mhurhangee/patent-ind-claim-en huggingface dataset:
A composite article comprising: A. a first layer comprising a low surface energy polymer; B. a poly(meth)acrylate layer disposed on and in direct contact with said first layer, wherein said poly(meth)acrylate layer comprises a poly(meth)acrylate comprising the reaction product of at least one acrylate polymerized in the presence of an organoborane initiator; C. an epoxide layer disposed on and in direct contact with said poly(meth)acrylate layer, wherein said epoxide layer comprises an epoxide; and D. a hydrolytically resistant layer disposed on and in direct contact with said epoxide layer, wherein said hydrolytically resistant layer has an initial tensile strength as measured in accordance with the DIN 53504 S2 standard test method and comprises a hydrolytically resistant polyurethane elastomer comprising the reaction product of: an isocyanate component; and an isocyanate-reactive component comprising a polydiene polyol having an average hydroxy functionality of no greater than 3 and a number average molecular weight of from 1000 to less than 2000 g/mol; reacted in the presence of a curing agent for crosslinking the carbon-carbon double bonds of the polydiene polyol, wherein said hydrolytically resistant layer retains at least 80 % of said initial tensile strength as measured in accordance with the DIN 53504 S2 standard test method and after submersion in standardized seawater for 24 weeks at 102 °C in accordance with ASTM D665. A. a first layer comprising a low surface energy polymer; B. a poly(meth)acrylate layer disposed on and in direct contact with said first layer, wherein said poly(meth)acrylate layer comprises a poly(meth)acrylate comprising the reaction product of at least one acrylate polymerized in the presence of an organoborane initiator; C. an epoxide layer disposed on and in direct contact with said poly(meth)acrylate layer, wherein said epoxide layer comprises an epoxide; and D. a hydrolytically resistant layer disposed on and in direct contact with said epoxide layer, wherein said hydrolytically resistant layer has an initial tensile strength as measured in accordance with the DIN 53504 S2 standard test method and comprises a hydrolytically resistant polyurethane elastomer comprising the reaction product of: an isocyanate component; and an isocyanate-reactive component comprising a polydiene polyol having an average hydroxy functionality of no greater than 3 and a number average molecular weight of from 1000 to less than 2000 g/mol; reacted in the presence of a curing agent for crosslinking the carbon-carbon double bonds of the polydiene polyol, wherein said hydrolytically resistant layer retains at least 80 % of said initial tensile strength as measured in accordance with the DIN 53504 S2 standard test method and after submersion in standardized seawater for 24 weeks at 102 °C in accordance with ASTM D665. an isocyanate component; and an isocyanate-reactive component comprising a polydiene polyol having an average hydroxy functionality of no greater than 3 and a number average molecular weight of from 1000 to less than 2000 g/mol;
An energy storage device comprising: an electrode assembly which has an electrode assembly body formed by stacking a positive electrode plate, a separator and a negative electrode plate, and tabs extending from the positive electrode plate and the negative electrode plate; a case formed of a case body which accommodates the electrode assembly therein and a lid plate which closes the case body ; an external terminal fixed to the lid plate and electrically connected to the tab ; a spacer disposed between the electrode assembly body and the lid plate , the spacer having rigidity; and a porous cushion sheet disposed between the spacer and the electrode assembly body , the cushion sheet having cushioning property, wherein the cushion sheet is welded to the spacer . an electrode assembly which has an electrode assembly body formed by stacking a positive electrode plate, a separator and a negative electrode plate, and tabs extending from the positive electrode plate and the negative electrode plate; a case formed of a case body which accommodates the electrode assembly therein and a lid plate which closes the case body ; an external terminal fixed to the lid plate and electrically connected to the tab ; a spacer disposed between the electrode assembly body and the lid plate , the spacer having rigidity; and a porous cushion sheet disposed between the spacer and the electrode assembly body , the cushion sheet having cushioning property, wherein the cushion sheet is welded to the spacer .
Evisceration tool , designed and configured for removing internal organs and in particular an intestine pack from the body of slaughtered poultry, comprising a spoon-shaped basic body , wherein the basic body has a spoon base and a spoon edge which extends around at least part of the spoon base to form a spoon bowl , wherein the basic body is made at least partly of a resilient material, characterized in that the resilient material is on the one hand flexible enough to adapt to a contour of the body during removal of the internal organs and on the other hand stiff enough to remove the internal organs from the body.
A coupling device for coupling a helical hose of a cleaning device comprising: a hose recess for a helical hose , an inner wall and an outer wall , wherein the inner wall is equipped with one or more projections for fastening the helical hose wherein the outer wall comprising at least one coupling element , which is connected with the outer wall in a working position characterized in that the coupling element comprising an opening and a flap wherein the flap closes the opening in a working position.
Reluctance rotor with magnetically conducting flux paths and flux barriers , characterised in that the flux barriers are filled at least partially with PU foam , wherein the flux barriers are filled with PU foam with a different hardness grade.
A first device comprising: at least one processor and memory , including code executable to cause the at least one processor to control the first device to: initiate a peer-to-peer group setup where the first device is configured as an autonomous group initiator to provide a function from a second device that joins the group; scan available network channels of a wireless network; determine a selected channel, by predicting as to what channel a channel selection function of the second device chooses for communicating with the wireless network on a network connection based on received signal strength measured at a location of the first device, wherein the selected channel is available to the second device to communicate with the wireless network when the second device is operating in a coverage area of the wireless network near the location of the first device; and, configure a peer-to-peer connection on the selected channel. initiate a peer-to-peer group setup where the first device is configured as an autonomous group initiator to provide a function from a second device that joins the group; scan available network channels of a wireless network; determine a selected channel, by predicting as to what channel a channel selection function of the second device chooses for communicating with the wireless network on a network connection based on received signal strength measured at a location of the first device, wherein the selected channel is available to the second device to communicate with the wireless network when the second device is operating in a coverage area of the wireless network near the location of the first device; and, configure a peer-to-peer connection on the selected channel.
An array substrate , comprising: a plurality of gate lines and a plurality of data lines configured to intersect with each other; and sub-pixel units formed by the intersection of the gate lines and the data lines , the sub-pixels units forming a pixel region, wherein each sub-pixel unit comprises: a first transparent common electrode ; a pixel electrode disposed above and insulated from the first transparent common electrode ; and a second transparent common electrode disposed above and insulated from the pixel electrode , characterized in that the array substrate further comprises an electrically conductive structure that covers and is in direct contact with an end of the gate line or an end of the data line outside the pixel region of the array substrate , and that is disposed in a same layer as the first transparent common electrode , the orthographic projection of the first transparent common electrode on the plane having the pixel electrode is located within a region of the pixel electrode , and the first transparent common electrode has a hollow portion , and the orthographic projection of the hollow portion on the plane having the pixel electrode is located in the region of the pixel electrode . a plurality of gate lines and a plurality of data lines configured to intersect with each other; and sub-pixel units formed by the intersection of the gate lines and the data lines , the sub-pixels units forming a pixel region, wherein each sub-pixel unit comprises: a first transparent common electrode ; a pixel electrode disposed above and insulated from the first transparent common electrode ; and a second transparent common electrode disposed above and insulated from the pixel electrode , a first transparent common electrode ; a pixel electrode disposed above and insulated from the first transparent common electrode ; and a second transparent common electrode disposed above and insulated from the pixel electrode , characterized in that the array substrate further comprises an electrically conductive structure that covers and is in direct contact with an end of the gate line or an end of the data line outside the pixel region of the array substrate , and that is disposed in a same layer as the first transparent common electrode , the orthographic projection of the first transparent common electrode on the plane having the pixel electrode is located within a region of the pixel electrode , and the first transparent common electrode has a hollow portion , and the orthographic projection of the hollow portion on the plane having the pixel electrode is located in the region of the pixel electrode .
Self-propelled wrapping machine movable around a load to wrap the latter with a film made of plastic material in a wrapping cycle, comprising a self-propelled carriage and a upright fixed to said carriage and slidably supporting an unwinding unit provided at least with a reel of film , characterized in that it comprises: - an anchoring element ; - a first gripping unit that is supported by, an connected to, said carriage , and is movable and arranged to hold and unwind an initial flap of film from said unwinding unit in an initial step of said wrapping cycle; and - a second gripping unit that is supported by, an connected to, said carriage , and is movable and arranged to position and release the anchoring element on said initial flap of film unwound from said first gripping unit , in said initial step of said wrapping cycle, so as to fix said initial flap of film to a supporting plane (P) on which said self-propelled wrapping machine is movable, the second gripping unit being furthermore arranged to grasp and lift said anchoring element from said supporting plane (P) so as to disengage it from said initial flap of film after at least one turn of said self-propelled wrapping machine around said load wrapping the latter with said film supplied by said unwinding unit . - an anchoring element ; - a first gripping unit that is supported by, an connected to, said carriage , and is movable and arranged to hold and unwind an initial flap of film from said unwinding unit in an initial step of said wrapping cycle; and - a second gripping unit that is supported by, an connected to, said carriage , and is movable and arranged to position and release the anchoring element on said initial flap of film unwound from said first gripping unit , in said initial step of said wrapping cycle, so as to fix said initial flap of film to a supporting plane (P) on which said self-propelled wrapping machine is movable, the second gripping unit being furthermore arranged to grasp and lift said anchoring element from said supporting plane (P) so as to disengage it from said initial flap of film after at least one turn of said self-propelled wrapping machine around said load wrapping the latter with said film supplied by said unwinding unit .
A processing system comprising: a detector configured to contact a welding object , to transmit an ultrasonic wave (US) toward the welding object and to detect a reflected wave (RW), a processing device configured to perform at least a first determination of determining whether or not the detector contacts the welding object based on a detection result when the reflected wave is detected by the detector, wherein the processing device is configured to extract a portion (P2) from the detection result in which a multiple-reflection wave is detected, and to perform the first determination based on the reflected wave (RW) in the extracted portion, characterized in that : the detector includes a plurality of detection elements arranged in a first direction (X) and when determining that the detector contacts the welding object , the processing device is configured to calculate a tilt ( θ x) of the detector with respect to the welding object. a detector configured to contact a welding object , to transmit an ultrasonic wave (US) toward the welding object and to detect a reflected wave (RW), a processing device configured to perform at least a first determination of determining whether or not the detector contacts the welding object based on a detection result when the reflected wave is detected by the detector, wherein the processing device is configured to extract a portion (P2) from the detection result in which a multiple-reflection wave is detected, and to perform the first determination based on the reflected wave (RW) in the extracted portion, characterized in that : the detector includes a plurality of detection elements arranged in a first direction (X) and when determining that the detector contacts the welding object , the processing device is configured to calculate a tilt ( θ x) of the detector with respect to the welding object. a processing device configured to perform at least a first determination of determining whether or not the detector contacts the welding object based on a detection result when the reflected wave is detected by the detector, wherein the processing device is configured to extract a portion (P2) from the detection result in which a multiple-reflection wave is detected, and to perform the first determination based on the reflected wave (RW) in the extracted portion, characterized in that : the detector includes a plurality of detection elements arranged in a first direction (X) and when determining that the detector contacts the welding object , the processing device is configured to calculate a tilt ( θ x) of the detector with respect to the welding object. the detector includes a plurality of detection elements arranged in a first direction (X) and when determining that the detector contacts the welding object , the processing device is configured to calculate a tilt ( θ x) of the detector with respect to the welding object.
A method for producing a glove, comprising: a step of forming a dip-molded layer by dip-molding a latex composition containing a latex of a carboxyl group-containing conjugated diene rubber (A) that does not have an isoprene-derived monomer unit, and a metal compound (B) including a divalent or higher metal; and a step of irradiating the dip-molded layer with radiation, wherein the metal compound (B) including the divalent or higher metal includes at least one selected from zinc compounds, magnesium compounds, titanium compounds, calcium compounds, lead compounds, iron compounds, tin compounds, chromium compounds, cobalt compounds, zirconium compounds, and aluminum compounds. a step of forming a dip-molded layer by dip-molding a latex composition containing a latex of a carboxyl group-containing conjugated diene rubber (A) that does not have an isoprene-derived monomer unit, and a metal compound (B) including a divalent or higher metal; and a step of irradiating the dip-molded layer with radiation, wherein the metal compound (B) including the divalent or higher metal includes at least one selected from zinc compounds, magnesium compounds, titanium compounds, calcium compounds, lead compounds, iron compounds, tin compounds, chromium compounds, cobalt compounds, zirconium compounds, and aluminum compounds.
A pulsation damping system for reducing pressure oscillations in inlet and/or outlet side pipelines of piston pumps , with at least one piston pump which has a pump chamber , wherein the pump chamber for conveying a conveyance medium is connected to a pump inlet channel via a first fluid connection and is connected to a pump outlet channel via a second fluid connection , and wherein the pump chamber further has at least one damping fluid connection to which the pump chamber in each case with a damping device for damping pressure oscillations is fluidically connected, characterized in that a throttle valve is arranged in a pipeline which is arranged between the pump chamber and the damping device .
Exhaust system for an internal combustion engine, especially in a vehicle, comprising at least one first catalytic converter unit with at least one catalytic converter arrangement through which internal combustion engine exhaust gas can flow and a fuel-operated heating device with a combustion air feed arrangement for feeding combustion air (L) into a combustion chamber , a fuel feed arrangement for feeding fuel (B) into the combustion chamber , wherein the at least one first catalytic converter unit comprises an internal combustion engine exhaust gas flow space through which internal combustion engine exhaust gas can flow, wherein the at least one catalytic converter arrangement is arranged in the internal combustion engine exhaust gas flow space , characterized in that the heating device comprises a heat exchanger arrangement through which heating device exhaust gas and heat exchanger medium to be heated can flow, and that the at least one first catalytic converter unit comprises a heat exchanger volume through which heating device exhaust gas leaving the heating device can flow, with a heating device exhaust gas flow space enclosing the internal combustion engine exhaust gas flow space in at least some areas.
Frame for a bicycle, comprising a top tube , a down tube and a remote-controlled rear shock absorber , being the shock absorber connected to the frame by means of two anchoring elements traversed by a longitudinal axis of the shock absorber and comprising the shock absorber at least one compression dial and a rebound dial , wherein the frame is characterized in that : - one of the tubes (8; 18), the top tube or the down tube , comprises a depression (9; 25) communicated with the outside of the frame and delimited by an inner surface (10; 26), wherein - the inner surface (10; 26) is arranged inside the tube (8; 18) and comprises a window (12; 28) that communicates the depression (9; 25) with an inner part (8b; 18b) of the tube (8; 18), and wherein - the bicycle comprises an actuator element for adjusting the compression dial , wherein the actuator element extends from the outside of the frame towards the window (12; 28) passing through the inner part (8b; 18b) of the tube (8; 18). - one of the tubes (8; 18), the top tube or the down tube , comprises a depression (9; 25) communicated with the outside of the frame and delimited by an inner surface (10; 26), wherein - the inner surface (10; 26) is arranged inside the tube (8; 18) and comprises a window (12; 28) that communicates the depression (9; 25) with an inner part (8b; 18b) of the tube (8; 18), and wherein - the bicycle comprises an actuator element for adjusting the compression dial , wherein the actuator element extends from the outside of the frame towards the window (12; 28) passing through the inner part (8b; 18b) of the tube (8; 18).
A photomixing system configured to generate continuous-wave terahertz frequency signals comprising: an optical pump configured to: generate at least two beams, where the at least two beams are utilized to create a frequency-offset; and operate below a 50% duty cycle, where the duty cycle includes an operation cycle and a sleep cycle; and a photomixer comprising a radiating element configured to receive the frequency-offset and to generate a terahertz radiation utilizing the received frequency-offset and the radiating element, characterized in that the radiating element includes at least one plasmonic contact electrode and that the optical pump operates with an average optical pump power of less than or equal to 150 mW. an optical pump configured to: generate at least two beams, where the at least two beams are utilized to create a frequency-offset; and operate below a 50% duty cycle, where the duty cycle includes an operation cycle and a sleep cycle; and generate at least two beams, where the at least two beams are utilized to create a frequency-offset; and operate below a 50% duty cycle, where the duty cycle includes an operation cycle and a sleep cycle; and a photomixer comprising a radiating element configured to receive the frequency-offset and to generate a terahertz radiation utilizing the received frequency-offset and the radiating element, characterized in that the radiating element includes at least one plasmonic contact electrode and that the optical pump operates with an average optical pump power of less than or equal to 150 mW.
Tank arrangement for storing and supplying liquefied gas, in particular liquefied natural gas (LNG), for a fuel supply system on ships, having a tank which has a bilobed or multi-lobe shape, wherein - each bend of the bilobed or multi-lobed shape is formed from a section of a cylindrical pressure vessel, - the cylinder axes are horizontal and parallel to each other and - the pressure vessel sections are arranged above each other, and with a bearing structure for supporting the tank within a ship, with - a first bearing , which absorbs vertical forces acting downwards and horizontal forces in the direction of the cylinder axes and transversely thereto, - at least one second bearing , which is arranged horizontally in the direction of the cylinder axes at a predetermined distance from the first bearing and absorbs downwardly acting vertical forces and horizontal forces transverse to the cylinder axes, and with - at least one third bearing , which is arranged at a predetermined vertical distance to the first and second bearings and absorbs at least horizontal forces transverse to the cylinder axes, characterized in that in the case of a bilobed tank the lower and in the case of a multi-lobed tank at least the lowest pressure vessel section is shorter in the cylinder axis direction than the other or the others in order to follow a narrowed ship structure. - each bend of the bilobed or multi-lobed shape is formed from a section of a cylindrical pressure vessel, - the cylinder axes are horizontal and parallel to each other and - the pressure vessel sections are arranged above each other, and with a bearing structure for supporting the tank within a ship, with - a first bearing , which absorbs vertical forces acting downwards and horizontal forces in the direction of the cylinder axes and transversely thereto, - at least one second bearing , which is arranged horizontally in the direction of the cylinder axes at a predetermined distance from the first bearing and absorbs downwardly acting vertical forces and horizontal forces transverse to the cylinder axes, and with - at least one third bearing , which is arranged at a predetermined vertical distance to the first and second bearings and absorbs at least horizontal forces transverse to the cylinder axes,