mhurhangee/ep-ind-claims huggingface dataset:
A polyolefin composition comprising: (a) a polypropylene polymer; (b) 1,3:2,4-bis- O -[(3,4-dimethylphenyl)methylene]-D-glucitol; and (c) 1,3:2,4-bis -O -[(3,4-dichlorophenyl)methylene]-D-glucitol wherein the mass ratio of 1,3:2,4-bis- O -[(3,4-dimethylphenyl)methylene]-D-glucitol to 1,3:2,4-bis- O -[(3,4-dichlorophenyl)methylene]-D-glucitol is 9:1 to 1:9, and the polyolefin composition has an apparent melt viscosity of ≤ 450 Pa·s, determined according to ASTM Test Method D3835-08 using a capillary rheometer equipped with a 1.00 mm diameter capillary die with a length to diameter ratio of 30:1 and at conditions of an apparent shear rate of 100 s - 1, a temperature of 190°C and conditioning the sample in the rheometer for a 6 minute dwell time prior to testing. (a) a polypropylene polymer; (b) 1,3:2,4-bis- O -[(3,4-dimethylphenyl)methylene]-D-glucitol; and (c) 1,3:2,4-bis -O -[(3,4-dichlorophenyl)methylene]-D-glucitol
Edge-protection element for a clamping device for locally fastening module edge of a frameless PV module on a supporting structure, wherein the edge-protection element comprises at least one elastic covering with a front side and a rear side, which is directed away from the front side, and the covering can be placed on the clamping device and/or in relation to the supporting structure by means of its rear side, and a contact side of the module edge can be arranged facing the front side, characterized in that the elastic covering comprises a plurality of suction-cup elements each with sealing walls which are circumferentially closed, the sealing walls are elastic, project from the front side of the elastic covering and each have an opening edge, and the contact side of the module edge can be tightly positioned on the opening edges, and the suction-cup elements each have, on the inside, a depression which is open at an opening bounded by the opening edge and is otherwise air-tight, wherein the volume (V 1, V 2) of the depressions can be altered by elastic deformation of the sealing walls.
A boat transportation carriage, being adapted to exhibit elongated frame portions, two of which are arranged parallel to, or at least essentially parallel to, each other, two of which are arranged disposable along or parallel to an amidships plane of the boat and exhibiting a first frame portion, a second frame portion coordinated to each other, with a third frame portion, adapted to transversely connect said two frame portions within frame portion sections (1a', 1b'), disposable adjacent to a bow of the boat, wherein arm structures (22, 22') are each adapted to exhibit on the one hand a vertically extended arm portion and on the other hand an outwardly angled arm portion, with a lower portion of the vertically extended arm portion being in a rigid and solid connection with a movable arm of an angled arm portion, the removal-directed portion whereof being, over a vertically extending axis of rotation, disposed rotatably around said axis of rotation, with the lower area of the vertically extending arm portion being adapted to directly or indirectly rest against a chassis belonging to the boat transportation carriage and its frame portion for taking up its allotted portion of the vertical loads which are to be referred to from the deplacement of a boat supported by the boat transportation carriage, characterized in that between the lower portion of a horizontally extended arm portion and said chassis or frame portion and in connection with the vertically extended arm portion there rests a support plate dimensioned for primarily vertical pressure forces, said support plate being allotted a supporting surface for supporting cooperation with the horizontally extended arm portion, said supporting surface being disposed in a chosen intermediate area of said horizontally extended arm portion.
Method for monitoring and detecting attacks on animals, wherein the method comprises the following steps: - determining the existence of an alarm situation in an animal using a first electronic device implanted in the animal's body; - when the existence of an alarm situation is determined, performing the following steps using the first electronic device: - sending an alarm message to an alarm unit external to the animal through a wireless communication network; - obtaining the location of the first device; and - sending a message including said location through the wireless communication network; wherein the step of determining the existence of an alarm situation in the animal includes: - determining the existence of an alarm situation when the first electronic device does not receive a radio frequency signal from a second electronic device implanted in a body part of the animal, for a time period greater than a specific time threshold. - determining the existence of an alarm situation in an animal using a first electronic device implanted in the animal's body; - when the existence of an alarm situation is determined, performing the following steps using the first electronic device: - sending an alarm message to an alarm unit external to the animal through a wireless communication network; - obtaining the location of the first device; and - sending a message including said location through the wireless communication network; wherein the step of determining the existence of an alarm situation in the animal includes: - determining the existence of an alarm situation when the first electronic device does not receive a radio frequency signal from a second electronic device implanted in a body part of the animal, for a time period greater than a specific time threshold. - sending an alarm message to an alarm unit external to the animal through a wireless communication network; - obtaining the location of the first device; and - sending a message including said location through the wireless communication network; - determining the existence of an alarm situation when the first electronic device does not receive a radio frequency signal from a second electronic device implanted in a body part of the animal, for a time period greater than a specific time threshold.
A rotary tool in which a tip tool is mounted on a spindle by a fixture, wherein the spindle is rotated forward by a motor, and wherein the fixture is screwed to the spindle by rotating the fixture backward relative to the spindle, the rotary tool comprising: a switch; and a control device which controls a rotation and a stop of the motor corresponding to an operation of the switch, and characterised in that when the switch is turned on, the control device is configured to perform a start control to the motor such that a rotation speed of the motor is decreased to reach a set target rotation speed after the rotation speed of the motor is increased to be higher than the target rotation speed. a switch; and a control device which controls a rotation and a stop of the motor corresponding to an operation of the switch, and characterised in that when the switch is turned on, the control device is configured to perform a start control to the motor such that a rotation speed of the motor is decreased to reach a set target rotation speed after the rotation speed of the motor is increased to be higher than the target rotation speed.
A method for preparing macromolecular species with a modified surface, comprising a step (e) in which macromolecular species, having dimensions of at least 5 nm, initially carrying -OH and/or - SH functions, are brought into contact with: - a catalyst carrying at least one conjugated guanidine function; and - reactive species, comprising reactive groups including: (i) at least one group including an α,β-unsaturated carbonyl group C=C-C=O and/or an α,β-unsaturated thiocarbonyl group C=C-C=S; and/or (ii) at least one heterocyclic group comprising from 3 to 5 ring members selected from cyclic ethers, cyclic thioethers and aziridine rings; and/or (iii) at least one group selected from isocyanate -N=C=O or thioisocyanate -N=C=S groups, and trivalent groups of formula >C=CZ-, where Z is an electron withdrawing group. - a catalyst carrying at least one conjugated guanidine function; and - reactive species, comprising reactive groups including: (i) at least one group including an α,β-unsaturated carbonyl group C=C-C=O and/or an α,β-unsaturated thiocarbonyl group C=C-C=S; and/or (ii) at least one heterocyclic group comprising from 3 to 5 ring members selected from cyclic ethers, cyclic thioethers and aziridine rings; and/or (iii) at least one group selected from isocyanate -N=C=O or thioisocyanate -N=C=S groups, and trivalent groups of formula >C=CZ-, where Z is an electron withdrawing group. (i) at least one group including an α,β-unsaturated carbonyl group C=C-C=O and/or an α,β-unsaturated thiocarbonyl group C=C-C=S; and/or (ii) at least one heterocyclic group comprising from 3 to 5 ring members selected from cyclic ethers, cyclic thioethers and aziridine rings; and/or (iii) at least one group selected from isocyanate -N=C=O or thioisocyanate -N=C=S groups, and trivalent groups of formula >C=CZ-, where Z is an electron withdrawing group.
A method for managing mobility of a terminal performed at a first base station in a communication system, the method comprising; assigning a first internet protocol, IP, address to the terminal located in a first cell managed by the first base station and initiating a timer, and establishing a session to a data server that communicates with the terminal based on the first IP address; forwarding data received from the data server to the terminal; determining, by the first base station, whether information related to a second IP address assigned to the terminal by the second base station is received in a Binding Update message from the terminal to the first base station before the timer expires; if the information related to the second IP address is received before the timer expires, transmitting, by the first base station to the terminal, data received from the data server through the second base station based on the information related to the second IP address and resetting the timer; and if the information related to the second IP address is not received before the timer expires, querying, by the first base station, a location server for the second IP address of the terminal, wherein a value of the timer is determined based on quality of service, QoS, of the session, and wherein if a packet delay budget of the session is set less, the value of the timer is set greater.
Vertical heat exchanger having a heat exchange volume which is delimited at opposing ends by an upper pipe plate and a lower pipe plate of the heat exchanger, and a homogeneous pipe bundle, wherein the pipe bundle has a large number of heat exchanger pipes which are arranged in a regular manner with respect to each other and extends inside the heat exchange volume between the lower pipe plate and the upper pipe plate, wherein a first medium can further flow through the heat exchanger pipes and at least one second medium can be arranged in the remaining heat exchange volume, and wherein a heat exchange can be carried out between the first medium and the second medium, wherein compensation volumes are arranged in the pipe bundle, wherein the compensation volumes within the pipe bundle extend through the heat exchange volume, characterized in that the compensation volumes are regions inside the pipe bundle which are not occupied by a heat exchanger pipe and which can consequently be filled by the at least one second medium, and wherein at least one of the compensation volumes corresponds or at least substantially corresponds to the space of a heat exchanger pipe or a plurality of heat exchanger pipes which are arranged beside each other in the homogeneous pipe bundle.
A method of displacing a fluid in a well bore, comprising: providing a well bore having a first fluid disposed therein; and placing a second fluid into the well bore to at least partially displace the first fluid therefrom, wherein the second fluid comprises a spacer fluid comprising a vitrified shale and a base fluid. providing a well bore having a first fluid disposed therein; and placing a second fluid into the well bore to at least partially displace the first fluid therefrom, wherein the second fluid comprises a spacer fluid comprising a vitrified shale and a base fluid.
Integrated starter and on-board electrical system disconnection module connected to a starter battery and to an on-board electrical system with a converter, wherein the converter is connectable from one on-board electrical system side to a starter circuit including the starter battery via a starter control unit and an on-board electrical system disconnect, wherein the on-board electrical system can be decoupled from the starter circuit and the starter control unit and the on-board electrical system disconnect are integrated in the module, wherein the starter control unit comprises a starter switch for switching on a starter motor, wherein the starter motor is electrically coupled to the starter battery, so that the starter motor and the starter battery can be disconnected from the on-board electrical system during a starting operation, wherein the on-board electrical system disconnect comprises an on-board electrical system circuit breaker, and wherein the starter switch and/or the on-board electrical system circuit breaker is/are designed as MOSFET with intrinsic diode, characterised in that a first quasi-diode, which is closed in its basic state, is provided, wherein the first quasi-diode is open during a starting operation and voltage to the on-board electrical system is monitored, wherein a control unit connected to the first quasi-diode is provided, wherein the control unit switches through the first quasi-diode and aborts the starting operation if a predetermined voltage drop is undershot on the on-board electrical system side or the converter fails, wherein a dropping resistor connected in series with the starter switch is provided and wherein the dropping resistor is electrically connectable to the first quasi-diode from one starter circuit side.
An N-terminal fragment of Aβ linked to a carrier, the fragment beginning at residue 1-3 of Aβ and ending at residues 7-11 of Aβ, for use in preventing or treating a disease associated with amyloid deposits of Aβ in the brain of a patient.
A dental capsule comprising means for storing a dental powder component and a liquid components in separated condition having a hollow body with a first end and second end, wherein the powder component is contained in a compartment of the hollow body adjacent the first end of the hollow body and the liquid component is contained in a pouch adjacent the second end of the hollow body, the second end of the hollow body being provided with a chamber having an open outer end and a partially closed inner end, the chamber having mounted therein the pouch, a restraining cup being mounted in the open outer end of the chamber, the restraining cup having a closed outer end, and the compartment of the hollow body adjacent the first end thereof being provided with a manually removable cup, the pouch being retained in place by engagement between the inner end of the restraining cup and the inner end of the chamber, the restraining cup further containing an unrestrained member disposed between the outer end of the restraining cup and the pouch, the unrestrained member being arranged to move reciprocally within the restraining cup when the capsule is vibrated in a vibrating mixer, characterised in that the inner end of the restraining cup is an open inner end, the pouch comprises a pair of opposed layers defining a volume, the pouch further having edges which are sealed together, the edges being sandwiched between the open inner end of the restraining cup and the inner end of the chamber so as to retain the pouch in place, such that the unrestrained member impacts against the pouch and ruptures the pouch at the partially closed inner end of the chamber to enable the liquid component to admix with the powder component to form a dental paste simultaneously with vibration.
A method for detecting a bacteriolytic condition selected from the group consisting of physical stress, the presence of bacteriophages, the presence of bacteriolytic proteins and the presence of bacteriolytic chemical compounds in a test sample, said method comprising the step of contacting the test sample with a bacterial strain and a substrate which undergoes a detectable change when cleaved by a specific enzyme of said bacterial strain, wherein the bacterial strain is E. coli overexpressing uidA gene and comprising disrupted uidB and/or uidC genes and the substrate is glucuronide linked by a glycosidic bond to a colorimetric or fluorimetric moiety, and wherein detecting a change in the test sample due to the cleavage of the substrate by its specific bacterial enzyme indicates that a bacteriolytic condition exists in the test sample.
A clot retrieval device for removing occlusive clot from a blood vessel, the device comprising:- an inner elongate body having a collapsed delivery configuration and an expanded deployed configuration; an outer elongate body (285, 285, 286) at least partially overlying the inner elongate body; the outer elongate body being expandable to a radial extent which is greater than the radial extent of the inner body in the deployed configuration to define a clot reception space; the outer elongate body comprising a plurality of clot inlet openings (281, 282) and a plurality of clot engaging regions, and wherein the clot engaging regions are adapted, on engagement with clot, to urge clot towards the clot inlet openings and into the reception space between the outer elongate body and the inner elongate body, wherein the radial force profile of the device varies along the length of the device; wherein the outer body comprises a plurality of segments (284, 285, 286), wherein each segment comprises a proximal ring of closed cells having a first radial force to which are connected at least one floating cell or leaflet having a second radial force which is less than the first radial force; wherein the floating cell or leaflet comprises a distal apex which is not connected to an adjacent distal segment; and wherein the clot inlet openings of the segments of the outer body differ along the length of the device, wherein there is a gradient of the size of the clot inlet openings along the length of the device and wherein the gradient decreases from proximal to distal. an inner elongate body having a collapsed delivery configuration and an expanded deployed configuration; an outer elongate body (285, 285, 286) at least partially overlying the inner elongate body; the outer elongate body being expandable to a radial extent which is greater than the radial extent of the inner body in the deployed configuration to define a clot reception space; the outer elongate body comprising a plurality of clot inlet openings (281, 282) and a plurality of clot engaging regions, and wherein the clot engaging regions are adapted, on engagement with clot, to urge clot towards the clot inlet openings and into the reception space between the outer elongate body and the inner elongate body, wherein the radial force profile of the device varies along the length of the device; wherein the outer body comprises a plurality of segments (284, 285, 286), wherein each segment comprises a proximal ring of closed cells having a first radial force to which are connected at least one floating cell or leaflet having a second radial force which is less than the first radial force; wherein the floating cell or leaflet comprises a distal apex which is not connected to an adjacent distal segment; and wherein the clot inlet openings of the segments of the outer body differ along the length of the device, wherein there is a gradient of the size of the clot inlet openings along the length of the device and wherein the gradient decreases from proximal to distal.
A method for removing dissolved solids from a waste stream comprising: evaporating water from the waste stream in a first evaporator at a temperature of less than 60°C and at a pressure in the range of approximately 0.1 atm to approximately 0.2 atm to form a first vapor stream and concentrating the waste stream causing dissolved solids to precipitate therefrom to form a first slurry stream having crystallized solids; compressing at least a portion the first vapor stream; condensing at least a portion of the compressed first vapor stream; heating at least a portion of the first slurry stream with at least a portion of the compressed first vapor stream; removing at least a portion of remaining dissolved solids in the first slurry stream by evaporating water from the first slurry stream in a second evaporator at a temperature less than 60°C and at a pressure of approximately 0.015 atm to approximately 0.025 atm to form a second vapor stream and concentrating the first slurry stream causing dissolved solids to precipitate therefrom to form a second slurry stream having crystallized solids; condensing at least a portion of the second vapor stream; heating at least a portion of the second slurry stream with a refrigerant; and separating at least a portion of the crystallized solids from the second slurry stream and forming a mother liquor and solid cake. evaporating water from the waste stream in a first evaporator at a temperature of less than 60°C and at a pressure in the range of approximately 0.1 atm to approximately 0.2 atm to form a first vapor stream and concentrating the waste stream causing dissolved solids to precipitate therefrom to form a first slurry stream having crystallized solids; compressing at least a portion the first vapor stream; condensing at least a portion of the compressed first vapor stream; heating at least a portion of the first slurry stream with at least a portion of the compressed first vapor stream; removing at least a portion of remaining dissolved solids in the first slurry stream by evaporating water from the first slurry stream in a second evaporator at a temperature less than 60°C and at a pressure of approximately 0.015 atm to approximately 0.025 atm to form a second vapor stream and concentrating the first slurry stream causing dissolved solids to precipitate therefrom to form a second slurry stream having crystallized solids; condensing at least a portion of the second vapor stream; heating at least a portion of the second slurry stream with a refrigerant; and separating at least a portion of the crystallized solids from the second slurry stream and forming a mother liquor and solid cake.
Independent wheel suspension of a vehicle that is connected to a body of the vehicle, comprising a wheel bearing for rotatably receiving a wheel, spring-loaded control arms (6, 7) which for connecting in a spring-loaded manner the wheel bearing to the body of the vehicle run at least approximately in the vehicle transverse direction and are composed of fibre-reinforced plastics material; wherein, when viewed in the vertical direction, an upper spring-loaded control arm and a lower spring-loaded control arm are provided in the form of two mutually separate, approximately plate-shaped components, the deflection curves of said components that arise by way of a vertical lifting movement of the wheel bearing slightly differing from each other; and at least one clamping device on the body for clamping the upper or the lower spring-loaded control arm (6, 7), characterized in that the respective spring-loaded control arm (6, 7) is able to be clamped at different positions in the clamping device, and/or in that the clamping device is able to be fastened at different positions on the body, so as to vary the track of the vehicle.