mhurhangee/patent-ind-claim-en huggingface dataset:
Device for straightening a metal flat product by pressing, comprising: an upper press frame and a lower press frame , wherein the upper press frame comprises a pressure piston and the lower press frame comprises a table with a depression for entry of the pressure piston, or conversely, and wherein the upper press frame is arranged opposite the lower press frame and the two press frames are displaceable relative to one another; characterised in that the upper pressure frame has in the region of its two narrow sides carrier elements as points of engagement for a balancing device for the upper work roll in a roll stand; and the lower pressure frame has in the region of its two narrow sides support elements for supporting on the housings of the roll stand. an upper press frame and a lower press frame , wherein the upper press frame comprises a pressure piston and the lower press frame comprises a table with a depression for entry of the pressure piston, or conversely, and wherein the upper press frame is arranged opposite the lower press frame and the two press frames are displaceable relative to one another; characterised in that the upper pressure frame has in the region of its two narrow sides carrier elements as points of engagement for a balancing device for the upper work roll in a roll stand; and the lower pressure frame has in the region of its two narrow sides support elements for supporting on the housings of the roll stand.
A communication method performed by a first terminal device in device-to-device, D2D, communication, wherein the method comprises: determining (S110), by the first terminal device, in a communication resource, a target resource, wherein the target resource is determined according to a modulus value of characteristic information, wherein the characteristic information comprises an identity of the first terminal device and an identity of a second terminal device; wherein the target resource comprises at least one of frequency domain resource of the reference signal, RS, and cyclic shift, CS, of the RS; and transmitting (S120), by the first terminal device, the RS to the second terminal device by using the target resource. determining (S110), by the first terminal device, in a communication resource, a target resource, wherein the target resource is determined according to a modulus value of characteristic information, wherein the characteristic information comprises an identity of the first terminal device and an identity of a second terminal device; wherein the target resource comprises at least one of frequency domain resource of the reference signal, RS, and cyclic shift, CS, of the RS; and transmitting (S120), by the first terminal device, the RS to the second terminal device by using the target resource.
At least one print liquid supply interconnect comprising: a housing, configured to be tethered via a feed hose to the printer such that it is moveable relative to the printer, the housing comprising: at least one needle to be inserted in a print liquid supply to allow print liquid to move between the print liquid supply and an ejection device ; two keyed slots (104-1,104-2) disposed on either side of the at least one needle to gate insertion to a print liquid supply with protrusions that match the two keyed slots; a guide feature adjacent the first needle and extending between a first keyed slot (104-1) and the at least one needle ; and an electrical interface to establish a data transmission path between the print liquid supply and the ejection device, the electrical interface disposed between the at least one needle and a second keyed slot (104-2). a housing, configured to be tethered via a feed hose to the printer such that it is moveable relative to the printer, the housing comprising: at least one needle to be inserted in a print liquid supply to allow print liquid to move between the print liquid supply and an ejection device ; two keyed slots (104-1,104-2) disposed on either side of the at least one needle to gate insertion to a print liquid supply with protrusions that match the two keyed slots; a guide feature adjacent the first needle and extending between a first keyed slot (104-1) and the at least one needle ; and an electrical interface to establish a data transmission path between the print liquid supply and the ejection device, the electrical interface disposed between the at least one needle and a second keyed slot (104-2). at least one needle to be inserted in a print liquid supply to allow print liquid to move between the print liquid supply and an ejection device ; two keyed slots (104-1,104-2) disposed on either side of the at least one needle to gate insertion to a print liquid supply with protrusions that match the two keyed slots; a guide feature adjacent the first needle and extending between a first keyed slot (104-1) and the at least one needle ; and an electrical interface to establish a data transmission path between the print liquid supply and the ejection device, the electrical interface disposed between the at least one needle and a second keyed slot (104-2).
A waterproofing membrane comprising a structure incorporating a fibre layer and carrying a bituminous mass on one side, the other side carrying a layer of a first substance comprising an acrylic polymer, mixed with titanium dioxide, wherein the first substance comprises between 10% and 40% by dry weight of said acrylic polymer, between 4% and 40% by dry weight of said titanium oxide, and at least 1% by dry weight of a transparent or translucent hydrophobic material, chosen from the group consisting of polyethylene, polysiloxanes emulsions, fluorosurfactants, and silicone, said hydrophobic material being selected such that a drop of liquid water in contact with said surface (S) of the membrane has a contact angle θ c , measured in accordance with contact angle meter (name of test) in the order of 93°-100°, and said layer defining a surface (S) of said membrane .
An image processing apparatus comprising: receiving means for receiving input of authentication information including a user name and a password ; and permitting means for permitting the use of the image processing apparatus when authentication of a user based on the authentication information received by the receiving means has succeeded; characterized in that the image processing apparatus is further equipped with control means for inhibiting a predetermined setting when the password received by the receiving means is used continuously for transmitting image data, the predetermined setting being a timer transmission setting for transmitting the image data based on a time designated by the user. receiving means for receiving input of authentication information including a user name and a password ; and permitting means for permitting the use of the image processing apparatus when authentication of a user based on the authentication information received by the receiving means has succeeded; characterized in that the image processing apparatus is further equipped with control means for inhibiting a predetermined setting when the password received by the receiving means is used continuously for transmitting image data, the predetermined setting being a timer transmission setting for transmitting the image data based on a time designated by the user.
Apparatus for removal of a thrombus from a body of a subject, the apparatus comprising: a tube , comprising at least one lumen ; a treatment electrode , made of a first conductive metal, configured to pass through the at least one lumen; an internal electrode , made of a second conductive metal that is different from the first conductive metal, configured to pass through the at least one lumen; a wire electrically coupled, at a distal end thereof, to the treatment electrode, configured to pass through the at least one lumen; and a voltage source , configured, in use, to apply a unipolar voltage between the wire and the internal electrode while the treatment electrode is in contact with the thrombus. a tube , comprising at least one lumen ; a treatment electrode , made of a first conductive metal, configured to pass through the at least one lumen; an internal electrode , made of a second conductive metal that is different from the first conductive metal, configured to pass through the at least one lumen; a wire electrically coupled, at a distal end thereof, to the treatment electrode, configured to pass through the at least one lumen; and a voltage source , configured, in use, to apply a unipolar voltage between the wire and the internal electrode while the treatment electrode is in contact with the thrombus.
An injection molding apparatus comprising: an injection molding machine , a manifold that receives an injection material under pressure from the injection molding machine , a mold having a cavity and at least one valve comprising: an actuator comprising a rotor controllably rotatable by electric power, the actuator being interconnected to a controller that generates drive signals (DC), an electrical drive device comprising an interface that receives the drive signals (DC) and controllably distributes electrical energy or power in controllably varied amounts according to the drive signals (DC) to a driver that drives the rotor , a valve pin comprising a shaft having an axis (X) and a control surface disposed at a selected position along the axis (X) of the shaft, the valve pin being interconnected at an upstream end to the rotor in an arrangement wherein the valve pin is controllably drivable along a linear path of travel (XX) upstream and downstream through a downstream feed channel that routes the injection material to and through a gate leading to the cavity of the mold, the downstream feed channel having a complementary surface adapted to interface with the control surface to controllably vary rate or velocity of flow according to controlled axial positioning of the control surface relative to the complementary surface of the downstream feed channel . an actuator comprising a rotor controllably rotatable by electric power, the actuator being interconnected to a controller that generates drive signals (DC), an electrical drive device comprising an interface that receives the drive signals (DC) and controllably distributes electrical energy or power in controllably varied amounts according to the drive signals (DC) to a driver that drives the rotor , a valve pin comprising a shaft having an axis (X) and a control surface disposed at a selected position along the axis (X) of the shaft, the valve pin being interconnected at an upstream end to the rotor in an arrangement wherein the valve pin is controllably drivable along a linear path of travel (XX) upstream and downstream through a downstream feed channel that routes the injection material to and through a gate leading to the cavity of the mold, the downstream feed channel having a complementary surface adapted to interface with the control surface to controllably vary rate or velocity of flow according to controlled axial positioning of the control surface relative to the complementary surface of the downstream feed channel .
Arrangement, with: a stamp of foamed plastic, having a stamp surface formed with local depressions and elevations, and having a channel arrangement of vacuum passages in the interior of the stamp , wherein the vacuum passages can be applied with a vacuum, and which have openings in the regions of the local depressions of the stamp surface ; and an airtight foil placed on the stamp surface of the stamp , which foil is held to the stamp surface by a detachable adhesive at the edge of the stamp surface ; wherein the foil held on the stamp surface is deformable in adaptation to the shape of the stamp surface by applying vacuum to the vacuum passages. a stamp of foamed plastic, having a stamp surface formed with local depressions and elevations, and having a channel arrangement of vacuum passages in the interior of the stamp , wherein the vacuum passages can be applied with a vacuum, and which have openings in the regions of the local depressions of the stamp surface ; and an airtight foil placed on the stamp surface of the stamp , which foil is held to the stamp surface by a detachable adhesive at the edge of the stamp surface ; wherein the foil held on the stamp surface is deformable in adaptation to the shape of the stamp surface by applying vacuum to the vacuum passages.
A non-soap detergent bar, comprising: a detergent surfactant; a builder; a psyllium; a cellulose derivative, wherein the cellulose derivative is selected from the group consisting of a hydroxyalkyl alkyl cellulose; a filler, wherein the filler includes sodium silicate; water; wherein the non-soap detergent bar is a solid. a detergent surfactant; a builder; a psyllium; a cellulose derivative, wherein the cellulose derivative is selected from the group consisting of a hydroxyalkyl alkyl cellulose; a filler, wherein the filler includes sodium silicate; water; wherein the non-soap detergent bar is a solid.
A system for assembling an elongate composite structure , the system comprising: a first rigid elongate cure tool defining a first elongate support surface configured to support a first elongate charge of composite material (FEC); a flexible elongate caul plate extending along the first elongate support surface and configured to extend between, and spatially separate, the first elongate support surface and the FEC ; a second rigid elongate cure tool defining a second elongate support surface configured to support a second elongate charge of composite material (SEC), wherein at least a region of the second elongate support surface faces toward a corresponding region of the first elongate support surface ; a translation structure configured to permit relative translation between the first rigid elongate cure tool and the second rigid elongate cure tool from a first relative orientation, in which the FEC is spaced-apart from the SEC , and a second relative orientation, in which the FEC contacts the SEC ; a vacuum compaction film at least partially defining an enclosed volume that includes the FEC , the SEC , and the flexible elongate caul plate , wherein a region of the vacuum compaction film extends between, and spatially separates, the flexible elongate caul plate and the first elongate support surface ; and a vacuum source configured to apply a vacuum to the enclosed volume . a first rigid elongate cure tool defining a first elongate support surface configured to support a first elongate charge of composite material (FEC); a flexible elongate caul plate extending along the first elongate support surface and configured to extend between, and spatially separate, the first elongate support surface and the FEC ; a second rigid elongate cure tool defining a second elongate support surface configured to support a second elongate charge of composite material (SEC), wherein at least a region of the second elongate support surface faces toward a corresponding region of the first elongate support surface ; a translation structure configured to permit relative translation between the first rigid elongate cure tool and the second rigid elongate cure tool from a first relative orientation, in which the FEC is spaced-apart from the SEC , and a second relative orientation, in which the FEC contacts the SEC ; a vacuum compaction film at least partially defining an enclosed volume that includes the FEC , the SEC , and the flexible elongate caul plate , wherein a region of the vacuum compaction film extends between, and spatially separates, the flexible elongate caul plate and the first elongate support surface ; and a vacuum source configured to apply a vacuum to the enclosed volume .
A transmitting method for transmitting contents using a broadcast wave and a communication path, comprising: an information transmitting step of including content information in application control information when transmitting the contents using both the broadcast wave and the communication path, the content information indicating a correlation between a reference clock of a first content transmitted by using the broadcast wave and a reference clock of a second content transmitted by using the communication path for synchronizing the first content with the second content at a reception side that receives the first content and the second content, said content information being related to the second content; and transmitting the application control information by using at least the broadcast wave in the broadcast wave and the communication path. an information transmitting step of including content information in application control information when transmitting the contents using both the broadcast wave and the communication path, the content information indicating a correlation between a reference clock of a first content transmitted by using the broadcast wave and a reference clock of a second content transmitted by using the communication path for synchronizing the first content with the second content at a reception side that receives the first content and the second content, said content information being related to the second content; and transmitting the application control information by using at least the broadcast wave in the broadcast wave and the communication path.
A spheroidal graphite cast iron alloy consisting of, in % by weight, the following elements: - carbon (C) between 2.5% and 4%, - silicon (Si) between 1.5% and 4.4%; - magnesium (Mg) between 0.02% and 0.1%; - nickel (Ni) between 4.1% and 7%, - copper (Cu) between 0.5% and 3%, - molybdenum (Mo) between 0.15 and 0.8%, - manganese (Mn) ≤ 1 %; - chromium (Cr) ≤ 0.4%; - phosphorous (P) ≤ 0.04%; - sulfur (S) ≤ 0.015%; the remainder being iron and inevitable impurities. - carbon (C) between 2.5% and 4%, - silicon (Si) between 1.5% and 4.4%; - magnesium (Mg) between 0.02% and 0.1%; - nickel (Ni) between 4.1% and 7%, - copper (Cu) between 0.5% and 3%, - molybdenum (Mo) between 0.15 and 0.8%, - manganese (Mn) ≤ 1 %; - chromium (Cr) ≤ 0.4%; - phosphorous (P) ≤ 0.04%; - sulfur (S) ≤ 0.015%;
A biocontrol strain SQR-T037 against the wilt of continuous cropping cucumber and watermelon, which belongs to Trichoderma harzianum and was collected by China General Micro biological Culture Collection Center (CGMCC) on September 22, 2009, having the culture collection number CGMCC No.3308, the main biological characteristics being as follows: the optimum growth temperature on potato-dextrose-agar culture medium is 30°C;the diameter of colony can reached 90mm and it will cover the whole dish and generate yellow pigment in the culture medium when incubated for 96 hours; the conidiophore is in a shape of bottle; the conidium is oval, 2.3-3.5μm long and 2.0-3.2μm wide, and its surface is smooth; at the beginning its color was yellow green, then it changed into dark green slowly.
A system comprising a glasses apparatus configured to operate with a display apparatus , the glasses apparatus comprising: a communicator configured to communicate with the display apparatus ; an osteophony speaker ; and a controller configured to control the osteophony speaker to output audio received from the display apparatus ; wherein the display apparatus is configured to transmit contents audio corresponding to a reproduced contents image to the glasses apparatus , and the glasses apparatus is configured to receive the contents audio from the display apparatus and output the received contents audio using the osteophony speaker , and wherein, in response to the display apparatus receiving a call request from an external apparatus while the display apparatus is reproducing the contents image: the display apparatus changes a signal being transmitted to the glasses apparatus from the contents audio corresponding to the reproduced contents image to a call audio and output the contents audio through a speaker of the display apparatus , and the glasses apparatus outputs a received call audio using the osteophony speaker . a communicator configured to communicate with the display apparatus ; an osteophony speaker ; and a controller configured to control the osteophony speaker to output audio received from the display apparatus ; wherein the display apparatus is configured to transmit contents audio corresponding to a reproduced contents image to the glasses apparatus , and the glasses apparatus is configured to receive the contents audio from the display apparatus and output the received contents audio using the osteophony speaker , and wherein, in response to the display apparatus receiving a call request from an external apparatus while the display apparatus is reproducing the contents image: the display apparatus changes a signal being transmitted to the glasses apparatus from the contents audio corresponding to the reproduced contents image to a call audio and output the contents audio through a speaker of the display apparatus , and the glasses apparatus outputs a received call audio using the osteophony speaker . the display apparatus changes a signal being transmitted to the glasses apparatus from the contents audio corresponding to the reproduced contents image to a call audio and output the contents audio through a speaker of the display apparatus , and the glasses apparatus outputs a received call audio using the osteophony speaker .
A method comprising: generating data by an application specific integrated circuit, ASIC , of a co-packaged optical-electrical chip , the co-packaged optical-electrical chip comprising one or more co-packaged optical modules connected to the ASIC by integrated electrical paths ; forward error correction, FEC, encoding the data by a plurality of FEC encoders in the ASIC; generating digital signal by mapping the data to symbol data by a plurality of symbol encoding circuits in the ASIC and processing the symbol data using a multi-in-multi-out, MIMO, digital signal processing, DSP, circuit in the ASIC; converting the digital signal to analog electrical signal using a plurality of digital to analog converters in the ASIC; transferring the analog electrical signal from the ASIC to co-packaged optical module using the integrated electrical paths in the co-packaged optical-electrical chip; and generating, using the one or more co-packaged optical modules, optical signal from the analog electrical signal by using the analog electrical signal to drive an optical modulator in the one or more co-packaged optical modules. generating data by an application specific integrated circuit, ASIC , of a co-packaged optical-electrical chip , the co-packaged optical-electrical chip comprising one or more co-packaged optical modules connected to the ASIC by integrated electrical paths ; forward error correction, FEC, encoding the data by a plurality of FEC encoders in the ASIC; generating digital signal by mapping the data to symbol data by a plurality of symbol encoding circuits in the ASIC and processing the symbol data using a multi-in-multi-out, MIMO, digital signal processing, DSP, circuit in the ASIC; converting the digital signal to analog electrical signal using a plurality of digital to analog converters in the ASIC; transferring the analog electrical signal from the ASIC to co-packaged optical module using the integrated electrical paths in the co-packaged optical-electrical chip; and generating, using the one or more co-packaged optical modules, optical signal from the analog electrical signal by using the analog electrical signal to drive an optical modulator in the one or more co-packaged optical modules.