registers adapted to hold architected state of x86 ISA 64-bit R8-R15 general purpose registers, GPRs; an x86 ISA Model Specific Register, MSR, address space, wherein each of the x86 ISA 64-bit R8-R15 GPRs has a respective unique x86 ISA MSR address within the x86 ISA MSR address space; hardware registers adapted to hold architected state of Advanced RISC Machines, ARM, ISA 32-bit GPRs; an ARM ISA coprocessor register space into which the x86 ISA 64-bit R8-R15 GPRs are mapped as x86 ISA MSRs via their respective unique x86 MSR addresses; and a hardware instruction translator, wherein the hardware instruction translator is adapted to, when the microprocessor is operating in an ARM ISA operating mode, in response to an ARM ISA MRRC instruction that instructs the microprocessor to access one of the x86 ISA 64-bit R8-R15 GPRs specified by its respective unique MSR address, generate microinstructions that read all 64 bits of the hardware registers adapted to hold the architected state of the specified one of the x86 ISA 64-bit R8-R15 GPRs into the hardware registers adapted to hold the architected state of two of the ARM ISA 32-bit GPRs. hardware registers adapted to hold architected state of x86 ISA 64-bit R8-R15 general purpose registers, GPRs; an x86 ISA Model Specific Register, MSR, address space, wherein each of the x86 ISA 64-bit R8-R15 GPRs has a respective unique x86 ISA MSR address within the x86 ISA MSR address space; hardware registers adapted to hold architected state of Advanced RISC Machines, ARM, ISA 32-bit GPRs; an ARM ISA coprocessor register space into which the x86 ISA 64-bit R8-R15 GPRs are mapped as x86 ISA MSRs via their respective unique x86 MSR addresses; and a hardware instruction translator, wherein the hardware instruction translator is adapted to, when the microprocessor is operating in an ARM ISA operating mode, in response to an ARM ISA MRRC instruction that instructs the microprocessor to access one of the x86 ISA 64-bit R8-R15 GPRs specified by its respective unique MSR address, generate microinstructions that read all 64 bits of the hardware registers adapted to hold the architected state of the specified one of the x86 ISA 64-bit R8-R15 GPRs into the hardware registers adapted to hold the architected state of two of the ARM ISA 32-bit GPRs.
A method of editing a print job to be printed on a flatbed printer (10, 12) comprising a flatbed surface for placing a piece of media to be printed upon, the flatbed surface having a plurality of vacuum zones (32, 32a - 32e), each vacuum zone (32, 32a - 32e) being connected to a vacuum source for attracting the piece of media to the flatbed surface, the method being performed on a job editor (14, 20) comprising a processor and a display, wherein the processor performs the steps of, for each vacuum zone: - reading vacuum zone data specifying at least a size of the vacuum zone; - constructing and displaying an image of the vacuum zone on the basis of the vacuum zone data; - superposing, on the display, an image to be printed and the image of the vacuum zone, characterized in that vacuum zones (32b - 32e) of the plurality of vacuum zones are nested and have J Z decreasing lengths and widths, and the method comprises the step of - adapting an effective area of the vacuum zone to media sheets with different formats by appropriately selecting the vacuum zone from the plurality of vacuum zones with a smallest surface area that still fully accommodates the image to be printed. - reading vacuum zone data specifying at least a size of the vacuum zone; - constructing and displaying an image of the vacuum zone on the basis of the vacuum zone data; - superposing, on the display, an image to be printed and the image of the vacuum zone, characterized in that vacuum zones (32b - 32e) of the plurality of vacuum zones are nested and have J Z decreasing lengths and widths, and the method comprises the step of - adapting an effective area of the vacuum zone to media sheets with different formats by appropriately selecting the vacuum zone from the plurality of vacuum zones with a smallest surface area that still fully accommodates the image to be printed.
Apparatus for forming an annular apex filler, comprising: a cylindrical former for supporting a cut length of an apex filler of elastomeric material, wherein said cylindrical former comprises a rotary shaft and a plurality of rigid, circumferentially spaced apart fingers, said fingers are movably connected to support members for flipping the apex filler when wound on the cylindrical former, wherein said support members are movable connected to substantially radially extending guiding members, wherein the guiding members are connected to the rotary shaft, a setting unit which is arranged for moving the support members radially inwardly or outwardly, and a feed assembly for feeding said apex filler to said cylindrical former, characterized in that the rotary shaft is a hollow rotary shaft, and that the fingers are connected via linkages to a driving member which is connected to a push/pull shaft which extends at least partially through the hollow rotary shaft. a cylindrical former for supporting a cut length of an apex filler of elastomeric material, wherein said cylindrical former comprises a rotary shaft and a plurality of rigid, circumferentially spaced apart fingers, said fingers are movably connected to support members for flipping the apex filler when wound on the cylindrical former, wherein said support members are movable connected to substantially radially extending guiding members, wherein the guiding members are connected to the rotary shaft, a setting unit which is arranged for moving the support members radially inwardly or outwardly, and a feed assembly for feeding said apex filler to said cylindrical former, characterized in that the rotary shaft is a hollow rotary shaft, and that the fingers are connected via linkages to a driving member which is connected to a push/pull shaft which extends at least partially through the hollow rotary shaft.
A device for the variable fixing of a headrest to a vehicle seat, having a receptacle which forms a receiving space for receiving a headrest support, and having a locking element which, by means of a disengagement movement of a disengagement element, is movable from a locking position, in which a locking section of the locking element projects into the receiving space, into a release position, in which the locking section does not project into the receiving space or projects into the receiving space to a lesser extent than in the locking position, wherein the movement of the disengagement element leads along the longitudinal axis of the receiving space, characterized in that the movement of the disengagement element can be effected by means of an actuation movement of an actuation element, wherein the direction of the actuation movement is oriented perpendicular to the longitudinal axis.
A piezoelectric transducer for measuring a force comprising a base element; a pre-loading element; at least one effective main seismic mass means capable of producing said force when being accelerated, said effective main seismic mass means being joined by said pre-load element directly or indirectly against said base element; a main piezoelectric ceramic element comprising first piezoelectric ceramic, said first piezoelectric ceramic is capable of generating a main electric charge when subjected to said force, said main piezoelectric ceramic element being joined by said pre-load element directly or indirectly against said effective main seismic mass means; at least one compensation seismic mass means capable of producing a compensation force when being accelerated, said compensation seismic mass means being joined by said pre-load element directly or indirectly against said base element; a compensation piezoelectric ceramic element comprising second piezoelectric ceramic, said second piezoelectric ceramic is capable of generating a compensation electric charge when subjected to said compensation force, said compensation piezoelectric ceramic element being joined by said pre-load element directly or indirectly against said compensation seismic mass means; said first piezoelectric ceramic has a thermal sensitivity shift smaller than said second piezoelectric ceramic; said first piezoelectric ceramic generates main electric charge that is larger in quantity than compensation electric charge generated by said second piezoelectric ceramic; and said main piezoelectric ceramic element being oriented with respect to said force to be measured and said compensation piezoelectric ceramic element being oriented with respect to said compensation force such that said main electric charge and said compensation electric charge are opposite in polarity.
A compressor section for use in a gas turbine engine comprising: a lower pressure compressor rotor; a higher pressure compressor rotor having a hub and a plurality of blades extending radially outwardly from said hub and an outer housing surrounding an outer periphery of said blades; and a tap for tapping air at a radially outer first location in a duct intermediate the lower pressure compressor rotor and the higher pressure compressor rotor, passing the tapped air through a heat exchanger, and returning the tapped air to an outlet at a second location which is radially inward of said first location, to provide cooling air adjacent to said hub to cool said hub along its length, wherein said outlet is also in said duct, and wherein a fan drives air downstream of said heat exchanger to said outlet. a lower pressure compressor rotor; a higher pressure compressor rotor having a hub and a plurality of blades extending radially outwardly from said hub and an outer housing surrounding an outer periphery of said blades; and a tap for tapping air at a radially outer first location in a duct intermediate the lower pressure compressor rotor and the higher pressure compressor rotor, passing the tapped air through a heat exchanger, and returning the tapped air to an outlet at a second location which is radially inward of said first location, to provide cooling air adjacent to said hub to cool said hub along its length, wherein said outlet is also in said duct, and wherein a fan drives air downstream of said heat exchanger to said outlet.
A method comprising: at a first server, receiving a first request from a user at a first client to a portal web page, wherein a first portlet of the portal web page is managed by a master portal process executing at the first server and the first request includes a first portlet identifier uniquely identifying the first portlet from portlets managed by the master portal process; at the master portal process, processing the user's first request comprising: performing a lookup using the first portlet identifier; based on the lookup, determining that a first sandbox, executing at the first server, executes a first portlet executable corresponding to the first portlet; transferring the first request to the first sandbox for operation; and receiving from the first sandbox an updated render of the first portlet at the master portal process based on the first request; and generating a response for the user's first request comprising: assembling output for a plurality of portlets on the portal web page, including the updated render of the first portlet; and rendering an updated portal web page. at a first server, receiving a first request from a user at a first client to a portal web page, wherein a first portlet of the portal web page is managed by a master portal process executing at the first server and the first request includes a first portlet identifier uniquely identifying the first portlet from portlets managed by the master portal process; at the master portal process, processing the user's first request comprising: performing a lookup using the first portlet identifier; based on the lookup, determining that a first sandbox, executing at the first server, executes a first portlet executable corresponding to the first portlet; transferring the first request to the first sandbox for operation; and receiving from the first sandbox an updated render of the first portlet at the master portal process based on the first request; and performing a lookup using the first portlet identifier; based on the lookup, determining that a first sandbox, executing at the first server, executes a first portlet executable corresponding to the first portlet; transferring the first request to the first sandbox for operation; and receiving from the first sandbox an updated render of the first portlet at the master portal process based on the first request; and generating a response for the user's first request comprising: assembling output for a plurality of portlets on the portal web page, including the updated render of the first portlet; and rendering an updated portal web page. assembling output for a plurality of portlets on the portal web page, including the updated render of the first portlet; and rendering an updated portal web page.