mhurhangee/ep-ind-claims huggingface dataset:
A lubricating composition comprising: an oil of lubricating viscosity, a p-dodecylphenol-free detergent and 0.01 wt % to 5 wt % of an oxyalkylated hydrocarbyl phenol, wherein the oxyalkylated hydrocarbyl phenol is substituted with at least one aliphatic hydrocarbyl group of 40 to 96 carbon atoms, and wherein the oxyalkylated hydrocarbyl phenol is substantially free of aromatic hydrocarbyl groups, wherein the oxyalkylated hydrocarbyl phenol is represented by formula: wherein each R 2 is independently hydrogen or a hydrocarbyl group of 1 to 6 carbon atoms; R 3 is hydrogen, a hydrocarbyl group of 1 to 24 carbon atoms, or an acyl group represented by -C(=O)R 5, R 5 is a hydrocarbyl group of 1 to 24 carbon atoms; each R 4 is independently a hydrocarbyl group of 1 to 250 carbon atoms, wherein at least one R 4 contains 40 to 96 carbon atoms; n = 1 to 10; and m = 1 to 3. wherein each R 2 is independently hydrogen or a hydrocarbyl group of 1 to 6 carbon atoms; R 3 is hydrogen, a hydrocarbyl group of 1 to 24 carbon atoms, or an acyl group represented by -C(=O)R 5, R 5 is a hydrocarbyl group of 1 to 24 carbon atoms; each R 4 is independently a hydrocarbyl group of 1 to 250 carbon atoms, wherein at least one R 4 contains 40 to 96 carbon atoms; n = 1 to 10; and m = 1 to 3.
An arrangement of at least one sliding contact element on or at a current supply element by means of a plug connection, which can be detached by being pulled off and which comprises at least one elastic and electrically conductive fastening element, characterised in that the plug connection comprises at least one pin-shaped structure and at least one hollow structure fitting the pin-shaped structure, wherein the sliding contact element comprises the pin-shaped structure and the current supply element comprises the hollow structure or the sliding contact element comprises the hollow structure and the current supply element comprises the pin-shaped structure, wherein the pin-shaped structure, the hollow structure and the at least one elastic and electrically conductive fastening element are designed in such a manner that the elastic and electrically conductive fastening element can be placed between mutually fitting walls (8, 9) of the pin-shaped structure and the hollow structure during the plugging together of the plug connection, and that the at least one elastic and electrically conductive fastening element annularly surrounds the at least one pin-shaped structure at least to some extent.
A biocompatible and biodegradable polymer composition comprising a plurality of polymer particles that are positively buoyant in cerebrospinal fluid for use in the treatment of neurological disorders, wherein the composition is administered intrathecally, wherein the polymer particle comprises a buoyancy agent and a therapeutic agent embedded within the wall of the particle, encapsulated in the particle and/or attached to the particle, wherein said therapeutic agent is a neuroprotective agent, or is selected from L-dopa, dopamine, carbidopa, choline, acetyl choline, cholinergic neuronotropic agents, gangliosides, nerve growth enhancing agents, living cells, enzymes, antipsychotropic agents, antidepressants, excitatory amino acid antagonist or agonist, antiepileptic medications and combinations thereof, antioxidants, nonsteroidal anti-inflammatory drugs (NSAIDs), steroidal anti-inflammatory agents, calcium channel blockers, N-methyl-D-aspartate (NMDA) antagonists, inosine, citicholine, superoxide dismutase, dextrorphan, aspirin, and tetramethylpyrazine, or is a cancer agent selected from vinca alkaloids and other plant products, cytostatic drugs, cytotoxic drugs, hormones, alkylating agents, immunomodulators, hematological agents, radiopharmaceuticals, antibodies, antiandrogens, and epidermals.
Use of a press tool for pressing a fitting having a cylindrical part and protruding therefrom a press lug perpendicular to an axial direction of said fitting, wherein said press tool is provided with two tool halves (14, 15, 18) being closable by a movement towards each other for said pressing and being openable by a movement away from each other, wherein said press fitting comprises a fitting part as an indicator for said pressing of said press lug, which is removed from said press fitting during said pressing, wherein said two tool halves (14, 15, 18) comprise, in respective outer walls of said tool halves (14, 15, 18) which are lateral with respect to said axial direction, in a closed state of said tool halves (14, 15, 18) with respect to said outer wall, an ejection opening for ejecting said indicator removed from said press fitting during said pressing, wherein said indicator is received between said tool halves (14, 15, 18) of said press tool and ejected after said pressing.
An acoustic device that is adapted to be worn on the body of a user, comprising: a first acoustic transducer and a second acoustic transducer, where the first transducer is closer to the location of a first ear of the user than is the second transducer, and the first transducer and the second transducer are designed to be located on a first side of a head of the user; a third acoustic transducer and a fourth acoustic transducer, where the third transducer is closer to the location of a second ear of the user than is the fourth transducer, and the third transducer and the fourth transducer are designed to be located on a second side of the head of the user; a controller that is adapted to independently control the phase and frequency response of the first, second, third and fourth transducers, characterized in that: the controller is further configured to provide different selectable modes, each of the modes providing a different set of trade-offs between maximum SPL and far-field cancellation; the first acoustic transducer is adapted to radiate sound along a first sound axis and the second acoustic transducer is adapted to radiate sound along a second sound axis, where the first sound axis is pointed toward the location of the first ear and the second sound axis is pointed away from the location of the first ear. a first acoustic transducer and a second acoustic transducer, where the first transducer is closer to the location of a first ear of the user than is the second transducer, and the first transducer and the second transducer are designed to be located on a first side of a head of the user; a third acoustic transducer and a fourth acoustic transducer, where the third transducer is closer to the location of a second ear of the user than is the fourth transducer, and the third transducer and the fourth transducer are designed to be located on a second side of the head of the user; a controller that is adapted to independently control the phase and frequency response of the first, second, third and fourth transducers, characterized in that: the controller is further configured to provide different selectable modes, each of the modes providing a different set of trade-offs between maximum SPL and far-field cancellation; the first acoustic transducer is adapted to radiate sound along a first sound axis and the second acoustic transducer is adapted to radiate sound along a second sound axis, where the first sound axis is pointed toward the location of the first ear and the second sound axis is pointed away from the location of the first ear.
A medical device having a surface with an activating layer of crosslinked silane derivatives bound to the surface, the surface-activating layer being a siloxane polymer having sulfhydryl and epoxide terminal groups on the siloxane which have participated in a reaction leading to a layer of one or more lactone polymers being covalently bonded to the polymerized silane derivative.
Motorized assistance device for a cycle, comprising at least one carriage capable of being moved in a channel between a start position and an end position, said assistance device comprising a device for driving the movement of said at least one carriage in said channel, said device comprising a connection apparatus capable of being arranged between the carriage and said cycle, the connection apparatus comprising elements (50; 53) articulated to one another and being movably mounted between: - an active position in which said articulated elements (50, 53) of said connection apparatus are in a deployed position and in which said apparatus is in contact with a connection member capable of being fixed to said cycle, and - an inactive position in which the articulated elements (50, 53) of said connection apparatus are folded against one another and in which said apparatus is retractable so as to be inserted into said channel, and conversely, in that said carriage comprises said movement drive device, and in that said movement drive device comprises a drive wheel, the axis of rotation of which is fixed to said carriage and which is rotated by a motor connected to a power supply source. said device comprising a connection apparatus capable of being arranged between the carriage and said cycle, the connection apparatus comprising elements (50; 53) articulated to one another and being movably mounted between: - an active position in which said articulated elements (50, 53) of said connection apparatus are in a deployed position and in which said apparatus is in contact with a connection member capable of being fixed to said cycle, and - an inactive position in which the articulated elements (50, 53) of said connection apparatus are folded against one another and in which said apparatus is retractable so as to be inserted into said channel, and - an active position in which said articulated elements (50, 53) of said connection apparatus are in a deployed position and in which said apparatus is in contact with a connection member capable of being fixed to said cycle, and - an inactive position in which the articulated elements (50, 53) of said connection apparatus are folded against one another and in which said apparatus is retractable so as to be inserted into said channel, and conversely, in that said carriage comprises said movement drive device, and in that said movement drive device comprises a drive wheel, the axis of rotation of which is fixed to said carriage and which is rotated by a motor connected to a power supply source.
A method of manufacturing a flame retardant, wherein a particulate polymer having a moisture content of 3.5 wt% or less is sulfonated, and thereby at least one of a sulfonate group and a sulfonate base is bonded to a surface layer section, wherein sulfonation is performed so that a ratio of a thickness of the surface layer section becomes 10% or less to a particle diameter of the polymer.
A ladder comprising two side members and steps arranged between said two side members, said two side members each comprises a front surface, which faces a user when climbing the ladder, and at least one of said steps comprises a stepping portion and a leg supporting portion, wherein said leg supporting portion is at least partly overlapping one of said front surfaces of at least one of said side members with an overlapping portion, said ladder further comprises - at least one spacer arranged between said overlapping portion of said leg supporting portion and said front surface in order to create a space between said front surface and said overlapping portion, wherein said ladder further comprises - a side step protection comprising a leg support covering portion and at least one holding portion, wherein said leg support covering portion being at least partly arranged around said overlapping portion of said leg supporting portion and said at least one holding portion being arranged in said space, wherein the overlapping portion comprises an upper horizontal edge oriented in the longitudinal direction of the step, a lower horizontal edge oriented in the longitudinal direction of the step, and a side edge connecting said upper and lower horizontal edges, characterized in that said two side members are a side member pair and said ladder further comprises a second side member pair, said first and second side member pairs (20, 21) are articulated arranged to each other, and wherein the side step protection surrounds said edges in order to prevent a user from hurting himself on the edges. said two side members each comprises a front surface, which faces a user when climbing the ladder, and at least one of said steps comprises a stepping portion and a leg supporting portion, wherein said leg supporting portion is at least partly overlapping one of said front surfaces of at least one of said side members with an overlapping portion, - at least one spacer arranged between said overlapping portion of said leg supporting portion and said front surface in order to create a space between said front surface and said overlapping portion, - a side step protection comprising a leg support covering portion and at least one holding portion, wherein said leg support covering portion being at least partly arranged around said overlapping portion of said leg supporting portion and said at least one holding portion being arranged in said space,
A refrigerant composition consisting of R227ea 3-6% R134a 42.5-65% R125 15-31% R32 10-35% together with an optional hydrocarbon component; wherein the amounts are by weight and are selected to total 100%.
A hydraulic control system in which hydraulic oil discharged from a variable displacement hydraulic pump is controlled and supplied to a hydraulic actuator (5,6) by a closed center control valve activated based on operation input from an operation device thereby controlling activation of the hydraulic actuator, the hydraulic control system comprising: pump displacement detecting means for detecting a displacement of the hydraulic pump; and pump output pressure detecting means for detecting an output pressure of the hydraulic pump, the hydraulic being configured such that, with a pump displacement detected by the pump displacement detecting means and a pump output pressure detected by the pump output pressure detecting means being used as feedback input and a characteristic value determined by the operation input and the feedback input being used as a target value of a control loop, variable displacement control is performed by a controller provided with a horsepower control loop, a pressure control loop, a flow rate control loop, and a minimum pressure holding loop that feed back a calculated value based on the feedback input or the feedback input itself, and the controller being provided with a selector unit that selects any of the plurality of loops in correspondence with the operation input and the feedback input so that any loop out of a plurality of the loops is selected by the selector unit and variable displacement control of the hydraulic pump is performed based on a control value from the selected loop. pump displacement detecting means for detecting a displacement of the hydraulic pump; and pump output pressure detecting means for detecting an output pressure of the hydraulic pump, the hydraulic being configured such that, with a pump displacement detected by the pump displacement detecting means and a pump output pressure detected by the pump output pressure detecting means being used as feedback input and a characteristic value determined by the operation input and the feedback input being used as a target value of a control loop, variable displacement control is performed by a controller provided with a horsepower control loop, a pressure control loop, a flow rate control loop, and a minimum pressure holding loop that feed back a calculated value based on the feedback input or the feedback input itself, and the controller being provided with a selector unit that selects any of the plurality of loops in correspondence with the operation input and the feedback input so that any loop out of a plurality of the loops is selected by the selector unit and variable displacement control of the hydraulic pump is performed based on a control value from the selected loop.
A handover method, comprising: when a remote user equipment, UE, communicates with a network side by using a relay UE, determining, by a source evolved NodeB, eNB, serving both the remote UE and the relay UE, based on a measurement report of the relay UE, to hand over the relay UE to a target eNB; when a source MME of the remote UE is different from a source MME of the relay UE, sending, by the source eNB, a second handover required message to the source MME of the remote UE, wherein the second handover request message comprises identifier information of the relay UE, and the second handover required message is used to instruct to hand over the remote UE to the target eNB and associate the remote UE with the relay UE; and sending, by the source eNB, a third handover required message to the source MME of the relay UE, where the third handover request includes the identifier information of the relay UE, and the third handover required message is used to instruct to hand over the relay UE to the target eNB. when a remote user equipment, UE, communicates with a network side by using a relay UE, determining, by a source evolved NodeB, eNB, serving both the remote UE and the relay UE, based on a measurement report of the relay UE, to hand over the relay UE to a target eNB; when a source MME of the remote UE is different from a source MME of the relay UE, sending, by the source eNB, a second handover required message to the source MME of the remote UE, wherein the second handover request message comprises identifier information of the relay UE, and the second handover required message is used to instruct to hand over the remote UE to the target eNB and associate the remote UE with the relay UE; and sending, by the source eNB, a third handover required message to the source MME of the relay UE, where the third handover request includes the identifier information of the relay UE, and the third handover required message is used to instruct to hand over the relay UE to the target eNB.
Method of providing access to an IP multimedia subsystem for a subscriber communicating in an access communication network and requesting access to said IP multimedia subsystem through a home interface entity (HGGSN) located in the home communication network of said subscriber, said IP multimedia subsystem for offering multimedia services in a pocket switched based domain located in said home communication network and comprising serving means for home subscribers storing profile data of said subscriber and home network data (MCC,MNC) identifying said home communication network and call state control functionality means (CSCF) controlling service calls within said IP multimedia subsystem, the method comprising the steps of: - providing said home interface entity (HGGSN) with access network data (MCC',MNC') identifying said access communication network, - sending a message comprising said access network data (MCC',MNC') from said home interface entity (HGGSN) to said serving means, - comparing said home network data (MCC,MNC) and said access network data (MCC',MNC'), - checking if said subscriber is allowed to roam based on a set of predefined criteria when the result of said comparing step is false, - sending a message comprising said access network data (MCC',MNC') to at least one of said call state control functionality means (CSCF) when the result of said checking step is,true. - providing said home interface entity (HGGSN) with access network data (MCC',MNC') identifying said access communication network, - sending a message comprising said access network data (MCC',MNC') from said home interface entity (HGGSN) to said serving means, - comparing said home network data (MCC,MNC) and said access network data (MCC',MNC'), - checking if said subscriber is allowed to roam based on a set of predefined criteria when the result of said comparing step is false, - sending a message comprising said access network data (MCC',MNC') to at least one of said call state control functionality means (CSCF) when the result of said checking step is,true.
A process for the preparation of a silylated polymer comprising (a) continuously reacting a prepolymer with a silylating agent, by a silylation reaction, to produce a silylated polymer composition comprising a fully silylated polymer in which the terminal reactive functional groups are silylated and a partially silylated polymer in which at least one of the terminal reactive functional groups is not silylated; and (b) continuously backmixing at least a first portion of the silylated polymer composition of step (a) to adjust at least one upstream process parameter. (a) continuously reacting a prepolymer with a silylating agent, by a silylation reaction, to produce a silylated polymer composition comprising a fully silylated polymer in which the terminal reactive functional groups are silylated and a partially silylated polymer in which at least one of the terminal reactive functional groups is not silylated; and (b) continuously backmixing at least a first portion of the silylated polymer composition of step (a) to adjust at least one upstream process parameter.
Joining process for connecting at least two metal and/or ceramic flat components, in which a glass ceramic filler material is used to form the connection for the firmly bonded connection, characterised in that - in the case of an already existing joining connection a laser beam is directed onto the glass ceramic filler material also existing, - the glass ceramic filler material is at least partly fused through the energy input of the laser and - on cooling the fused glass ceramic filler material forms a firmly bonded, gastight connection between the components to be joined, - in which the energy input of the laser at the location of the glass ceramic filler material is adjusted through focussing or defocussing the laser, in which the focussing or defocussing of the laser is adjusted through a relative movement of the laser to the glass ceramic filler material or through an optical device and in which a glass ceramic filler material is also applied to the joining connection as a joining material. - in the case of an already existing joining connection a laser beam is directed onto the glass ceramic filler material also existing, - the glass ceramic filler material is at least partly fused through the energy input of the laser and - on cooling the fused glass ceramic filler material forms a firmly bonded, gastight connection between the components to be joined, - in which the energy input of the laser at the location of the glass ceramic filler material is adjusted through focussing or defocussing the laser, in which the focussing or defocussing of the laser is adjusted through a relative movement of the laser to the glass ceramic filler material or through an optical device and in which a glass ceramic filler material is also applied to the joining connection as a joining material.