mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a road gradient for a vehicle combination having a vehicle and at least one coupled trailer, comprising the steps: determining a first road gradient of a first section of a road on which the vehicle is currently located, comprising the further steps: determining a profile of the road gradient; and determining a second road gradient of a second section of a road on which the at least one trailer is currently located, by means of the determined profile of the road gradient, characterized by the determination of an effective road gradient for the vehicle combination from the determined first and the determined second roadway gradients. determining a first road gradient of a first section of a road on which the vehicle is currently located, comprising the further steps: determining a profile of the road gradient; and determining a second road gradient of a second section of a road on which the at least one trailer is currently located, by means of the determined profile of the road gradient, characterized by the determination of an effective road gradient for the vehicle combination from the determined first and the determined second roadway gradients. determining a profile of the road gradient; and determining a second road gradient of a second section of a road on which the at least one trailer is currently located, by means of the determined profile of the road gradient, characterized by the determination of an effective road gradient for the vehicle combination from the determined first and the determined second roadway gradients.
A composition comprising stem cells, a cell culture medium and a polyacrylamide hydrogel (PAAG), wherein the PAAG contains less than 0.02% W monomer /W total PAAG] of a N-hydroxyethyl acrylamide side chain, and wherein the stem cells are mesenchymal stem cells and wherein the elasticity modulus of the PAAG is 1 to 200 Pa.
A method for recognizing a Local Internet Protocol, IP, Access, LIPA, session, comprising: receiving, by a Serving Gateway, SGW, a session establishment request; and when it is parsed that the session establishment request contains LIPA information, determining this session to be a LIPA session, and performing charging policy and/or service policy control for the LIPA session; characterized in that the LIPA information contained in the session establishment request comprises a LIPA identifier and a specific charging characteristic parameter which identifies LIPA. receiving, by a Serving Gateway, SGW, a session establishment request; and when it is parsed that the session establishment request contains LIPA information, determining this session to be a LIPA session, and performing charging policy and/or service policy control for the LIPA session; characterized in that the LIPA information contained in the session establishment request comprises a LIPA identifier and a specific charging characteristic parameter which identifies LIPA.
A process to prepare fluorinated sulfobetaine compounds of formula wherein R f is C 2 to C 10 fluoroalkyl optionally interrupted by one or more of O, CH 2, CHF, or combinations thereof; R 1 is C 1 to C 10 alkylene or a chemical bond; R 2 is C 1 to C 6 alkylene; R 3 is H or CH 3; R 4 is C 1 to C 6 alkylene containing at least one hydroxyl group; R 5 is H or CH 3; and R 6 is H or CH 3; comprising contacting a fluorinated sulfonamide amine of formula wherein R f, R 1, R 2, R 3, R 5 and R 6 are each defined as in Formula; with an aliphatic chlorosulfonic acid or salt thereof of formula wherein R 4 is C 1 to C 6 alkylene containing at least one hydroxyl group; X is chlorine; and M is Na, K, Li, or Ca; in the presence of water and at least one alkylene glycol, and optionally at least one alkyl carbonate, wherein the ratio of water to the total amount of alkylene glycol and optional alkyl carbonate is from about 1:19 to about 1:3. R f is C 2 to C 10 fluoroalkyl optionally interrupted by one or more of O, CH 2, CHF, or combinations thereof; R 1 is C 1 to C 10 alkylene or a chemical bond; R 2 is C 1 to C 6 alkylene; R 3 is H or CH 3; R 4 is C 1 to C 6 alkylene containing at least one hydroxyl group; R 5 is H or CH 3; and R 6 is H or CH 3;
Method for processing at least two successive orders for producing bags, - in which at least two working steps are performed on bags or semifinished bags, - and in which at least one machine (1, 50, 70) and a storing and transporting device (28, 66) are used as component parts of a system, characterized - in that at least one subset of the bags or semifinished bags that the system processes is assigned data by a control device, - in that, in the course of a first localization, the whereabouts of the at least one subset to which data are assigned is ascertained at least at a first point in time, - in that, in the course of at least a second localization, the control device ascertains on the basis of the first localization and further production data the whereabouts of this subset at a second point in time and - in that, on the basis of the data and and/or the localization of the subsets, various functional components of the system are changed over from a first format into a second format by actuators that are individually assigned respectively to the functional components. - in which at least two working steps are performed on bags or semifinished bags, - and in which at least one machine (1, 50, 70) and a storing and transporting device (28, 66) are used as component parts of a system, characterized - in that at least one subset of the bags or semifinished bags that the system processes is assigned data by a control device, - in that, in the course of a first localization, the whereabouts of the at least one subset to which data are assigned is ascertained at least at a first point in time, - in that, in the course of at least a second localization, the control device ascertains on the basis of the first localization and further production data the whereabouts of this subset at a second point in time and - in that, on the basis of the data and and/or the localization of the subsets, various functional components of the system are changed over from a first format into a second format by actuators that are individually assigned respectively to the functional components.
An acoustic matching member that is incorporable into an ultrasonic transducer for transmitting and receiving ultrasonic waves, comprising: at least two layers including a first layer and a second layer that have different acoustic impedance values from each other; wherein the first layer is made of a composite material of a porous member and a filling material supported by void portions of the porous member, the second layer is made of the filling material or the porous member, and the first layer and the second layer are present in this stated order, with no intermediate layer between the first layer and the second layer, characterized in that the porous member is a sintered porous member of ceramic or a mixture of ceramic and glass, wherein a piezoelectric member of the ultrasonic transducer is disposable on a side of the first layer. at least two layers including a first layer and a second layer that have different acoustic impedance values from each other; wherein the first layer is made of a composite material of a porous member and a filling material supported by void portions of the porous member, the second layer is made of the filling material or the porous member, and the first layer and the second layer are present in this stated order, with no intermediate layer between the first layer and the second layer, characterized in that the porous member is a sintered porous member of ceramic or a mixture of ceramic and glass, wherein a piezoelectric member of the ultrasonic transducer is disposable on a side of the first layer.
An insulated glass unit comprising: a first glass layer; a second glass layer; a third glass layer disposed between the first and second glass layers; a first sealed gap space defined between the first glass layer and the third glass layer; and a second sealed gap space defined between the second glass layer and the third glass layer; wherein the third glass layer has a coefficient of thermal expansion over a temperature range 0-300°C of less than 70 × 10 -7 /°C and a thickness from 0.3 mm to 0.9 mm. a first glass layer; a second glass layer; a third glass layer disposed between the first and second glass layers; a first sealed gap space defined between the first glass layer and the third glass layer; and a second sealed gap space defined between the second glass layer and the third glass layer; wherein the third glass layer has a coefficient of thermal expansion over a temperature range 0-300°C of less than 70 × 10 -7 /°C and a thickness from 0.3 mm to 0.9 mm.
A disconnecting switch comprising: a contact part that includes a stationary contact and a movable contact configured to be brought into contact with and separate from the stationary contact freely; a shaft configured to move the movable contact back and forth freely relative to the stationary contact; an open/close mechanism part configured to move the shaft back and forth freely between a closed contact position at which the movable contact is in contact with the stationary contact and an open contact position at which the movable contact is out of contact from the stationary contact; and a housing (1, 9) in which at least the contact part and the shaft is housed, wherein the open/close mechanism part includes an operation lever which is disposed so that an operation portion thereof protrudes outward from the housing (1, 9) and an arm configured to rotate according to an operation of the operation lever to move the shaft between the open contact position and the closed contact position, characterized in that a wheel, which is part of the open/close mechanism, is rotatably attached to the housing (1, 9), and the arm is provided with a rotation slot in which the wheel is placed so that the wheel moves when the arm rotates. a contact part that includes a stationary contact and a movable contact configured to be brought into contact with and separate from the stationary contact freely; a shaft configured to move the movable contact back and forth freely relative to the stationary contact; an open/close mechanism part configured to move the shaft back and forth freely between a closed contact position at which the movable contact is in contact with the stationary contact and an open contact position at which the movable contact is out of contact from the stationary contact; and a housing (1, 9) in which at least the contact part and the shaft is housed, wherein the open/close mechanism part includes an operation lever which is disposed so that an operation portion thereof protrudes outward from the housing (1, 9) and an arm configured to rotate according to an operation of the operation lever to move the shaft between the open contact position and the closed contact position, characterized in that a wheel, which is part of the open/close mechanism, is rotatably attached to the housing (1, 9), and the arm is provided with a rotation slot in which the wheel is placed so that the wheel moves when the arm rotates.
Enveloping material for a baler for enveloping at least the lateral surface of a bale, wherein the enveloping material has a plurality of entrainers, characterized in that the entrainers are arranged approximately in a row transversely to a delivery direction F across the width B of the enveloping material, and the entrainers are configured in the form of a cutout, wherein the cutout is configured at least approximately in a round and/or oval manner.
An anti-CD40 antibody comprising a. at least one immunoglobulin light chain variable domain (V L) which comprises in sequence hypervariable regions CDR1 L, CDR2 L and CDR3 L, the CDR1 L having the amino acid sequence SASQGISNYLN the CDR2 L having the amino acid sequence YTSILHS and the CDR3 L having the amino acid sequence QQFNKLPPT; and b. at least one immunoglobulin heavy chain variable domain (V H) which comprises in sequence hypervariable regions CDR1 H, CDR2 H and CDR3 H, the CDR1 H having the amino acid sequence GFTFSDYYMY, the CDR2 H having the amino acid sequence YINSGGGSTYYPDTVKG, and the CDR3 H having the amino acid sequence RGLPFHAMDY. a. at least one immunoglobulin light chain variable domain (V L) which comprises in sequence hypervariable regions CDR1 L, CDR2 L and CDR3 L, the CDR1 L having the amino acid sequence SASQGISNYLN the CDR2 L having the amino acid sequence YTSILHS and the CDR3 L having the amino acid sequence QQFNKLPPT; and b. at least one immunoglobulin heavy chain variable domain (V H) which comprises in sequence hypervariable regions CDR1 H, CDR2 H and CDR3 H, the CDR1 H having the amino acid sequence GFTFSDYYMY, the CDR2 H having the amino acid sequence YINSGGGSTYYPDTVKG, and the CDR3 H having the amino acid sequence RGLPFHAMDY.
Hydraulic antivibration device designed to be introduced for damping purposes between the first and second rigid elements, said antivibration device comprising: - First and second frames (2, 3) adapted to be fixed to the two rigid elements to be united, - An elastomer body connecting the first and second frames and at least partially bound to a first hydraulic chamber, - A deformable second hydraulic chamber which connects to the first hydraulic chamber via a throttle passage, the first and second hydraulic chambers and the throttle passage forming a hydraulic circuit filled with fluid, and the antivibration device being shaped so that said fluid reciprocates along opposing first and second paths (F1, F2) within said throttle passage when the first and second frames (2, 3) are subject to relative vibration movements, - An electric current-generating device comprising, firstly, a microturbine rotatably mounted about a rotation axis in the throttle passage and secondly, a generator coupled to the microturbine to produce electric current as the microturbine rotates, characterized in that the microturbine is configured to be always driven in the same rotational direction by the fluid when said fluid reciprocates along the first and second paths (F1, F2) within the throttle passage. - First and second frames (2, 3) adapted to be fixed to the two rigid elements to be united, - An elastomer body connecting the first and second frames and at least partially bound to a first hydraulic chamber, - A deformable second hydraulic chamber which connects to the first hydraulic chamber via a throttle passage, the first and second hydraulic chambers and the throttle passage forming a hydraulic circuit filled with fluid, and the antivibration device being shaped so that said fluid reciprocates along opposing first and second paths (F1, F2) within said throttle passage when the first and second frames (2, 3) are subject to relative vibration movements, - An electric current-generating device comprising, firstly, a microturbine rotatably mounted about a rotation axis in the throttle passage and secondly, a generator coupled to the microturbine to produce electric current as the microturbine rotates, characterized in that the microturbine is configured to be always driven in the same rotational direction by the fluid when said fluid reciprocates along the first and second paths (F1, F2) within the throttle passage.
A control console for an aerial lift including a chassis, a platform, and a lift structure connecting the chassis to the platform, the control console comprising manual control members (13, 15, 17) for controlling the aerial lift, characterized in that it comprises, for at least one of the manual control members (13, 15, 17), at least one lighted indicator (131-134, 135-138, 151-154, 171-174) provided on or in the immediate environment of this manual control member (13, 15, 17) and suitable for emitting lighted signals indicating the possibility of actuating this manual control member (13, 15, 17) as a function of the operating conditions of the aerial lift.
A swivel (300, 500) suitable for use with an elevator, the swivel comprising: an upper housing (310, 510) rotatably coupled to a lower housing (320, 520) having an opening; and a rotary union (330, 530) having: a rotating body (352, 562) attached to the lower housing (320, 520) and rotatable with the lower housing (320, 520), the rotating body (352, 562) having a first port, the first port accessible through the opening; and a non-rotating body (351, 561) attached to the upper housing (310, 510) and having a second port, wherein the first port fluidly communicates with the second port while the rotating body (352, 562) rotates relative to the non-rotating body (351, 561), and wherein the swivel (300, 500) is configured to transfer load from the lower housing (320, 520) to the upper housing (310, 510). an upper housing (310, 510) rotatably coupled to a lower housing (320, 520) having an opening; and a rotary union (330, 530) having: a rotating body (352, 562) attached to the lower housing (320, 520) and rotatable with the lower housing (320, 520), the rotating body (352, 562) having a first port, the first port accessible through the opening; and a non-rotating body (351, 561) attached to the upper housing (310, 510) and having a second port, wherein the first port fluidly communicates with the second port while the rotating body (352, 562) rotates relative to the non-rotating body (351, 561), and wherein the swivel (300, 500) is configured to transfer load from the lower housing (320, 520) to the upper housing (310, 510). a rotating body (352, 562) attached to the lower housing (320, 520) and rotatable with the lower housing (320, 520), the rotating body (352, 562) having a first port, the first port accessible through the opening; and a non-rotating body (351, 561) attached to the upper housing (310, 510) and having a second port, wherein the first port fluidly communicates with the second port while the rotating body (352, 562) rotates relative to the non-rotating body (351, 561), and wherein the swivel (300, 500) is configured to transfer load from the lower housing (320, 520) to the upper housing (310, 510).
A method for operating in a power save mode in a wireless local area network, the method comprising: receiving, by a station, a multi user-multiple input multiple output, MU-MIMO, scheduling information from an access point, AP, the MU-MIMO scheduling information including a group ID field and a wakeup scheduling field, the group ID field including a group ID indicating a group of stations, the wakeup scheduling field including a wakeup offset indicating a start time for data transmission after receiving the MU-MIMO scheduling information; receiving, by the station, a beacon frame from the AP, the beacon frame including a traffic indication map, TIM, element indicating whether there is a buffered traffic to the station; and if the TIM element indicates that there is the buffered traffic to the station and it is determined that the station belongs to the group of stations indicated by the group ID, transmitting, by the station, a trigger frame as a response to the buffered traffic to the AP based on the wakeup offset. receiving, by a station, a multi user-multiple input multiple output, MU-MIMO, scheduling information from an access point, AP, the MU-MIMO scheduling information including a group ID field and a wakeup scheduling field, the group ID field including a group ID indicating a group of stations, the wakeup scheduling field including a wakeup offset indicating a start time for data transmission after receiving the MU-MIMO scheduling information; receiving, by the station, a beacon frame from the AP, the beacon frame including a traffic indication map, TIM, element indicating whether there is a buffered traffic to the station; and if the TIM element indicates that there is the buffered traffic to the station and it is determined that the station belongs to the group of stations indicated by the group ID, transmitting, by the station, a trigger frame as a response to the buffered traffic to the AP based on the wakeup offset.
A waterborne adhesive composition comprising (a) one or more bromine substituted olefin polymer, (b) one or more halosulfonated olefin polymer, and (c) one or more compatibilizer selected from the group consisting of epoxy resins, the composition being characterised in that the ratio of the dry weight of said compatibilizer (c) to the sum of the dry weights of said polymer (a) and said polymer (b) is 0.1 or higher. (a) one or more bromine substituted olefin polymer, (b) one or more halosulfonated olefin polymer, and (c) one or more compatibilizer selected from the group consisting of epoxy resins,
Assembly for an oil tank (30; 130) of a turbine engine, particularly of an aircraft turbojet, the assembly including an oil tank (30; 130) with an external wall forming a generally curved principal enclosure, characterized in that the principal enclosure (42; 142) contains an arched sensor (48; 148) for electrically measuring the oil level, said arched sensor (48; 148) matching the curvature of the principal enclosure (42; 142), and sensor internal supporting means disposed along the arched sensor (48; 148), and/or an arched socket (160; 260) with an arched cavity in which the arched sensor (48; 148) is disposed.
Plastic closure device for tubular bags, having a bottom part, comprising a discharge outlet and a flange having a flange bottom side on which there is disposed an energy-introducing arrangement which can be connected to a plastic layer by means of ultrasonic welding, wherein the energy-introducing arrangement comprises at least two, preferably three, energy-introducing ribs, which run at least approximately parallel to one another along the flange bottom side and respectively project away from the flange bottom side by an identical height (h), wherein the elevation maxima of the energy-introducing ribs form a roughly punctiform bearing surface, the energy-introducing ribs, at their circumferential domes, are configured rounded with a radius (r) of 0.1 to 0.3 mm in cross section.
An apparatus comprising a vacuum chamber including a process region in combination with a self-cleaning optical system for the transmission or reflection of light to and/ or from the process region, the optical system comprising a bath containing a liquid, a transparent or reflective optical component and means operatively connected to the optical component for continuously rotating the optical component about a non-vertical axis, the optical component being arranged with respect to the liquid contained in the bath so that on rotation, a lower part of the component continuously rotates through the liquid contained in the bath, whereby as the component emerges from the bath a coating of the liquid remains thereon which forms a substantially uniform transparent film on at least a part of the component through which transparent film the light is transmitted or from which transparent film the light is reflected, whereby the apparatus, either further comprises a vacuum housing in which the optical component is contained, the vacuum housing having an opening which is vacuum sealable to a mating opening in the vacuum chamber in which the process takes place, and wherein an external wall of the vacuum housing has a transparent window through which the light passes on its way to or from the part of the component having the substantially uniform film, or the optical component forms an external wall of a vacuum housing and the vacuum housing has an opening which is vacuum sealable to a mating opening in the vacuum chamber in which the process takes place.