mhurhangee/ep-ind-claims huggingface dataset:
A combustion chamber structure for an internal combustion engine, comprising: a concave portion (12, 112, 212) that is formed in a piston top part in an eccentric manner relative to a cylinder center; and a tapered portion that connects an upper end face (22, 122, 222) of the piston top part and a side face (18, 118, 218) of the concave portion (12, 112, 212); characterized in that the combustion chamber structure is configured to generate a swirl flow therein during a stroke cycle of the internal combustion engine, and in that the center of an outer edge portion of the tapered portion is formed so as to be eccentric from the cylinder center in the flow direction of the swirl flow on an inlet side of the combustion chamber. a concave portion (12, 112, 212) that is formed in a piston top part in an eccentric manner relative to a cylinder center; and a tapered portion that connects an upper end face (22, 122, 222) of the piston top part and a side face (18, 118, 218) of the concave portion (12, 112, 212); characterized in that the combustion chamber structure is configured to generate a swirl flow therein during a stroke cycle of the internal combustion engine, and in that the center of an outer edge portion of the tapered portion is formed so as to be eccentric from the cylinder center in the flow direction of the swirl flow on an inlet side of the combustion chamber.
A method of diagnosing a urinary tract infection UTI in a patient, the method comprising: receiving a urine sample from the patient; analyzing the urine sample; and wherein the patient is diagnosed as having the UTI if a threshold concentration of greater than 170 nM agmatine is detected in the urine sample. receiving a urine sample from the patient; analyzing the urine sample; and wherein the patient is diagnosed as having the UTI if a threshold concentration of greater than 170 nM agmatine is detected in the urine sample.
A shaking amount detecting apparatus comprising: a first angular velocity detecting section that detects a first angular velocity about a first axis; a second angular velocity detecting section that detects a second angular velocity about a second axis orthogonal to the first axis; an acceleration detecting section that detects third acceleration in a third axis direction orthogonal to the first axis and the second axis; a rotation radius calculating section that calculates a second radius of a rotational motion about the second axis on the basis of the first angular velocity, the second angular velocity, and the third acceleration at a first time and the first angular velocity, the second angular velocity, and the third acceleration at a second time, and calculates a first - third projection radius of projection of a first radius of a rotational motion about the first axis on a plane including the first axis and the third axis; and a shaking amount calculating section that calculates a movement amount in the third axis direction on the basis of the second radius, the first - third projection radius, the first angular velocity, and the second angular velocity. a first angular velocity detecting section that detects a first angular velocity about a first axis; a second angular velocity detecting section that detects a second angular velocity about a second axis orthogonal to the first axis; an acceleration detecting section that detects third acceleration in a third axis direction orthogonal to the first axis and the second axis; a rotation radius calculating section that calculates a second radius of a rotational motion about the second axis on the basis of the first angular velocity, the second angular velocity, and the third acceleration at a first time and the first angular velocity, the second angular velocity, and the third acceleration at a second time, and calculates a first - third projection radius of projection of a first radius of a rotational motion about the first axis on a plane including the first axis and the third axis; and a shaking amount calculating section that calculates a movement amount in the third axis direction on the basis of the second radius, the first - third projection radius, the first angular velocity, and the second angular velocity.
Non-aqueous ink composition for continuous deflected ink jet printing comprising: - a vehicle comprising one or several organic solvent compound(s) that is (are) liquid at ambient temperature; - one or several dye(s), preferably soluble, and/or pigment(s); - a binder, comprising at least one binding resin consisting of a cellulose derivative chosen from among cellulose esters, cellulose hydroxyethers, cellulose carboxyethers and mixtures thereof, with an average molecular mass by weight Mw greater than or equal to 120 kDa; in which said composition has a viscosity greater than 10 mPa.s at 20°C, measured at a shear rate of less than 1000 s -1. - a vehicle comprising one or several organic solvent compound(s) that is (are) liquid at ambient temperature; - one or several dye(s), preferably soluble, and/or pigment(s); - a binder, comprising at least one binding resin consisting of a cellulose derivative chosen from among cellulose esters, cellulose hydroxyethers, cellulose carboxyethers and mixtures thereof, with an average molecular mass by weight Mw greater than or equal to 120 kDa;
A bearing housing (3; 3b), in particular designed to be mounted on machinery for the food industry, comprising a housing element designed to be adapted to receive a bearing therein and being made of a molded polymeric material, and a fixing base or flange to a machinery framework, the base or flange being provided with through holes for fixing elements and having a shoulder face designed to contact, in use, the machinery framework, the shoulder face being crossed by the through holes; characterised in that the base or flange has the shoulder face thereof covered by a layer of elastomeric material integrally fixed in one piece with the base or flange; wherein the base or flange has, on the side of its shoulder face and along the whole periphery thereof, an annular rim, which protrudes in a cantilevered fashion with respect to the shoulder face in a direction which is substantially perpendicular to the base or flange and which delimits, within the base or flange and on the side of the shoulder face, a first shallow recess; the layer of elastomeric material filling the first shallow recess and having a greater height than a cantilevered extension of the annular rim with respect to the shoulder face, a peripheral rim of the layer of elastomeric material extending to cover the annular rim frontally and completely, being flush with a lateral wall of the base or flange.
A pressure sensitive adhesive particle characterized in comprising: a sea-island structure constituted by a sea containing a styrene resin as resin A and islands dispersed in the sea containing (meth)acryl resins as resin B1 and resin B2, wherein a viscosity of the resin B1 at 100°C is smaller than a viscosity of the resin B2 at 100°C, wherein the styrene resin is formed by a styrene monomer and a vinyl monomer other than the styrene monomer, and wherein the (meth)acryl resins are formed by at least two (meth)acrylates, and wherein the two (meth)acrylates are selected from the group consisting of alkyl (meth)acrylates, carboxy-substituted alkyl (meth)acrylates, hydroxy-substituted alkyl (meth)acrylates, alkoxy-substituted alkyl (meth)acrylates, and di(meth)acrylates. a sea-island structure constituted by a sea containing a styrene resin as resin A and islands dispersed in the sea containing (meth)acryl resins as resin B1 and resin B2, wherein a viscosity of the resin B1 at 100°C is smaller than a viscosity of the resin B2 at 100°C, wherein the styrene resin is formed by a styrene monomer and a vinyl monomer other than the styrene monomer, and wherein the (meth)acryl resins are formed by at least two (meth)acrylates, and wherein the two (meth)acrylates are selected from the group consisting of alkyl (meth)acrylates, carboxy-substituted alkyl (meth)acrylates, hydroxy-substituted alkyl (meth)acrylates, alkoxy-substituted alkyl (meth)acrylates, and di(meth)acrylates.
A computer-implemented method for determining a 3D modeled object deformation, the method comprising: - providing: o a deformation basis function configured for inferring a deformation basis of an input 3D modeled object, o a first 3D modeled object, and o a deformation constraint of the first 3D modeled object, the providing of the deformation constraint including defining, by graphical user interaction with a part of the first 3D modeled object, the deformation constraint; and - determining a second 3D modeled object which respects the deformation constraint, the determining of the second 3D modeled object comprising computing a trajectory of transitional 3D modeled objects between the first 3D modeled object and the second 3D modeled object, the trajectory deforming each transitional 3D modeled object by a linear combination of the result of applying the deformation basis function to the transitional 3D modeled object, the trajectory reducing a loss penalizing an extent of non-respect of the deformation constraint by the deformed transitional 3D modeled object. - providing: o a deformation basis function configured for inferring a deformation basis of an input 3D modeled object, o a first 3D modeled object, and o a deformation constraint of the first 3D modeled object, the providing of the deformation constraint including defining, by graphical user interaction with a part of the first 3D modeled object, the deformation constraint; and o a deformation basis function configured for inferring a deformation basis of an input 3D modeled object, o a first 3D modeled object, and o a deformation constraint of the first 3D modeled object, the providing of the deformation constraint including defining, by graphical user interaction with a part of the first 3D modeled object, the deformation constraint; and - determining a second 3D modeled object which respects the deformation constraint, the determining of the second 3D modeled object comprising computing a trajectory of transitional 3D modeled objects between the first 3D modeled object and the second 3D modeled object, the trajectory deforming each transitional 3D modeled object by a linear combination of the result of applying the deformation basis function to the transitional 3D modeled object, the trajectory reducing a loss penalizing an extent of non-respect of the deformation constraint by the deformed transitional 3D modeled object.
A method comprising: determining, by a component of a distributed antenna system, a link quality indicator associated with an aspect of performance of a digital transport link in the distributed antenna system over time, wherein the digital transport link is a cable; determining an indication of a potential fault condition of the digital transport link based on a history of the link quality indicator determined over time and before a fault condition of the digital transport link associated with the potential fault condition of the digital transport link occurs, wherein a potential fault condition of the digital transport link comprises a degradation of operation of the digital transport link to outside a normal operating range, wherein a normal operating range comprises a range of parameters in which the digital transport link is functioning at its full performance; and communicating the indication of the potential fault condition of the digital transport link to a user device to be displayed for a user, wherein the user device is separate from the distributed antenna system, wherein the user device is communicatively coupled to the distributed antenna system. determining, by a component of a distributed antenna system, a link quality indicator associated with an aspect of performance of a digital transport link in the distributed antenna system over time, wherein the digital transport link is a cable; determining an indication of a potential fault condition of the digital transport link based on a history of the link quality indicator determined over time and before a fault condition of the digital transport link associated with the potential fault condition of the digital transport link occurs, wherein a potential fault condition of the digital transport link comprises a degradation of operation of the digital transport link to outside a normal operating range, wherein a normal operating range comprises a range of parameters in which the digital transport link is functioning at its full performance; and communicating the indication of the potential fault condition of the digital transport link to a user device to be displayed for a user, wherein the user device is separate from the distributed antenna system, wherein the user device is communicatively coupled to the distributed antenna system.
A method of generating a three dimensional representation of a joint, comprising the steps of: receiving radiology image data (410,510,610) representing images of a joint in three dimensions; and generating a first three dimensional representation (330,460) of a first surface of the joint, characterized in that the first three dimensional representation (330,460) is generated in a trainable image segmentation process dependent on a trained segmentation process control parameter set and said radiology image data (410,510,610), which trainable image segmentation process comprises the following steps: - obtaining an initial segmentation process control parameter set as a previously used and stored trained segmentation process control parameter set; - generating the first three dimensional representation (330,460) based on the trained segmentation process control parameter set and evaluating said generated first three dimensional representation (330,460) by generating a quality value; and - modifying the trained segmentation process control parameter set based on said quality value in order to iterate the process until said quality value exceeds a predefined threshold value. receiving radiology image data (410,510,610) representing images of a joint in three dimensions; and generating a first three dimensional representation (330,460) of a first surface of the joint, characterized in that the first three dimensional representation (330,460) is generated in a trainable image segmentation process dependent on a trained segmentation process control parameter set and said radiology image data (410,510,610), which trainable image segmentation process comprises the following steps: - obtaining an initial segmentation process control parameter set as a previously used and stored trained segmentation process control parameter set; - generating the first three dimensional representation (330,460) based on the trained segmentation process control parameter set and evaluating said generated first three dimensional representation (330,460) by generating a quality value; and - modifying the trained segmentation process control parameter set based on said quality value in order to iterate the process until said quality value exceeds a predefined threshold value. - obtaining an initial segmentation process control parameter set as a previously used and stored trained segmentation process control parameter set; - generating the first three dimensional representation (330,460) based on the trained segmentation process control parameter set and evaluating said generated first three dimensional representation (330,460) by generating a quality value; and - modifying the trained segmentation process control parameter set based on said quality value in order to iterate the process until said quality value exceeds a predefined threshold value.
A device for conveying and transferring flexible, flat objects (2, 2'), comprising: - a gripper conveyor with a plurality of grippers which are are fastened on a conveying chain and which are circulatorily movable along a gripper conveying path in a conveying direction, - a conveying-away device with a conveying rest which in a transfer region is arranged below the conveying path of the gripper conveyor, in a manner such that objects (2, 2') which are released from grippers in the transfer region are deposited onto the conveying rest, - pressing means which are designed, in the transfer region, to press the objects (2, 2') to be transferred, onto the conveying rest in a manner such that the objects (2, 2') are deposited on the conveying rest in a guided and controlled manner, characterised in that the pressing means comprises a pressing circulatory device which acts upon the transfer region and is with a plurality of pressing arms which are movable along the pressing circulatory device and are outwardly directed, wherein the pressing circulatory device is arranged and can be driven, in a manner such that in each case a pressing arm presses an object (2, 2') to be deposited onto the conveying rest on opening the gripper clampingly holding the object (2, 2'). - a gripper conveyor with a plurality of grippers which are are fastened on a conveying chain and which are circulatorily movable along a gripper conveying path in a conveying direction, - a conveying-away device with a conveying rest which in a transfer region is arranged below the conveying path of the gripper conveyor, in a manner such that objects (2, 2') which are released from grippers in the transfer region are deposited onto the conveying rest, - pressing means which are designed, in the transfer region, to press the objects (2, 2') to be transferred, onto the conveying rest in a manner such that the objects (2, 2') are deposited on the conveying rest in a guided and controlled manner,
A food article slicing machine, comprising: a) a slicing head section comprising a1) a knife blade a2) a housing, and a3) a knife blade drive driving the knife blade along a cutting path in a cutting plane; b) a food article feed apparatus supporting one or more food articles for movement along food article paths intersecting the cutting path; and c) an onboard information carrier system, wherein c1) the onboard information carrier system comprises a data carrier embedded in the knife blade of the food article slicing machine, c2) the data carrier is adapted for reading data from the data carrier, and c3) the data carrier is adapted for writing data onto the data carrier, d) wherein the food article slicing machine comprises a read/write head for reading data from the data carrier and for writing data onto the data carrier, e) wherein the read/write head is mounted to a top wall of the housing, f) further comprising a machine control, and g) a controller or an interface (4010, 4040) for communicating between the read/write head (4006, 4036) and the machine control, wherein the controller or the interface (4010, 4040) is located within the housing of the slicing head section. a) a slicing head section comprising a1) a knife blade a2) a housing, and a3) a knife blade drive driving the knife blade along a cutting path in a cutting plane; a1) a knife blade a2) a housing, and a3) a knife blade drive driving the knife blade along a cutting path in a cutting plane; b) a food article feed apparatus supporting one or more food articles for movement along food article paths intersecting the cutting path; and c) an onboard information carrier system, wherein c1) the onboard information carrier system comprises a data carrier embedded in the knife blade of the food article slicing machine, c2) the data carrier is adapted for reading data from the data carrier, and c3) the data carrier is adapted for writing data onto the data carrier, c1) the onboard information carrier system comprises a data carrier embedded in the knife blade of the food article slicing machine, c2) the data carrier is adapted for reading data from the data carrier, and c3) the data carrier is adapted for writing data onto the data carrier, d) wherein the food article slicing machine comprises a read/write head for reading data from the data carrier and for writing data onto the data carrier, e) wherein the read/write head is mounted to a top wall of the housing, f) further comprising a machine control, and g) a controller or an interface (4010, 4040) for communicating between the read/write head (4006, 4036) and the machine control, wherein the controller or the interface (4010, 4040) is located within the housing of the slicing head section.
A moldable rubber mixture comprising: uncured rubber pellets; and an anti-stick agent comprising a cured rubber powder, wherein the cured rubber powder in the moldable rubber mixture is between 0.5 to 10 percent by weight of the uncured rubber pellets in the moldable rubber mixture.
A filling device for carrying out a filling process an air conditioning system of a vehicle with a refrigerant, wherein in the filling device there are provided a receiving region for receiving a pressure container filled with a refrigerant, a valve unit being connected to an outlet of the pressure container for controlling a quantity of the refrigerant being supplied to the vehicle, and a heating device for heating the pressure container, characterized in that the heating device has at least one infrared heating unit to heat the pressure container without any contact.
A method for operating a flow control entity configured to control a data packet flow in a radio access network and a transport network of a communications network, the method comprising: - determining, from information received from a router or an old anchor point of the communications network, that a transmission quality condition for the data packet flow through the communications network has degraded, - determining through which radio access node the data packet flow is transmitted, - determining a new anchor point that keeps sufficient performance for the data packet flow in dependence on a location of the radio access node, wherein determining the new anchor point comprises determining a target zone in the communication network in which the radio access node is located and determining the new anchor point in the target zone, wherein the sufficient performance is determined based on any combination of latency, packet loss, and jitter parameters, and the comparison of said parameters to a predefined threshold value, and wherein the new anchor point is a serving gateway and an application user plane anchor point, and - informing a bearer control entity about the new anchor point. - determining, from information received from a router or an old anchor point of the communications network, that a transmission quality condition for the data packet flow through the communications network has degraded, - determining through which radio access node the data packet flow is transmitted, - determining a new anchor point that keeps sufficient performance for the data packet flow in dependence on a location of the radio access node, wherein determining the new anchor point comprises determining a target zone in the communication network in which the radio access node is located and determining the new anchor point in the target zone, wherein the sufficient performance is determined based on any combination of latency, packet loss, and jitter parameters, and the comparison of said parameters to a predefined threshold value, and wherein the new anchor point is a serving gateway and an application user plane anchor point, and - informing a bearer control entity about the new anchor point.