mhurhangee/ep-ind-claims huggingface dataset:
A policy decision method, comprising: receiving, by a policy and charging rules function, PCRF, device, a policy request of a first user sent by a gateway device; acquiring, by the PCRF device, an identifier of the first user from the policy request; determining, by the PCRF device, according to the identifier of the first user, that the first user and the second user are users who share a usage quota, determining, by the PCRF device, that the first user needs to use a counter of the second user; sending, by the PCRF device, a counter status acquiring request that is used to request the counter of the second user to a charging system by using a session of the second user; obtaining, by the charging system, a current status of the counter of the second user according to the counter status acquiring request; returning, by the charging system, the current status of the counter of the second user to the PCRF device by using the session of the second user; generating, by the PCRF device, a control policy of the first user according to the current status of the counter of the second user, and sending the control policy to the gateway device. receiving, by a policy and charging rules function, PCRF, device, a policy request of a first user sent by a gateway device; acquiring, by the PCRF device, an identifier of the first user from the policy request; determining, by the PCRF device, according to the identifier of the first user, that the first user and the second user are users who share a usage quota, determining, by the PCRF device, that the first user needs to use a counter of the second user; sending, by the PCRF device, a counter status acquiring request that is used to request the counter of the second user to a charging system by using a session of the second user; obtaining, by the charging system, a current status of the counter of the second user according to the counter status acquiring request; returning, by the charging system, the current status of the counter of the second user to the PCRF device by using the session of the second user; generating, by the PCRF device, a control policy of the first user according to the current status of the counter of the second user, and sending the control policy to the gateway device.
An intervertebral implant for fusing together adjoining vertebral bodies, wherein the implant comprises a pair of dissimilar cages (40, 41), wherein both cages (40, 41) are curved, wherein each cage (40, 41) comprises a convexly curved outer surface (68, 58) characterised in that a first cage has a wedge-shaped front end which comprises the convexly curved outer surface of its cage which helps to insert this first cage into an interdisc space, wherein the first cage is designed to pass the midline of the body and will contact and follow the natural curve of the anulus fibrosus at its insertion upon the ring apophysis.
A film comprising a terpolymer containing propylene, ethylene and 1-hexene wherein: (i) the content of ethylene derived units ranges from 1.2 wt% to 2.5 wt%; (ii) the content of 1-hexene derived units ranges from 2.5 wt% to 3.5 wt%; (iii) the amount (Wt%) of 1-hexene, the amount (Wt%) of ethylene and the melting point (Tm) of the terpolymer fulfil the following relation Tm > − C 2 + 0.8 C 6 * 6 + 157 (iv) the polydispersity index ranges from 3.5 to 6.0. (i) the content of ethylene derived units ranges from 1.2 wt% to 2.5 wt%; (ii) the content of 1-hexene derived units ranges from 2.5 wt% to 3.5 wt%; (iii) the amount (Wt%) of 1-hexene, the amount (Wt%) of ethylene and the melting point (Tm) of the terpolymer fulfil the following relation Tm > − C 2 + 0.8 C 6 * 6 + 157 (iv) the polydispersity index ranges from 3.5 to 6.0.
A biosensor comprising an identification substance that binds to a substance to be detected, and an electrode charged with a charge of the identification substance, the biosensor comprises an inhibitor that inhibits a substance not to be detected from attaching to at least one of the identification substance and the electrode; and the biosensor is suitable to detect a change in a charge density of the electrode caused by binding of the substance to be detected to the identification substance, characterized in that the identification substance is in contact with the electrode, the inhibitor is formed of a polymer compound having a longer molecular chain than the identification substance, and a self-assembled monolayer is formed on a surface of the electrode from the identification substance and the inhibitor.
A method for producing a component connection (1, 3, 6), having the following steps: - providing a first component which at least in the region of part of its surface consists of a thermoplastic plastics material, - providing a sphere which at least in one region of its surface consists of a thermoplastic plastics material, - pressing the sphere against the first component such that the thermoplastic plastics material of the sphere lies against the thermoplastic plastics material of the first component, - setting the sphere to vibrate by means of an ultrasonic sonotrode and welding the sphere to the first component, - providing a second component which has a through-hole, - bringing the second component up to the first component such that the sphere projects at least into the through-hole of the second component or slightly protrudes through the through-hole, characterised in that - a clip element is clipped onto the sphere, wherein the clip element projects across the through-hole and connects the two components (1, 6) together in a positively and/or non-positively locking manner. - providing a first component which at least in the region of part of its surface consists of a thermoplastic plastics material, - providing a sphere which at least in one region of its surface consists of a thermoplastic plastics material, - pressing the sphere against the first component such that the thermoplastic plastics material of the sphere lies against the thermoplastic plastics material of the first component, - setting the sphere to vibrate by means of an ultrasonic sonotrode and welding the sphere to the first component, - providing a second component which has a through-hole, - bringing the second component up to the first component such that the sphere projects at least into the through-hole of the second component or slightly protrudes through the through-hole, - a clip element is clipped onto the sphere, wherein the clip element projects across the through-hole and connects the two components (1, 6) together in a positively and/or non-positively locking manner.
Radome for a radar sensor in a vehicle, wherein the wall of the radome consists of a plurality of layers, wherein two layers (3, 22) consists of plastic and at least one lacquer layer applied to the outer side of the radome consists of at least one lacquer, wherein between the plastic layers (3, 22) is disposed at least one inductively or capacitively functioning device, which at least partially compensates the reflection of the electromagnetic radiation of the radar sensor caused by the lacquer layer, wherein the at least one inductively or capacitively functioning device can be supplied with electricity for heating the radome, wherein the thickness of the plastic layer bearing the lacquer layer is equal to the half wavelength of the electromagnetic radiation of the radar sensor in this plastic layer and the thickness of the further plastic layer is substantially equal to the half wavelength or a multiple of the half wavelength of the electromagnetic radiation of the radar sensor in the further plastic layer, or wherein the plastic layer bearing the lacquer layer has a low thickness such that it only just supports the lacquer layer while minimising the damping of the electromagnetic waves of the radar sensor, and the thickness of the further plastic layer is substantially equal to a multiple of the half wavelength of the electromagnetic radiation of the radar sensor in the further plastic layer.
Radiator cooling device intended to be mounted at the front of a motor vehicle between a radiator and a bumper skin equipped with an air inlet, of the type comprising from said air inlet as far as said radiator, an air guide fixed to structural parts of the vehicle, a device with mobile flaps for shutting off the air arriving at the radiator as required being housed as appropriate in the air guide, characterized in that the air guide comprises at least one front part (10.1) and a rear part (8.1), which are separate and fitted with means of attaching one to another, said rear part (8.1) being fixed to said structural parts and comprising an accepting zone designed to accept, as appropriate, said shut-off flaps device, and in that means are provided for fixing said shut-off flaps device in said rear part (8.1), the shut-off flaps device being in the form of a removable standalone cassette that can be positioned inside the air guide or not, as desired.
Plug-in connector, comprising at least one at least partially electrically conductive plug part, at least one at least partially electrically conductive coupling part, and at least one retaining element which fixes the plug part and the coupling part together, wherein the plug part has a plug shaft portion which serves for connection to the coupling part and has a protruding collar portion, characterised in that between the at least one plug part and the at least one coupling part there is arranged at least one at least partially electrically conductive disc element, wherein the coupling part has at the end, as a mating contour to the protruding collar portion of the plug part, a protruding flange portion, and the at least one disc element is accommodated between an end face of the protruding flange portion and an outer surface,facing in the direction towards the protruding flange portion, of the protruding collar portion of the plug part, and the plug part and the coupling part are pressed against one another by the at least one retaining element, whereby the outer surface of the protruding collar portion of the plug part and the end face of the protruding flange portion of the coupling part are pressed against the disc element so that the disc element is clamped between the plug part and the coupling part, wherein the at least partially electrically conductive disc element has a compressibility of from 20 to 40%.
A lens position adjustment system for adjusting the position of a projection lens relative to a projector for making a Scheimpflug adjustment, the projection lens having an optical axis, the system comprising: a first support part for fitting to, or forming part of, the projector; a second support part for fitting to, or forming part of, the projection lens; a connecting part being a ring-shaped part with a first pair of pivotal mounts or a first single pivotal mount for being pivotally connected to the first support part and defining a first axis of rotation and with a second pair of pivotal mounts or a second single pivotal mount for being pivotally connected to the second support part and defining a second axis of rotation and the connecting part being configured to permit independent adjustment of the second support part relative to the first support part about the first and second axes of rotation (7, 8) which intersect perpendicularly and are arranged to be perpendicular to the optical axis of the projection lens; and a locking mechanism (28, 29, 51-58) acting directly between the first and second supports (20, 40) for securing a position of the second support part relative to the first support part. a first support part for fitting to, or forming part of, the projector; a second support part for fitting to, or forming part of, the projection lens; a connecting part being a ring-shaped part with a first pair of pivotal mounts or a first single pivotal mount for being pivotally connected to the first support part and defining a first axis of rotation and with a second pair of pivotal mounts or a second single pivotal mount for being pivotally connected to the second support part and defining a second axis of rotation and the connecting part being configured to permit independent adjustment of the second support part relative to the first support part about the first and second axes of rotation (7, 8) which intersect perpendicularly and are arranged to be perpendicular to the optical axis of the projection lens; and
A low density frosting comprising: from 50 to 85 weight percent sweetening agent based on total weight frosting; from 15 to 30 weight percent total fat ingredients based on total weight frosting, the total fat ingredients comprising: a major amount of non-hydrogenated palm oil-based shortening ingredient, and 5 to 25 weight percent crystal-enhancing fat ingredient, based on weight total fat ingredients, wherein the crystal-enhancing fat ingredient is a fully hydrogenated room temperature solid fat; wherein the total fat ingredients comprise at least 90 weight percent of a blend of the non-hydrogenated palm oil-based shortening ingredient and the fully hydrogenated crystal-enhancing fat ingredient, based on the weight of the total fat ingredients; and from 10 to 20 weight percent water based on total weight frosting; wherein the frosting has a density in a range from 0.75 to 0.95 grams per cubic centimeter; and the frosting contains less than 2 weight percent trans fat. from 50 to 85 weight percent sweetening agent based on total weight frosting; from 15 to 30 weight percent total fat ingredients based on total weight frosting, the total fat ingredients comprising: a major amount of non-hydrogenated palm oil-based shortening ingredient, and 5 to 25 weight percent crystal-enhancing fat ingredient, based on weight total fat ingredients, wherein the crystal-enhancing fat ingredient is a fully hydrogenated room temperature solid fat; wherein the total fat ingredients comprise at least 90 weight percent of a blend of the non-hydrogenated palm oil-based shortening ingredient and the fully hydrogenated crystal-enhancing fat ingredient, based on the weight of the total fat ingredients; and a major amount of non-hydrogenated palm oil-based shortening ingredient, and 5 to 25 weight percent crystal-enhancing fat ingredient, based on weight total fat ingredients, wherein the crystal-enhancing fat ingredient is a fully hydrogenated room temperature solid fat; wherein the total fat ingredients comprise at least 90 weight percent of a blend of the non-hydrogenated palm oil-based shortening ingredient and the fully hydrogenated crystal-enhancing fat ingredient, based on the weight of the total fat ingredients; and from 10 to 20 weight percent water based on total weight frosting;
A method for preparing cross-linked hyaluronic acid which is filterable at 0.2 μ, characterized in that it includes the following steps: a) performing a cross-linking reaction between a hyaluronic acid sodium salt solution in a basic medium in a concentration between 1% and 4% by weight with respect to the total weight of the composition and BDDE in a 20% concentration with respect to the weight of the hyaluronic acid, so as to obtain a gel where the final concentration of the cross-linked hyaluronic acid sodium salt is between 4% and 1% by weight with respect to the total weight of said gel; b) partially neutralizing the gel with an acid, preferably HCl, to bring it to a pH between 5.5 and 6.5, to a final concentration of cross-linked hyaluronic acid from 2% to 0.5% w/w, which is equal to half of the initial concentration of hyaluronic acid; c) allowing the gel to rest at room temperature for a period of time of at least 6 days so as to allow the complete cross-linking of the BDDE and the complete degradation thereof, where the particle size of the cross-linked hyaluronic acid is between 8 - 50 nm; d) diluting to a concentration between 0.4% and 0.1% w/w said partially neutralized gel with distilled water. a) performing a cross-linking reaction between a hyaluronic acid sodium salt solution in a basic medium in a concentration between 1% and 4% by weight with respect to the total weight of the composition and BDDE in a 20% concentration with respect to the weight of the hyaluronic acid, so as to obtain a gel where the final concentration of the cross-linked hyaluronic acid sodium salt is between 4% and 1% by weight with respect to the total weight of said gel; b) partially neutralizing the gel with an acid, preferably HCl, to bring it to a pH between 5.5 and 6.5, to a final concentration of cross-linked hyaluronic acid from 2% to 0.5% w/w, which is equal to half of the initial concentration of hyaluronic acid; c) allowing the gel to rest at room temperature for a period of time of at least 6 days so as to allow the complete cross-linking of the BDDE and the complete degradation thereof, where the particle size of the cross-linked hyaluronic acid is between 8 - 50 nm; d) diluting to a concentration between 0.4% and 0.1% w/w said partially neutralized gel with distilled water.
An antenna comprising: an antenna assembly comprising a plurality of antenna columns (114, 116, 118) arranged to be connected to form a perimeter about a central region, wherein each of the plurality of inter-connected antenna columns (114, 116, 118) includes one or more radiating elements (120, 122, 124); at least one power divider configured to distribute radio frequency, RF, signals received from a base station and combine signals received from at least one of the plurality of inter-connected antenna columns (114, 116, 118); a plurality of respective enclosures housing the plurality of antenna columns (114, 116, 118) respectively, wherein the at least one power divider is enclosed within one of the plurality of enclosures, wherein the antenna columns (114, 116, 118) are physically secured to one another to provide a wrap-around antenna that is configured to wrap around a support structure, characterized in that one of the plurality of enclosures is connected to another enclosure of the plurality of enclosures via at least one hinge. an antenna assembly comprising a plurality of antenna columns (114, 116, 118) arranged to be connected to form a perimeter about a central region, wherein each of the plurality of inter-connected antenna columns (114, 116, 118) includes one or more radiating elements (120, 122, 124); at least one power divider configured to distribute radio frequency, RF, signals received from a base station and combine signals received from at least one of the plurality of inter-connected antenna columns (114, 116, 118); a plurality of respective enclosures housing the plurality of antenna columns (114, 116, 118) respectively, wherein the at least one power divider is enclosed within one of the plurality of enclosures, wherein the antenna columns (114, 116, 118) are physically secured to one another to provide a wrap-around antenna that is configured to wrap around a support structure, characterized in that one of the plurality of enclosures is connected to another enclosure of the plurality of enclosures via at least one hinge.
A non-volatile memory device (100; 100') comprising:- a substrate; a tunnel dielectric layer formed on the substrate; a floating gate structure formed on the tunnel dielectric layer; at least a first interfacial layer formed on the floating gate structure; an inter-gate dielectric structure formed on the first interfacial layer, the inter-gate dielectric structure comprising at least a first layer, a second layer and a third layer, the first layer being formed on the first interfacial layer and a control gate structure being formed on the third layer, the first and third layers (155, 165) having a higher k-value than the second layer which is sandwiched therebetween; and the control gate structure formed on the inter-gate dielectric structure; characterised in that the floating gate structure comprises a hybrid floating gate structure having at least a first lower layer and a second upper metal layer; and in that the first interfacial layer is formed on the second upper metal layer and comprises a high k-value material having a thickness configured to provide a potential energy drop across the first interfacial layer which is below 0.5eV, the first interfacial layer having a higher k-value than the k-value of the first layer of the inter-gate dielectric structure. a substrate; a tunnel dielectric layer formed on the substrate; a floating gate structure formed on the tunnel dielectric layer; at least a first interfacial layer formed on the floating gate structure; an inter-gate dielectric structure formed on the first interfacial layer, the inter-gate dielectric structure comprising at least a first layer, a second layer and a third layer, the first layer being formed on the first interfacial layer and a control gate structure being formed on the third layer, the first and third layers (155, 165) having a higher k-value than the second layer which is sandwiched therebetween; and the control gate structure formed on the inter-gate dielectric structure; characterised in that the floating gate structure comprises a hybrid floating gate structure having at least a first lower layer and a second upper metal layer; and in that the first interfacial layer is formed on the second upper metal layer and comprises a high k-value material having a thickness configured to provide a potential energy drop across the first interfacial layer which is below 0.5eV, the first interfacial layer having a higher k-value than the k-value of the first layer of the inter-gate dielectric structure.
An excrement care robot with an integrated analysis function on the motion and condition of a bedridden patient, the excrement care robot comprising: a body-fitted type treating apparatus including an apparatus body which has a shape corresponding to bends of the genitals and buttocks of a human body and is formed with a treatment space that is opened in a direction of the genitals and buttocks of the human body to receive excrement discharged from the human body, a discharge unit which is provided in the apparatus body and communicates with the treatment space to discharge the excrement of the treatment space to the outside, and a sensor unit that is provided in the apparatus body, wherein the sensor unit is configured to derive a position change of the bedridden patient based on three-axis movement angles, a motion analysis unit that receives sensor data of the sensor unit to analyze the motion of the human body through the movement of the apparatus body. a body-fitted type treating apparatus including an apparatus body which has a shape corresponding to bends of the genitals and buttocks of a human body and is formed with a treatment space that is opened in a direction of the genitals and buttocks of the human body to receive excrement discharged from the human body, a discharge unit which is provided in the apparatus body and communicates with the treatment space to discharge the excrement of the treatment space to the outside, and a sensor unit that is provided in the apparatus body, wherein the sensor unit is configured to derive a position change of the bedridden patient based on three-axis movement angles, a motion analysis unit that receives sensor data of the sensor unit to analyze the motion of the human body through the movement of the apparatus body.
A process for imparting a smoky product taste to a food product, wherein: - the smoking of a packaging essentially made of wood is carried out by placing the entire packaging in a stream of smoke having a temperature between 10 and 80°C; and - the food product is placed in the packaging in such a way that it is in contact at least with the side walls and/or bottom of the packaging. - the smoking of a packaging essentially made of wood is carried out by placing the entire packaging in a stream of smoke having a temperature between 10 and 80°C; and - the food product is placed in the packaging in such a way that it is in contact at least with the side walls and/or bottom of the packaging.