mhurhangee/patent-ind-claim-en huggingface dataset:
A motor vehicle with an apparatus (V) for cooling a drive device of the motor vehicle, with: a cooling device , through which air can flow in a throughflow direction (D), a redirection device , a fan device and a drive device , namely an internal combustion engine, characterized in that the apparatus (V) has a bypass device , in order to suck in, by way of vacuum which is generated by the fan device , return-flow air which is heated by the cooling device and/or the drive device , and heated air is thus prevented from being sucked through the cooling device , the bypass device having an inlet opening (4.1) for heated air , the redirection device protruding beyond the outer circumference of the cooling device , in order to form the inlet opening (4.1), and the inlet opening (4.1) extending over the entire width and/or height of the cooling device and redirection device , and the redirection device tapering by means of a tapered region towards the fan device , the bypass device serving to prevent a recirculation of air which is heated by way of the cooling device and the drive device into the cooling device , the cooling device being configured as a heat exchanger, in order to cool internal combustion engine cooling medium which flows through by way of air which flows through.
A multilayer film comprising: a core layer; and two skin layers; wherein the core layer is positioned between the two skin layers; wherein the core layer comprises a polyethylene polymer blend, the polyethylene polymer blend comprising at least 40%, by weight of the polyethylene polymer blend, of an ethylene-based polymer having a density of 0.900-0.940 g/cc and a melt index of 0.7-6 g/10 min, wherein the polyethylene polymer blend has an overall density of 0.910-0.950 g/cc and a melt index of 0.7-6 g/ 10 min, the melt index and density being measured according to the description, wherein the polyethylene polymer blend comprises from 0 to 15 %, by weight of the polyethylene polymer blend, of a low density polyethylene; and wherein each skin layer independently comprises a propylene-based polymer; wherein the propylene-based polymer comprises a propylene homopolymer, wherein each skin layer independently comprises at least 55 wt.% of the propylene homopolymer, wherein the skin layers are not non-wovens; and wherein the multilayer film further comprises a filler, the filler being present in one or more layers of the multilayer film. a core layer; and two skin layers; wherein the core layer is positioned between the two skin layers; wherein the core layer comprises a polyethylene polymer blend, the polyethylene polymer blend comprising at least 40%, by weight of the polyethylene polymer blend, of an ethylene-based polymer having a density of 0.900-0.940 g/cc and a melt index of 0.7-6 g/10 min, wherein the polyethylene polymer blend has an overall density of 0.910-0.950 g/cc and a melt index of 0.7-6 g/ 10 min, the melt index and density being measured according to the description, wherein the polyethylene polymer blend comprises from 0 to 15 %, by weight of the polyethylene polymer blend, of a low density polyethylene; and wherein each skin layer independently comprises a propylene-based polymer; wherein the propylene-based polymer comprises a propylene homopolymer, wherein each skin layer independently comprises at least 55 wt.% of the propylene homopolymer, wherein the skin layers are not non-wovens; and wherein the multilayer film further comprises a filler, the filler being present in one or more layers of the multilayer film.
A blood processing system comprising: a separation device ; a blood component storage container ; a saline storage container ; characterized in that the blood processing system further comprises a connector having a body defining the structure of the connector; wherein the connector comprises: a first port physically connected directly to an outlet of the separation device ; a second port fluidly connected to the first port and fluidly connected to a first tube , the first tube fluidly connecting the second port and the blood component storage container ; and a third port fluidly connected to the first port , the third port fluidly connected to a second tube , the second tube fluidly connecting the third port and the saline storage container . a separation device ; a blood component storage container ; a saline storage container ; characterized in that the blood processing system further comprises a connector having a body defining the structure of the connector; wherein the connector comprises: a first port physically connected directly to an outlet of the separation device ; a second port fluidly connected to the first port and fluidly connected to a first tube , the first tube fluidly connecting the second port and the blood component storage container ; and a third port fluidly connected to the first port , the third port fluidly connected to a second tube , the second tube fluidly connecting the third port and the saline storage container . a first port physically connected directly to an outlet of the separation device ; a second port fluidly connected to the first port and fluidly connected to a first tube , the first tube fluidly connecting the second port and the blood component storage container ; and a third port fluidly connected to the first port , the third port fluidly connected to a second tube , the second tube fluidly connecting the third port and the saline storage container .
A cutting body for a metal-working machine tool for chip removal, comprising a body portion , a cutting portion extending from the body portion , and a biasing member ; the body portion comprising an inner sub-portion and an outer sub-portion disposed between the inner sub-portion and the cutting portion ; the outer sub-portion comprising adjacent first and second sections ; the first section extending between the inner sub-portion and the cutting portion , and comprising a face (40A2) adjacent the second section ; the second section comprising a biasing surface extending transverse relative to the first section's face (40A2), and a biasing sub-portion holding the biasing member and connected to the first section's face (40A2); the first section being configured to elastically bend upon actuation of the biasing member due to application of force on the biasing surface by the biasing member , thereby changing position of the cutting portion for fine-tuning thereof characterized in that : the body portion is disc-shaped and the biasing sub-portion is formed with a threaded bore (36A1) extending in a radial direction (D R ), being directed towards the biasing surface and having a bore central axis (A B ) extending through a center thereof. a body portion , a cutting portion extending from the body portion , and a biasing member ; an inner sub-portion and an outer sub-portion disposed between the inner sub-portion and the cutting portion ; a biasing surface extending transverse relative to the first section's face (40A2), and a biasing sub-portion holding the biasing member and connected to the first section's face (40A2);
A method comprising: transmitting , via a public-safety answering point (PSAP) device , to first communication devices , a first notification of a given type, the first notification associated with a first public-safety incident; subsequent to transmitting the first notification , tracking , via the PSAP device , one or more indications of effectiveness of the first notification determined from one or more of: PSAP call traffic; one or more of locations and responses of the first communication devices ; and PSAP-related data retrieved from one or more servers external or internal to a PSAP system that includes the PSAP device ; and transmitting , via the PSAP device , to second communication devices , a second notification of the given type, the second notification associated with a second public-safety incident; one or more of the second notification and the transmitting of the second notification being modified, relative to the first notification , based on the one or more indications of effectiveness of the first notification , wherein the second notification is generated based on a second request to generate notifications of the given type, the second request generated via an input device and an interface provided at a display screen , the interface providing one or more indications for modifying one or more of: the second notification relative to the first notification ; and the transmitting the second notification . transmitting , via a public-safety answering point (PSAP) device , to first communication devices , a first notification of a given type, the first notification associated with a first public-safety incident; subsequent to transmitting the first notification , tracking , via the PSAP device , one or more indications of effectiveness of the first notification determined from one or more of: PSAP call traffic; one or more of locations and responses of the first communication devices ; and PSAP-related data retrieved from one or more servers external or internal to a PSAP system that includes the PSAP device ; and transmitting , via the PSAP device , to second communication devices , a second notification of the given type, the second notification associated with a second public-safety incident; one or more of the second notification and the transmitting of the second notification being modified, relative to the first notification , based on the one or more indications of effectiveness of the first notification , wherein the second notification is generated based on a second request to generate notifications of the given type, the second request generated via an input device and an interface provided at a display screen , the interface providing one or more indications for modifying one or more of: the second notification relative to the first notification ; and the transmitting the second notification .
Cableway having at least two cableway stations and at least one cableway vehicle that can be moved between the cableway stations using a traction cable , the cableway vehicle having a conveying body (K) and a suspension , the conveying body (K) serving to accommodate persons and/or objects and the conveying body (K) being suspended on the suspension , at least one vehicle-fixed contact rail which extends in the direction of movement of the cableway vehicle being arranged on the conveying body (K), and at least one guiding portion (FA) having at least one stationary first guiding device which extends in the direction of movement of the cableway vehicle being provided in at least one cableway station , characterized in that the conveying body (K) is suspended in a spring-loaded manner on the suspension and in that the first guiding device cooperates with the contact rail of the cableway vehicle , at least during the movement of the cableway vehicle through the guiding portion (FA), in order to generate a guiding force, the guiding force shifting the conveying body (K) relative to the suspension from a rest position, in which the cableway vehicle can be moved outside of the guiding portion (FA), into a guidance position, in which the cableway vehicle can be moved through the guiding portion (FA).
A method for producing a semiconductor component , comprising the following steps: - providing a flat carrier including an upper side and a lower side , the carrier including a continuous opening that extends between the upper side and the lower side ; - providing a semiconductor arrangement that comprises a semiconductor chip , the semiconductor chip comprising electrically and/or optically active regions at a lower side ; - arranging the semiconductor arrangement in the opening in such a way that a lower side of the semiconductor arrangement and the lower side of the carrier extend in a common plane; - potting the semiconductor system with a potting compound in such a way that the semiconductor arrangement is integrally connected to the carrier , the semiconductor arrangement together with the carrier and the potting compound forming a semiconductor system ; and - thinning the semiconductor system by way of grinding from above in such a way that an upper side of the carrier and an upper side of the semiconductor arrangement extend in a common plane, the semiconductor arrangement comprising a sacrificial layer on an upper side which is thinned during grinding, characterized in that the sacrificial layer comprises metallic or semi-conducting material. - providing a flat carrier including an upper side and a lower side , the carrier including a continuous opening that extends between the upper side and the lower side ; - providing a semiconductor arrangement that comprises a semiconductor chip , the semiconductor chip comprising electrically and/or optically active regions at a lower side ; - arranging the semiconductor arrangement in the opening in such a way that a lower side of the semiconductor arrangement and the lower side of the carrier extend in a common plane; - potting the semiconductor system with a potting compound in such a way that the semiconductor arrangement is integrally connected to the carrier , the semiconductor arrangement together with the carrier and the potting compound forming a semiconductor system ; and - thinning the semiconductor system by way of grinding from above in such a way that an upper side of the carrier and an upper side of the semiconductor arrangement extend in a common plane,
An absorbent article comprising: a chassis comprising a topsheet , a backsheet , and an absorbent core disposed between the topsheet and the backsheet, the chassis having a body-facing surface and an outer-facing surface , and a pair of side flaps comprising a first surface , a second surface opposite the first surface, and a first adhesive , each of the side flaps having a proximal end and a free distal end , wherein each distal end is foldable around an edge of an undergarment when applied on the undergarment during use to attach the first adhesive to the underside of the undergarment thereby attaching the absorbent article to the undergarment, wherein each of the side flaps is formed discretely to the chassis and is bonded at the proximal end by the first surface to the body facing surface of the chassis at a joint (40A and 40B), and wherein each side flap extends inwards from the joint in a lateral direction of the absorbent article with the first surface facing the top sheet of the absorbent article, and wherein each side flap is extensible. a chassis comprising a topsheet , a backsheet , and an absorbent core disposed between the topsheet and the backsheet, the chassis having a body-facing surface and an outer-facing surface , and a pair of side flaps comprising a first surface , a second surface opposite the first surface, and a first adhesive , each of the side flaps having a proximal end and a free distal end , wherein each distal end is foldable around an edge of an undergarment when applied on the undergarment during use to attach the first adhesive to the underside of the undergarment thereby attaching the absorbent article to the undergarment, wherein each of the side flaps is formed discretely to the chassis and is bonded at the proximal end by the first surface to the body facing surface of the chassis at a joint (40A and 40B), and wherein each side flap extends inwards from the joint in a lateral direction of the absorbent article with the first surface facing the top sheet of the absorbent article, and wherein each side flap is extensible.
A method of controlling an access to a content, comprising: receiving, at parental controlling means , a request for an access to a content from a user equipment through an access network, wherein the parental controlling means is configured in a converged network core of a mobile communication network for a centralized parental control; determining , at the parental controlling means , whether an identifier of the user equipment matches with an identifier of a user equipment registered in the parental controlling means for controlling an access; if the identifier of the user equipment matches with the identifier registered in the parental controlling means , determining , at the parental controlling means, whether the access to the content is allowable; and blocking, at the parental controlling means , the access to the content, if the access is not allowable, wherein the determining whetherthe access to the content is allowable comprises comparing content information with user-specific information, wherein the content information comprises information retrievable from the request, wherein the information retrievable from the request comprises service identification information and content identification information, the service identification information comprising a service provider identifier and the content identification information comprising one or more service-specific parameters and/or a URL. receiving, at parental controlling means , a request for an access to a content from a user equipment through an access network, wherein the parental controlling means is configured in a converged network core of a mobile communication network for a centralized parental control; determining , at the parental controlling means , whether an identifier of the user equipment matches with an identifier of a user equipment registered in the parental controlling means for controlling an access; if the identifier of the user equipment matches with the identifier registered in the parental controlling means , determining , at the parental controlling means, whether the access to the content is allowable; and blocking, at the parental controlling means , the access to the content, if the access is not allowable, wherein the determining whetherthe access to the content is allowable comprises comparing content information with user-specific information, wherein the content information comprises information retrievable from the request, wherein the information retrievable from the request comprises service identification information and content identification information, the service identification information comprising a service provider identifier and the content identification information comprising one or more service-specific parameters and/or a URL.
A composite rib , comprising: a carbon fiber reinforced plastic (CFRP) panel ; a metallic rib post coupled to the CFRP panel and configured to be coupled to a spar of an aircraft wing , the spar coupled to a current return network (CRN) cable ; a metallic fitting coupled to the CFRP panel and configured to be coupled to a skin panel of the aircraft wing; and a metallic grounding member positioned between the CFRP panel and the metallic fitting, the metallic grounding member providing an electrical grounding path extending from the metallic fitting to the metallic rib post. a carbon fiber reinforced plastic (CFRP) panel ; a metallic rib post coupled to the CFRP panel and configured to be coupled to a spar of an aircraft wing , the spar coupled to a current return network (CRN) cable ; a metallic fitting coupled to the CFRP panel and configured to be coupled to a skin panel of the aircraft wing; and a metallic grounding member positioned between the CFRP panel and the metallic fitting, the metallic grounding member providing an electrical grounding path extending from the metallic fitting to the metallic rib post.
A power conversion device including a power conversion portion that switches direct current voltage supplied by a positive line and negative line of a direct current power supply with a semiconductor switching element, and outputs converted voltage, the power conversion device further including: a snubber capacitor (Cs), connected between the positive line and negative line , that suppresses surge voltage generated when the power conversion portion switches, wherein at least one interline capacitor (C1) is connected between the positive line and negative line between the snubber capacitor (Cs) and power conversion portion , characterized in that the capacitance of the interline capacitor (C1) is of a value smaller than that of the capacitance of the snubber capacitor (Cs), and wherein the capacitance of the interline capacitor (C1) is of a value that becomes smaller the nearer to the power conversion portion the position in which the interline capacitor (C1) is connected, and the capacitance of the interline capacitor (C1) with the smallest value of capacitance is of a value greater than that of the capacitance between main electrodes of the switching element when a direct current voltage is applied to the switching element used in the power conversion portion . a snubber capacitor (Cs), connected between the positive line and negative line , that suppresses surge voltage generated when the power conversion portion switches, wherein at least one interline capacitor (C1) is connected between the positive line and negative line between the snubber capacitor (Cs) and power conversion portion , characterized in that the capacitance of the interline capacitor (C1) is of a value smaller than that of the capacitance of the snubber capacitor (Cs), and wherein the capacitance of the interline capacitor (C1) is of a value that becomes smaller the nearer to the power conversion portion the position in which the interline capacitor (C1) is connected, and the capacitance of the interline capacitor (C1) with the smallest value of capacitance is of a value greater than that of the capacitance between main electrodes of the switching element when a direct current voltage is applied to the switching element used in the power conversion portion .
A method for treating cement kiln exhaust gas comprising: - providing a cement kiln exhaust gas stream from a kiln; - providing a treating fluid comprising a reagent containing a water soluble alkaline-earth metal sulfide in water; - spraying or injecting said treating fluid into said cement kiln exhaust gas stream and reacting the treating fluid with the gas laden with metals and cement kiln dust (CKD) forming a particulate residue of the metals on and within the cement kiln dust as non leachable modified cement kiln dust (mCKD). - providing a cement kiln exhaust gas stream from a kiln; - providing a treating fluid comprising a reagent containing a water soluble alkaline-earth metal sulfide in water; - spraying or injecting said treating fluid into said cement kiln exhaust gas stream and reacting the treating fluid with the gas laden with metals and cement kiln dust (CKD) forming a particulate residue of the metals on and within the cement kiln dust as non leachable modified cement kiln dust (mCKD).