mhurhangee/ep-ind-claims huggingface dataset:
Cooling device for an induction hob, having a channel for guiding cooling air for cooling inductors of the inductor hob, wherein the channel is embodied as open at a longitudinal side and a cooling body of the cooling device is arranged at said open side and is embodied to dissipate heat from electronic components (24 to 28), and the longitudinal side of the channel is closed by the cooling body, characterised in that the channel is embodied as integrally formed and straight and is made of plastic, wherein the channel has a top part, a bottom part and a side part, wherein a longitudinal side opposite the side part is in contrast embodied as open, so that in cross-section the channel has a U-shape which is laid on its side, wherein circumferential reinforcing struts (7, 8, 9, 10, 11) are embodied on an exterior of the top part, of the bottom part and of the side part, serving to reinforce the channel and in addition acting as bracing supports for mounting on a support of the induction hob, wherein embodied on an inner wall of the top part of the channel and on an inner wall of the bottom part of the channel in each case is at least one elevation (37, 38), which extend into an intermediate space (39, 40) between a second part of the cooling body and ribs (41, 42), arranged spaced apart therefrom, of a first part of the cooling body.
A media recycler or dispenser, comprising: an intermediate transport module; a lower transport module; sensors (151, 161) to provide alignment data relevant to whether the intermediate transport module is aligned with the lower transport module; a motorized latch affixed to the lower transport module; and a processor coupled to the sensors configured to: determine from the alignment data whether the intermediate transport module is aligned with the lower transport module or not; and control the motorized latch to move the lower transport module into alignment with the intermediate transport module based on the alignment data. an intermediate transport module; a lower transport module; sensors (151, 161) to provide alignment data relevant to whether the intermediate transport module is aligned with the lower transport module; a motorized latch affixed to the lower transport module; and a processor coupled to the sensors configured to: determine from the alignment data whether the intermediate transport module is aligned with the lower transport module or not; and control the motorized latch to move the lower transport module into alignment with the intermediate transport module based on the alignment data. determine from the alignment data whether the intermediate transport module is aligned with the lower transport module or not; and control the motorized latch to move the lower transport module into alignment with the intermediate transport module based on the alignment data.
A soft core bottle comprising: a bottle housing and a bottle core; wherein the bottle core comprises a first bottle opening and a first bottle body, and the first bottle body is made of soft material; the bottle housing is made of hard material; and the bottle core is fixedly joined in the bottle housing via the first bottle opening characterized in that a plurality of protruding points are provided on an inner side wall of the first bottle body.
A computer program product for execution on one or more processors of a Near Field Communication, NFC, enabled device, the computer program product comprising: instructions to establish a NFC link between the NFC enabled device and an NFC device; instructions to receive NFC device originating provisioning data from the NFC device via the established NFC link, wherein the NFC device originating provisioning data enables the NFC enabled device to receive a service and comprises security information; and instructions to use the NFC device originating provisioning data to request service information of the service corresponding to the NFC device originating provisioning data from a service provider other than the NFC device via a network connection other than the NFC link. instructions to establish a NFC link between the NFC enabled device and an NFC device; instructions to receive NFC device originating provisioning data from the NFC device via the established NFC link, wherein the NFC device originating provisioning data enables the NFC enabled device to receive a service and comprises security information; and instructions to use the NFC device originating provisioning data to request service information of the service corresponding to the NFC device originating provisioning data from a service provider other than the NFC device via a network connection other than the NFC link.
A compound which is E7766 or a pharmaceutically acceptable salt thereof for use in a method of treating cancer in a patient, the method comprising administering the compound to said patient, wherein said patient is receiving an OATP inhibitor, and concomittantly ceasing or reducing administration of said OATP inhibitor or reducing administration of said compound to eliminate or reduce related adverse events:
Milk, characterized in that its fatty acid composition comprises at least 1.8% palmitoleic acid, at least 33% palmitic acid, and in addition totally at most 2.0% trans fatty acids, and wherein said milk has been produced by a process wherein to a ruminant is given a milk composition changing amount of a complete or concentrate feed which contains conventional feed ingredients and conventional additives and other auxiliary agents, wherein the conventional feed ingredients and conventional additives and other auxiliary agents include at least 15-55% protein and 5-50% starch, wherein said feed contains inside and on the surface of feed raw material particles a fatty acid mixture, wherein in case of a complete feed, the fatty acid mixture is used in an amount of 1-6% by weight, and in case of a concentrate feed, the amount of fatty acid mixture is 2-10%, based on the total weight of the feed, wherein the proportion of saturated fatty acids is over 90% and the fatty acid mixture comprises at least 99% free fatty acids, at least 90% palmitic acid (C16:0), at most 10% stearic acid (C18:0), 0-3% other fatty acids, and is free of trans fatty acids, has a melting point of >60°C and a iodine value of ≤1, thereby at least partially protecting the starch and protein from microbial degradation in the rumen, wherein the amount of fatty acid mixture ingested via the feed per amount of produced milk is 60-300 g of the fatty acid mixture/10 kg milk, and the milk is recovered.
A laparoscopic port that comprises tubular housing, an inflatable cuff around the distal end of the housing, an insufflation nozzle which is in fluid communication with the inflatable cuff, and a locking ring which can be passed over the proximal end of the housing, and secured relative to the housing at different points along the length of the housing, characterized in that the laparoscopic port additionally comprises two channels (2, 3) running through the length of the housing.
A rubber composition based on at least: - an elastomer matrix; - an anti-ozone wax; and - a crumb rubber; wherein the elastomer matrix comprises an isoprene elastomer; wherein the total amount of the isoprene elastomer is more than 27.00% by weight per 100.00% by weight of the rubber composition; wherein the total amount of the anti-ozone wax is more than 0.60% by weight and less than 1.70% by weight per 100.00% by weight of the rubber composition; wherein the crumb rubber comprises crumb rubber particles having a particle size of less than 74μm; and wherein a ratio by weight of the total amount of the crumb rubber particles having the particle size of less than 74μm to the total amount of the anti-ozone wax is more than 0.65; the total amount by weight of the crumb rubber particles having the particle size of less than 74μm being measured according to the methods defined in the description. - an elastomer matrix; - an anti-ozone wax; and - a crumb rubber; wherein the elastomer matrix comprises an isoprene elastomer; wherein the total amount of the isoprene elastomer is more than 27.00% by weight per 100.00% by weight of the rubber composition; wherein the total amount of the anti-ozone wax is more than 0.60% by weight and less than 1.70% by weight per 100.00% by weight of the rubber composition; wherein the crumb rubber comprises crumb rubber particles having a particle size of less than 74μm; and wherein a ratio by weight of the total amount of the crumb rubber particles having the particle size of less than 74μm to the total amount of the anti-ozone wax is more than 0.65; the total amount by weight of the crumb rubber particles having the particle size of less than 74μm being measured according to the methods defined in the description.
Master brake cylinder arrangement for a motor vehicle brake system, comprising: - a master brake cylinder housing with a cylindrical recess, - at least one pressure piston (30, 32) which is displaceable and sealingly guided in the cylindrical recess of the master brake cylinder housing, - a fluid reservoir which is fluidically coupled by a connecting region to the master brake cylinder housing and which serves for storing brake fluid, wherein the at least one pressure piston (30, 32) together with the master brake cylinder housing sealingly encloses a pressure chamber (38,40) which, as a function of the position of the associated pressure piston (30, 32), is fluidically connected to or separated from the fluid reservoir, wherein furthermore the at least one pressure chamber (38, 40) can be or is fluidically coupled to a fluid circuit of the motor vehicle brake system, wherein the fluid reservoir in the connecting region is received, in a manner sealed by means of a sealing element, in a receiving portion of the master brake cylinder housing, and wherein at least one throttle element is provided in the connecting region, which throttle element as a function of the pressure conditions in the at least one pressure chamber (38, 40) throttles or derestricts the fluid stream between the fluid reservoir and the at least one pressure chamber (38, 40) through the connecting region, characterized in that the at least one throttle element is combined with the sealing element so as to form an integral structural unit. - a master brake cylinder housing with a cylindrical recess, - at least one pressure piston (30, 32) which is displaceable and sealingly guided in the cylindrical recess of the master brake cylinder housing, - a fluid reservoir which is fluidically coupled by a connecting region to the master brake cylinder housing and which serves for storing brake fluid,
An actuating arm drive for at least one pivotably mounted actuating arm, in particular for driving a flap of a piece of furniture, with several levers connected to each other in an articulated manner, characterized in that at least one first lever and one second lever of the actuating arm drive are arranged in parallel with a lateral spacing from each other and the levers (91, 92) each have two axle holes with a first standard spacing, through each of which an axle pin projects, wherein a third lever is provided, which has receivers (25, 26) for the axle pins with a second standard spacing, wherein the second standard spacing is bigger or smaller than the first standard spacing and wherein the axle pins each project through the axle holes of the first lever and of the second lever (91, 92) and are at least partially received in the receivers (25, 26) of the third lever.
A method of manufacturing a water-treatment separating membrane, the method comprising: forming an aqueous amine solution layer on a porous support; and forming a polyamide active layer by dropping a droplet of an organic solution comprising an acyl halide compound on the aqueous amine solution layer, wherein a volume of the organic solution per droplet is from 0.001 ml to 5 ml, a dropping amount of the organic solution per a unit area of 1 m 2 is from 50 ml to 500 ml, a dropping distance of the droplet of the organic solution is from 1 mm to 50 mm measured by the disposing distance of a dropping device of the droplet, where the polyamide active layer has center portions and critical areas corresponding to the center portions and peripheral portions of the droplets formed during planarization of the droplets, respectively, and the degree of interface polymerization of the amine compound in the center portions is higher than the degree of interface polymerization with the amine compound in the critical areas, and the thickness of the polyamide active layer decreases from the center portions to the critical areas. forming an aqueous amine solution layer on a porous support; and forming a polyamide active layer by dropping a droplet of an organic solution comprising an acyl halide compound on the aqueous amine solution layer, wherein a volume of the organic solution per droplet is from 0.001 ml to 5 ml, a dropping amount of the organic solution per a unit area of 1 m 2 is from 50 ml to 500 ml, a dropping distance of the droplet of the organic solution is from 1 mm to 50 mm measured by the disposing distance of a dropping device of the droplet, where the polyamide active layer has center portions and critical areas corresponding to the center portions and peripheral portions of the droplets formed during planarization of the droplets, respectively, and the degree of interface polymerization of the amine compound in the center portions is higher than the degree of interface polymerization with the amine compound in the critical areas, and the thickness of the polyamide active layer decreases from the center portions to the critical areas.
A panel intended, in use, to be fastened on a support by means of fasteners, said panel comprising: - a cladding, - a frame, - a connecting part in which the cladding and the frame are sealed, - the fasteners positioned on the perimeter of said panel, said fasteners being partially placed in the connecting part between the cladding and the frame, characterized in that said connecting part is made of a thermosetting foam of the polyurethane, polyphenolic or polyisocyanurate type. - a cladding, - a frame, - a connecting part in which the cladding and the frame are sealed, - the fasteners positioned on the perimeter of said panel, said fasteners being partially placed in the connecting part between the cladding and the frame, characterized in that said connecting part is made of a thermosetting foam of the polyurethane, polyphenolic or polyisocyanurate type.
A cell collection pad for cervical disease screening, comprising: a filter unit for collecting cervical cells; and an absorption unit for absorbing vaginal secretions having passed through the filter unit, wherein the filter unit is provided with a separation means allowing the filter unit to be separated from the absorption unit after collection of cervical cells, characterized in that the separation means is a dotted line, the dotted line being formed at a boundary between a separation seam of the absorption unit and the filter unit, and wherein the dotted line is omitted at at least one point such that the filter unit is folded about the point in the process of separation of the filter unit. a filter unit for collecting cervical cells; and an absorption unit for absorbing vaginal secretions having passed through the filter unit, wherein the filter unit is provided with a separation means allowing the filter unit to be separated from the absorption unit after collection of cervical cells, characterized in that the separation means is a dotted line, the dotted line being formed at a boundary between a separation seam of the absorption unit and the filter unit, and wherein the dotted line is omitted at at least one point such that the filter unit is folded about the point in the process of separation of the filter unit.
Method for operating a particle beam device, wherein - the particle beam device has at least one beam generator for generating a primary particle beam, at least one objective lens for focusing the primary particle beam, at least one detector for detecting particles emitted by the object, and an optical axis, - the objective lens has at least one magnetic unit (11, 12), - the detector is arranged between the beam generator and the objective lens and comprises a through-opening, the optical axis extending through the through-opening, - the particle beam device has an electrostatic delay device (13, 14), and wherein the method comprises: guiding the primary particle beam through the through-opening of the detector to the object, and exciting the magnetic unit (11, 12) of the objective lens, characterized by additionally using the electrostatic delay device (13, 14) for generating at least a first crossover (C1, C1') and at least a second crossover in series one after the other in the propagation direction of the primary particle beam, wherein the second crossover is arranged on the object, and generating aberrations that cause trajectories of the particles emitted by the object to clearly differ from the trajectories of primary particles of the primary particle beam such that the particles emitted by the object impinge on the detector, wherein the primary particles of the primary particle beam have an energy of less than 100 eV when impinging on the object. - the particle beam device has at least one beam generator for generating a primary particle beam, at least one objective lens for focusing the primary particle beam, at least one detector for detecting particles emitted by the object, and an optical axis, - the objective lens has at least one magnetic unit (11, 12), - the detector is arranged between the beam generator and the objective lens and comprises a through-opening, the optical axis extending through the through-opening, - the particle beam device has an electrostatic delay device (13, 14), and wherein guiding the primary particle beam through the through-opening of the detector to the object, and exciting the magnetic unit (11, 12) of the objective lens, characterized by additionally using the electrostatic delay device (13, 14) for generating at least a first crossover (C1, C1') and at least a second crossover in series one after the other in the propagation direction of the primary particle beam, wherein the second crossover is arranged on the object, and generating aberrations that cause trajectories of the particles emitted by the object to clearly differ from the trajectories of primary particles of the primary particle beam such that the particles emitted by the object impinge on the detector, wherein the primary particles of the primary particle beam have an energy of less than 100 eV when impinging on the object.
A system for cardiac treatment, comprising: a monitoring probe having a probe distal end configured for insertion into an esophagus of a patient, and a magnetic field generator coupled to the probe distal end; a catheter having a catheter distal end configured for insertion into a heart of the patient and comprising a magnetic sensor comprising one or more sensing coils coupled to the catheter distal end; and a console, which is configured to drive the magnetic field generator to emit magnetic fields, to receive signals from the one or more coils in response to the magnetic fields, and to estimate respective distances between the catheter distal end and the probe distal end based on the signals, and wherein the console is further configured to estimate an orientation of the catheter distal end based on the signals, wherein the orientation is the angle of rotation about the catheter axis. a monitoring probe having a probe distal end configured for insertion into an esophagus of a patient, and a magnetic field generator coupled to the probe distal end; a catheter having a catheter distal end configured for insertion into a heart of the patient and comprising a magnetic sensor comprising one or more sensing coils coupled to the catheter distal end; and a console, which is configured to drive the magnetic field generator to emit magnetic fields, to receive signals from the one or more coils in response to the magnetic fields, and to estimate respective distances between the catheter distal end and the probe distal end based on the signals, and wherein the console is further configured to estimate an orientation of the catheter distal end based on the signals, wherein the orientation is the angle of rotation about the catheter axis.
An assembly for delivering material into a patient including: an introducer unit having a proximal end, a distal end and a lumen extending within the introducer unit from the proximal to the distal ends; a side feed located at a position between the proximal and distal ends of the introducer unit and in fluid communication with the lumen; the proximal end of the introducer unit being couplable to a material source providing material in filamentary, thread or wire form such that material from the source is passable through the lumen to the distal end of the introducer unit; a cannula disposed in the introducer unit at the proximal end thereof; the cannula being couplable to the material source and including at least one aperture therein; a sealed chamber in communication with the side feed and the at least one aperture; wherein the side feed is couplable to a driving fluid source; wherein supply of driving fluid through the side feed and the sealed chamber is forced under pressure through the at least one aperture and causes material in the lumen to be pulled towards and out of the distal end of the introducer unit. an introducer unit having a proximal end, a distal end and a lumen extending within the introducer unit from the proximal to the distal ends; a side feed located at a position between the proximal and distal ends of the introducer unit and in fluid communication with the lumen; the proximal end of the introducer unit being couplable to a material source providing material in filamentary, thread or wire form such that material from the source is passable through the lumen to the distal end of the introducer unit; a cannula disposed in the introducer unit at the proximal end thereof; the cannula being couplable to the material source and including at least one aperture therein; a sealed chamber in communication with the side feed and the at least one aperture; wherein the side feed is couplable to a driving fluid source; wherein supply of driving fluid through the side feed and the sealed chamber is forced under pressure through the at least one aperture and causes material in the lumen to be pulled towards and out of the distal end of the introducer unit.
A method of preparing an acrylic-based copolymer composition, the method comprising: preparing a first acrylic-based copolymer by polymerizing a (meth)acrylic acid alkyl ester monomer, which is unsubstituted or substituted with a hydroxyl group, and a (meth)acrylic acid alkoxy alkyl ester monomer at a temperature of less than 30°C; preparing a second acrylic-based copolymer by polymerizing a (meth)acrylic acid alkyl ester monomer, a (meth)acrylic acid alkoxy alkyl ester monomer, and a crosslinkable monomer at a temperature of 30°C or more; and mixing the first acrylic-based copolymer and the second acrylic-based copolymer; wherein the polymerization temperature in step is 5°C to 15°C; wherein the polymerization temperature in step is 30°C to 50°C. preparing a first acrylic-based copolymer by polymerizing a (meth)acrylic acid alkyl ester monomer, which is unsubstituted or substituted with a hydroxyl group, and a (meth)acrylic acid alkoxy alkyl ester monomer at a temperature of less than 30°C; preparing a second acrylic-based copolymer by polymerizing a (meth)acrylic acid alkyl ester monomer, a (meth)acrylic acid alkoxy alkyl ester monomer, and a crosslinkable monomer at a temperature of 30°C or more; and mixing the first acrylic-based copolymer and the second acrylic-based copolymer; wherein the polymerization temperature in step is 5°C to 15°C; wherein the polymerization temperature in step is 30°C to 50°C.