mhurhangee/patent-ind-claim-en huggingface dataset:
A sensor assembly for analysis of physical parameters and chemical constituents of small volume samples of bodily fluids with at least two analyte sensors comprising: a separation panel , the separation panel further comprising an upper surface with an upper fluid channel for passage there through of the sample volume as well as a lower surface with a lower fluid channel in fluid communication with the upper fluid channel ; a first chip disposed atop the separation panel , the first chip including at least one analyte sensor disposed over the upper fluid channel and one or more electrical contact points for connecting the analyte sensor with an analyzer; and a second chip disposed beneath the separation panel , the second chip including at least one analyte sensor disposed over the lower fluid channel and one or more electrical contact points for connecting the analyte sensor with an analyzer; wherein the bodily fluid sample traverses through the entire extent of the upper and lower fluid channels in fluid communication with the sensors of the first and second chips . a separation panel , the separation panel further comprising an upper surface with an upper fluid channel for passage there through of the sample volume as well as a lower surface with a lower fluid channel in fluid communication with the upper fluid channel ; a first chip disposed atop the separation panel , the first chip including at least one analyte sensor disposed over the upper fluid channel and one or more electrical contact points for connecting the analyte sensor with an analyzer; and a second chip disposed beneath the separation panel , the second chip including at least one analyte sensor disposed over the lower fluid channel and one or more electrical contact points for connecting the analyte sensor with an analyzer; wherein the bodily fluid sample traverses through the entire extent of the upper and lower fluid channels in fluid communication with the sensors of the first and second chips .
Medical net-and-loop type retrieval instrument comprising - a distal loop and - a retrieval net that by way of a net holding portion is firmly held by the loop in the interior of the cross section of the loop, characterized in that - the loop comprises at least two conforming loop parts (1a, 1c; 1b, 1d) which while leaving a net receptacle gap therebetween are connected so as to bear on one another, and the retrieval net by way of the net holding portion is firmly held in the net receptacle gap, wherein the at least two loop parts are fixed to one another by means of at least one adhesively bonded joint connection on the side opposite from the retrieval net and/or by means of at least one clamped joint connection and/or comprise an inner loop part and an outer loop part of equal cross-section which surrounds the inner loop part and faces with an inner periphery an outer periphery of the inner loop part, or wherein a first loop part comprises a U-shaped cross-section and a second loop part comprises a rectangular cross-section and the first loop part encompasses the second loop part in a U-shape on three sides. - a distal loop and - a retrieval net that by way of a net holding portion is firmly held by the loop in the interior of the cross section of the loop, - the loop comprises at least two conforming loop parts (1a, 1c; 1b, 1d) which while leaving a net receptacle gap therebetween are connected so as to bear on one another, and the retrieval net by way of the net holding portion is firmly held in the net receptacle gap, wherein the at least two loop parts are fixed to one another by means of at least one adhesively bonded joint connection on the side opposite from the retrieval net and/or by means of at least one clamped joint connection and/or comprise an inner loop part and an outer loop part of equal cross-section which surrounds the inner loop part and faces with an inner periphery an outer periphery of the inner loop part, or wherein a first loop part comprises a U-shaped cross-section and a second loop part comprises a rectangular cross-section and the first loop part encompasses the second loop part in a U-shape on three sides.
Clearance device for a vehicle for clearing grapevines , having the following features: a. the clearance device has a coupling device for fixing the clearance device mechanically to the vehicle , and b. the clearance device has a boom that can be pivoted with respect to the coupling device about a vertical axis , and c. at a distal end of the boom , the clearance device has a gripper having two gripping jaws that can be moved towards each other for fixing the grapevine , and d. one of the two gripping jaws has a gripping contour which points in the direction of a proximal end of the boom , characterized by the following additional feature: e. on each of two mutually opposite sides of the boom , the clearance device has two gripping jaws each having a gripping contour . a. the clearance device has a coupling device for fixing the clearance device mechanically to the vehicle , and b. the clearance device has a boom that can be pivoted with respect to the coupling device about a vertical axis , and c. at a distal end of the boom , the clearance device has a gripper having two gripping jaws that can be moved towards each other for fixing the grapevine , and d. one of the two gripping jaws has a gripping contour which points in the direction of a proximal end of the boom ,
A pharmaceutical composition comprising a non-virion particle that does not comprise a protein capsid, for in vivo delivery of RNA to a vertebrate cell; wherein (a) the particle is formed from a delivery material of amphiphilic lipids which can form liposomes, and the particle is a liposome comprising a lipid with a cationic head group and encapsulating a self-replicating RNA molecule which encodes an immunogen, wherein the immunogen can elicit an immune response in vivo against a virus, a bacterium, a fungus, a parasite, an allergen or a tumor antigen; and wherein (bi) the RNA includes no modified nucleotides except for any 5' cap structure, or (bii) the RNA includes a 5' cap comprising a 7-methylguanosine and the first 1, 2 or 3 5' ribonucleotides are methylated at the 2' position of the ribose. (a) the particle is formed from a delivery material of amphiphilic lipids which can form liposomes, and the particle is a liposome comprising a lipid with a cationic head group and encapsulating a self-replicating RNA molecule which encodes an immunogen, wherein the immunogen can elicit an immune response in vivo against a virus, a bacterium, a fungus, a parasite, an allergen or a tumor antigen; and wherein (bi) the RNA includes no modified nucleotides except for any 5' cap structure, or (bii) the RNA includes a 5' cap comprising a 7-methylguanosine and the first 1, 2 or 3 5' ribonucleotides are methylated at the 2' position of the ribose.
An method for operating a fuel gas manufacturing device that includes a desulfurizing unit that desulfurizes source gas that is heavy hydrocarbon gas, a reforming unit that reforms desulfurized source gas supplied from the desulfurizing unit by using water vapor to produce fuel gas that contains methane as a main component, a fuel gas return path for returning a portion of the fuel gas supplied from the reforming unit to the desulfurizing unit, and a moisture removing unit that removes moisture contained in the fuel gas supplied from the reforming unit, the operation method comprising when stopping operation while supply of the source gas to the desulfurizing unit is stopped, after supply of the source gas to the desulfurizing unit and discharge of the fuel gas to the outside are stopped, performing a standby operation process in which the fuel gas is circulated by a circulation driving unit in such a manner that the whole amount of the fuel gas passed through the moisture removing unit is circulated through a circulation gas path to return to the desulfurizing unit and the circulated fuel gas is heated by a heating unit to a set standby temperature to heat the reforming unit to a temperature that is equivalent to an operation temperature at which the reforming is performed, and supply of the water vapor is continued in a state where a supply amount of the water vapor is at least an amount with which carbon deposition due to thermal decomposition of the fuel gas can be prevented and is smaller than an amount that is supplied when the reforming is performed.
A shape charge case comprising: at least one conical cross sectioned portion; an inner wall ; an outer wall ; a first opening ; and a second opening larger than the first opening ; characterized in at least one vent groove positioned along the inner wall and adapted to vent gas. at least one conical cross sectioned portion; an inner wall ; an outer wall ; a first opening ; and a second opening larger than the first opening ; characterized in at least one vent groove positioned along the inner wall and adapted to vent gas.
Connector , comprising a support plate and at least two contact pins fastened to the support plate , wherein the contact pins each have a free end and a terminal end , wherein the terminal ends of the contact pins are connectable to electrical conductors of a cable , wherein an installation part is fastened to the support plate , wherein the installation part has at least one thermal bridge , wherein a first end of the at least one thermal bridge has a receptacle and a second end , which is opposite the first end , of the thermal bridge makes contact with one of the terminal ends , wherein a temperature sensor is arranged in the at least one receptacle , characterized in that the installation part has a partition wall , and in that the at least one thermal bridge extends through at least one opening of the partition wall .
An aqueous dispersion, comprising: I. a curable polyester resin at least partially neutralized with a neutralizing agent, II. a crosslinker composition comprising a resole phenolic resin, said phenolic resin containing the residues of meta-substituted phenols and optionally unsubstituted phenol; and III. water; wherein said curable polyester comprises a polyester having beta-ketoacetate moieties without vinyl unsaturation. I. a curable polyester resin at least partially neutralized with a neutralizing agent, II. a crosslinker composition comprising a resole phenolic resin, said phenolic resin containing the residues of meta-substituted phenols and optionally unsubstituted phenol; and III. water;
A footbed configured for supporting a foot and including a void or voids formed in the footbed, beneath all of each of the following regions (i) and (ii) of the footbed, wherein the or each void has a minimum size of 0.6 cm 2 and configured so that the tissues of the foot deform into the void or voids, characterized in that : (i) is a first region located on the footbed to underlie a lateral part of an anterio-medial ground contact portion of a calcaneus of the foot when supported by the footbed and situated in the anterior aspect of the calcaneus, having a medial border along a longitudinal midline of the heel and extending laterally of the midline to a point which is substantially aligned with the lateral aspect of the 4 th phalange; and (ii) is a second region located on the footbed to underlie an anterio-lateral ground contact portion of the calcaneus on the inferior surface of the anterio-lateral calcaneal process, in an anterio-lateral region of the calcaneus; wherein the void or voids of the first region and the second region do not cross medially of the longitudinal midline of the heel and with no other balancing voids medial of the midline of the heel except for voids located on the footbed to underlie the medial process of the tuber calcanei of the foot. (i) is a first region located on the footbed to underlie a lateral part of an anterio-medial ground contact portion of a calcaneus of the foot when supported by the footbed and situated in the anterior aspect of the calcaneus, having a medial border along a longitudinal midline of the heel and extending laterally of the midline to a point which is substantially aligned with the lateral aspect of the 4 th phalange; and (ii) is a second region located on the footbed to underlie an anterio-lateral ground contact portion of the calcaneus on the inferior surface of the anterio-lateral calcaneal process, in an anterio-lateral region of the calcaneus;
A sliding bearing assembly comprising at least one sliding bearing element which is arranged in a bearing receptacle , wherein the bearing receptacle is part of a bearing structure, and wherein the bearing structure has at least one sensor which is connected to a data transmission device for, in particular wireless, data transmission to a receiver of the data, and has an energy generating device for supplying the sensor and/or the data transmission device with electrical energy in a self-sufficient manner, wherein the energy generating device has at least one piezo element and the energy generating device is the sensor , characterized in that the piezo element can be acted upon by the lubricant pressure in the lubrication gap between the sliding bearing element and a shaft or the bearing receptacle , for which purpose the sensor is arranged in the lubrication gap of the sliding bearing assembly as part of a sliding layer of the sliding bearing element or is hydrostatically connected to the lubrication gap .
Shifting device of a transmission unit, in particular of a hybrid drive train for motor vehicles, - with a first shifting drum , the first shifting drum being rotatable about a shifting drum axis, and having a shifting contour which runs on the circumference of the outer surface, the shifting contour being configured in an axial and radial direction, - with a driver which engages in a positively locking manner into the shifting contour, - with a second selector rod which is coupled to the driver in such a way that an axial movement of the driver equally brings about an axial movement of the second selector rod , the second selector rod comprising a selector element for selecting the gears which are assigned to the shifting contour of the first shifting drum , - with a second shifting drum , the second shifting drum being endlessly rotatable about a shifting drum axis and having at least one circumferential shifting contour which runs on the circumference of the outer surface, the at least one shifting contour being configured in an axial and radial direction, - with a stop device for referencing a shifting angle of the second shifting drum in a reference angle position, - the stop device comprising a shifting stop which can be activated in an activating position at a predefined shifting angle/in a predefined shifting angle range of the first shifting drum , in such a way that the rotation of the second shifting drum is blocked in the reference angle position. - with a first shifting drum , the first shifting drum being rotatable about a shifting drum axis, and having a shifting contour which runs on the circumference of the outer surface, the shifting contour being configured in an axial and radial direction, - with a driver which engages in a positively locking manner into the shifting contour, - with a second selector rod which is coupled to the driver in such a way that an axial movement of the driver equally brings about an axial movement of the second selector rod , the second selector rod comprising a selector element for selecting the gears which are assigned to the shifting contour of the first shifting drum , - with a second shifting drum , the second shifting drum being endlessly rotatable about a shifting drum axis and having at least one circumferential shifting contour which runs on the circumference of the outer surface, the at least one shifting contour being configured in an axial and radial direction, - with a stop device for referencing a shifting angle of the second shifting drum in a reference angle position, - the stop device comprising a shifting stop which can be activated in an activating position at a predefined shifting angle/in a predefined shifting angle range of the first shifting drum , in such a way that the rotation of the second shifting drum is blocked in the reference angle position.
An electric heater of an air conditioner for a vehicle, the electric heater comprising: a heating body (50 to 53) configured to generate heat when being supplied with electric power; corrugated fins arranged in a manner stacked on the heating body (50 to 53); a spring member configured to apply compression force to the heating body (50 to 53) and the fins in a stacking direction; and a holding frame configured to accommodate and hold the heating body (50 to 53), the fins , and the spring member in a stacked manner, wherein air to be air-conditioned blown into the holding frame is heated when passing through the fins , a fin of the fins is disposed so as to be positioned in an end portion of the electric heater in the stacking direction, the holding frame has a contact surface with which the fin disposed in the end portion in the stacking direction is brought into contact, characterized in further comprising on the holding frame , a frame engagement portion which is a projection protruding from the contact surface and disposed between adjacent crests of the fin disposed in the end portion in the stacking direction, and configured to engage with the crests is formed, and the projection is long in a passing direction of the air to be air-conditioned. a heating body (50 to 53) configured to generate heat when being supplied with electric power; corrugated fins arranged in a manner stacked on the heating body (50 to 53); a spring member configured to apply compression force to the heating body (50 to 53) and the fins in a stacking direction; and a holding frame configured to accommodate and hold the heating body (50 to 53), the fins , and the spring member in a stacked manner, wherein air to be air-conditioned blown into the holding frame is heated when passing through the fins , a fin of the fins is disposed so as to be positioned in an end portion of the electric heater in the stacking direction, the holding frame has a contact surface with which the fin disposed in the end portion in the stacking direction is brought into contact, characterized in further comprising on the holding frame , a frame engagement portion which is a projection protruding from the contact surface and disposed between adjacent crests of the fin disposed in the end portion in the stacking direction, and configured to engage with the crests is formed, and the projection is long in a passing direction of the air to be air-conditioned.
A system provided for at least one of reading and administration of an information code , the information code being provided on a medium (R) and having a code area (REG), the code area comprising i) a specific pattern region with a specific pattern of a predetermined shape, the specific pattern including a pattern indicating a position of the code area, ii) a data recording region where data are recorded in various types of cells , and iii) an image region configured as a region for indicating an image (Fa) that is different from an image composed of the cells and having a size larger than that of each of the cells, wherein the system comprises: a specific information acquisition section that acquires specific information of a subject or an object, as information recorded in the data recording region, or as information to be correlated to the information recorded in the data recording region; characterized in that the system further comprises: a unique image acquisition section that acquires a unique image of the subject or the object, or a unique image for specifying the subject or the object, as information indicated in the image region; and a registration section that registers the specific information acquired by the specific information acquisition section and the unique image acquired by the unique image acquisition section such that the acquired specific information and the acquired unique image are made to be correlated to each other in terms of contents of information provided by the acquired specific information and the acquired unique image. a specific information acquisition section that acquires specific information of a subject or an object, as information recorded in the data recording region, or as information to be correlated to the information recorded in the data recording region; characterized in that the system further comprises: a unique image acquisition section that acquires a unique image of the subject or the object, or a unique image for specifying the subject or the object, as information indicated in the image region; and a registration section that registers the specific information acquired by the specific information acquisition section and the unique image acquired by the unique image acquisition section such that the acquired specific information and the acquired unique image are made to be correlated to each other in terms of contents of information provided by the acquired specific information and the acquired unique image. a unique image acquisition section that acquires a unique image of the subject or the object, or a unique image for specifying the subject or the object, as information indicated in the image region; and a registration section that registers the specific information acquired by the specific information acquisition section and the unique image acquired by the unique image acquisition section such that the acquired specific information and the acquired unique image are made to be correlated to each other in terms of contents of information provided by the acquired specific information and the acquired unique image.
A semiconductor device comprising: a metal member having a groove formed on a front side surface thereof; a thermally conductive member provided in an inside of the groove and having a thermal conductivity in a first axial direction (x-direction) on the front side surface higher than a thermal conductivity in a second axial direction (y-direction) orthogonal to the first axial direction (x-direction) on the front side surface; and a semiconductor element provided on the front side surface of the metal member , and at least a part of which is in contact with the thermally conductive member , characterized in that : one end of the semiconductor element extends in the second axial direction (y-direction) beyond one end of the thermally conductive member , and the other end of the semiconductor element extends in the second axial direction (y-direction) beyond the other end of the thermally conductive member a metal member having a groove formed on a front side surface thereof; a thermally conductive member provided in an inside of the groove and having a thermal conductivity in a first axial direction (x-direction) on the front side surface higher than a thermal conductivity in a second axial direction (y-direction) orthogonal to the first axial direction (x-direction) on the front side surface; and a semiconductor element provided on the front side surface of the metal member , and at least a part of which is in contact with the thermally conductive member , characterized in that : one end of the semiconductor element extends in the second axial direction (y-direction) beyond one end of the thermally conductive member , and the other end of the semiconductor element extends in the second axial direction (y-direction) beyond the other end of the thermally conductive member one end of the semiconductor element extends in the second axial direction (y-direction) beyond one end of the thermally conductive member , and the other end of the semiconductor element extends in the second axial direction (y-direction) beyond the other end of the thermally conductive member