mhurhangee/ep-ind-claims huggingface dataset:
A method for obtaining an object in general comprising the phases of: - Realization of a base structure of the object in polystyrene; - Distribution of a first polyurethane material onto at least a part of said base structure so as to create a rigid shell which confers predetermined structural features to the said base structure, said first polyurethane material being a compact rigid polyurethane material; - Characterized by the fact of comprising a phase of realization of a coating (A+B; 400A+400B) which coats at least in part said rigid shell, said phase of realization of the coating comprising a distribution onto said at least one part of rigid shell of a second type of polyurethane material or, alternatively, the realization of one or more preformed blocks (A1, A2) made of said second type of polyurethane material and joined to said base structure, said second type of polyurethane material being an expanded polyurethane material which forms an external layer overlapping said rigid shell, said external layer being realized with an increased thickness; - Subsequent machining by means of machine tools of said external layer of expanded polyurethane material so as to bring the object to the final size; - And wherein said phase of realization of the base structure comprises a machining of one or more blocks of polystyrene by means of machine tools according to a predetermined shape or, alternatively, a mould casting. - Realization of a base structure of the object in polystyrene; - Distribution of a first polyurethane material onto at least a part of said base structure so as to create a rigid shell which confers predetermined structural features to the said base structure, said first polyurethane material being a compact rigid polyurethane material; - Characterized by the fact of comprising a phase of realization of a coating (A+B; 400A+400B) which coats at least in part said rigid shell, said phase of realization of the coating comprising a distribution onto said at least one part of rigid shell of a second type of polyurethane material or, alternatively, the realization of one or more preformed blocks (A1, A2) made of said second type of polyurethane material and joined to said base structure, said second type of polyurethane material being an expanded polyurethane material which forms an external layer overlapping said rigid shell, said external layer being realized with an increased thickness; - Subsequent machining by means of machine tools of said external layer of expanded polyurethane material so as to bring the object to the final size; - And wherein said phase of realization of the base structure comprises a machining of one or more blocks of polystyrene by means of machine tools according to a predetermined shape or, alternatively, a mould casting.
Temperature sensor system, comprising - a first ceramic housing part which has a sleeve-shaped lower part with a first lower end having a first opening, and a second upper end having a second opening, and an upper part connected to the second upper end, and - a temperature probe element arranged at least in part in the lower part and comprising a ceramic sensor element housing, a sensor element arranged in the sensor element housing, and electrical feed lines, characterized in that - the sensor element housing is arranged at least in part in the first opening, and - the ceramic sensor element housing has a higher thermal conductivity than the first ceramic housing part. - a first ceramic housing part which has a sleeve-shaped lower part with a first lower end having a first opening, and a second upper end having a second opening, and an upper part connected to the second upper end, and - a temperature probe element arranged at least in part in the lower part and comprising a ceramic sensor element housing, a sensor element arranged in the sensor element housing, and electrical feed lines, - the sensor element housing is arranged at least in part in the first opening, and - the ceramic sensor element housing has a higher thermal conductivity than the first ceramic housing part.
A method for accessing a network by a network node, applied to a first network node having gained access to a preset network, the method comprising: receiving a probe message broadcast by a second network node seeking access to the preset network, wherein the probe message carries a second Internet Protocol, IP, address of the second network node; in response to that the probe message comprises a configuration mechanism identifier, unicasting, based on the second IP address, a reply message of the probe message to the second network node, wherein the reply message carries a first IP address of the first network node, wherein the first IP address is configured for establishing a network communication channel between the second network node and the first network node; and sending network configuration information to the second network node through the network communication channel, wherein the network configuration information is configured to allow the second network node to access the preset network, characterized in that the configuration mechanism identifier is configured to indicate that the second network node meets a network access condition, wherein the method further comprises: in response to that the probe message comprises no configuration mechanism identifier, sending no reply message to the second network node. receiving a probe message broadcast by a second network node seeking access to the preset network, wherein the probe message carries a second Internet Protocol, IP, address of the second network node; in response to that the probe message comprises a configuration mechanism identifier, unicasting, based on the second IP address, a reply message of the probe message to the second network node, wherein the reply message carries a first IP address of the first network node, wherein the first IP address is configured for establishing a network communication channel between the second network node and the first network node; and sending network configuration information to the second network node through the network communication channel, wherein the network configuration information is configured to allow the second network node to access the preset network, characterized in that the configuration mechanism identifier is configured to indicate that the second network node meets a network access condition, wherein the method further comprises: in response to that the probe message comprises no configuration mechanism identifier, sending no reply message to the second network node.
A tooth whitening and/or tooth sensitivity strip or film comprising: 1-20 wt. % hydroxyapatite; at least one or a combination of polyvinylpyrrolidone polymers wherein the amount of the PVP polymers is greater than 35 wt.% of the strip or film; at least one or a combination of polycarbophil(s), 1-5 wt. % of the strip or film; and phthalimido peroxy caproic acid with the concentration of: 0.01 wt.% to 5 wt.% of the strip or film; wherein the strip or film of has a thickness ranging from 50μm to 500μm. 1-20 wt. % hydroxyapatite; at least one or a combination of polyvinylpyrrolidone polymers wherein the amount of the PVP polymers is greater than 35 wt.% of the strip or film; at least one or a combination of polycarbophil(s), 1-5 wt. % of the strip or film; and phthalimido peroxy caproic acid with the concentration of: 0.01 wt.% to 5 wt.% of the strip or film; wherein the strip or film of has a thickness ranging from 50μm to 500μm.
Trailer hitch, comprising a bearing unit mountable, in particular by way of a mounting unit, on a rear end portion of a vehicle body, in fixed relation to the vehicle, said bearing unit having a bearing base and a ball neck carrier supported for movement on the bearing base, and further comprising a ball neck which at a first end is fixedly connected to the ball neck carrier and at a second end carries a hitch ball and which is movable, by the movement of the ball neck carrier relative to the bearing base, between two final positions, one of which is an operating position in which the ball neck extends substantially in a vertical longitudinal center plane of the trailer hitch which, particularly in the state of being mounted to the vehicle body, is coincident with a vertical vehicle longitudinal center plane of the vehicle body, and the other one of which is a rest position in which the ball neck extends transversely with respect to the vertical longitudinal center plane of the trailer hitch, wherein a sensor system comprises a first sensor which is arranged for co-pivotal movement with the ball neck carrier or the ball neck and comprises an evaluation unit connected to the first sensor, characterised in that the sensor system is provided for determining the position of the ball neck relative to the bearing base, the sensor system detecting the positions of the ball neck relative to the bearing base which is fixed to the vehicle and generating position information representative of the respective position of the ball neck, in that the evaluation unit, for determining the position of the ball neck, compares sensor signals from the first sensor with the reference values associated with the current position and thereby generates the position information for the ball neck and in that the sensor system comprises a second sensor fixedly connected to the bearing base and in that the evaluation unit is connected to the first sensor and the second sensor and detects the difference values between the first sensor and the second sensor and, for determining the position of the ball neck carrier, compares these with the stored reference values for the difference values associated with the current rotary position and thereby generates the position information for the ball neck.
A system for renal replacement therapy comprising a blood treatment unit arranged to be connected to a blood circuit for extracorporeal circulation of blood comprising an arterial line and a venous line, wherein the blood treatment unit comprises a blood compartment and a fluid compartment separated by a semipermeable membrane, the system further comprises: - a blood pump arranged to create a blood flow rate Q B in the arterial line; - a dialysis fluid circuit comprising a supply line arranged for supply of a dialysis fluid to the fluid compartment of the blood treatment unit, and a drain line arranged for withdrawal of used fluid from the fluid compartment of the blood treatment unit; - at least one fluid pump (20, 22, 29) arranged to create a fluid flow rate in the dialysis fluid circuit; - a control unit configured to control the system according to control instructions characterized in that the control instructions comprise to, during a treatment, determine a system parameter value and an indication of membrane fouling of the membrane based on a predetermined criterion for the system parameter value, and thereby activate an automatic anti-fouling measure comprising a temporary change of the flow rate in the blood circuit upstream the blood treatment unit and a temporary decrease of an ultrafiltration rate across the semipermeable membrane, wherein the temporary change of the flow rate in the blood circuit and the temporary decrease of the ultrafiltration rate are maintained simultaneously during at least one time period (Δt2). - a blood pump arranged to create a blood flow rate Q B in the arterial line; - a dialysis fluid circuit comprising a supply line arranged for supply of a dialysis fluid to the fluid compartment of the blood treatment unit, and a drain line arranged for withdrawal of used fluid from the fluid compartment of the blood treatment unit; - at least one fluid pump (20, 22, 29) arranged to create a fluid flow rate in the dialysis fluid circuit; - a control unit configured to control the system according to control instructions characterized in that the control instructions comprise to, during a treatment, determine a system parameter value and an indication of membrane fouling of the membrane based on a predetermined criterion for the system parameter value, and thereby activate an automatic anti-fouling measure comprising a temporary change of the flow rate in the blood circuit upstream the blood treatment unit and a temporary decrease of an ultrafiltration rate across the semipermeable membrane, wherein the temporary change of the flow rate in the blood circuit and the temporary decrease of the ultrafiltration rate are maintained simultaneously during at least one time period (Δt2).
A method for differentiating isobaric amino acids, comprising: growing amino acid sequences on a surface, wherein at least one of the amino acids within an amino acid sequence is an isobaric amino acid, and wherein, when the isobaric amino acid is added to a medium exposed to the sequences for addition thereto, the medium containing the isobaric amino acid further contains an entity, incorporatable in an amino acid sequence, that has a molecular weight different than the isobaric amino acid, wherein the amino acid sequences on the surface are formed from a plurality of amino acids that define amino acid sequences having the same length. growing amino acid sequences on a surface, wherein at least one of the amino acids within an amino acid sequence is an isobaric amino acid, and wherein, when the isobaric amino acid is added to a medium exposed to the sequences for addition thereto, the medium containing the isobaric amino acid further contains an entity, incorporatable in an amino acid sequence, that has a molecular weight different than the isobaric amino acid, wherein the amino acid sequences on the surface are formed from a plurality of amino acids that define amino acid sequences having the same length.
A method for performing policy and charging control, characterized in that multiple packet data network, PDN, connections to a single access point name, APN, are established, and the method comprises: in a roaming scenario, when relocation occurs on a bearer binding and event report function, BBERF, a destination BBERF sending a gateway control session establishment request message to a visited policy and charging rule function, PCRF, so as to make a request for establishing a gateway control session, wherein a packet data network connection identifier, PDN Connection ID, is carried in said gateway control session establishment request message; and said visited PCRF, according to said PDN Connection ID, associating the gateway control session with a subsession of a S9 session associated with a Gx session modified by an indication message of internet protocol connectivity access network, IP-CAN, session modification. in a roaming scenario, when relocation occurs on a bearer binding and event report function, BBERF, a destination BBERF sending a gateway control session establishment request message to a visited policy and charging rule function, PCRF, so as to make a request for establishing a gateway control session, wherein a packet data network connection identifier, PDN Connection ID, is carried in said gateway control session establishment request message; and said visited PCRF, according to said PDN Connection ID, associating the gateway control session with a subsession of a S9 session associated with a Gx session modified by an indication message of internet protocol connectivity access network, IP-CAN, session modification.
A method of wireless communication operable at a user equipment, UE, comprising: determining to alter a first multi-input multi-output, MIMO, configuration (502; 504; 506; 508) of a downlink transmission based on at least one of a speed of the UE or a detection that one or more antennas of the UE are blocked; transmitting, from the UE, a capability indication message configured to indicate a capability of requesting to alter a downlink MIMO configuration (502; 504; 506; 508), wherein the capability indication message comprises an information element, IE, carried on one of a radio resource control, RRC, protocol message or an enhanced uplink dedicated physical control channel, E-DPCCH, order; transmitting a request to alter the first MIMO configuration (502; 504; 506; 508) of a downlink transmission, wherein the request is transmitted based on the determination to alter the first MIMO configuration (502; 504; 506; 508); and receiving the downlink transmission based on a second MIMO configuration (502; 504; 506; 508) corresponding to the request. determining to alter a first multi-input multi-output, MIMO, configuration (502; 504; 506; 508) of a downlink transmission based on at least one of a speed of the UE or a detection that one or more antennas of the UE are blocked; transmitting, from the UE, a capability indication message configured to indicate a capability of requesting to alter a downlink MIMO configuration (502; 504; 506; 508), wherein the capability indication message comprises an information element, IE, carried on one of a radio resource control, RRC, protocol message or an enhanced uplink dedicated physical control channel, E-DPCCH, order; transmitting a request to alter the first MIMO configuration (502; 504; 506; 508) of a downlink transmission, wherein the request is transmitted based on the determination to alter the first MIMO configuration (502; 504; 506; 508); and receiving the downlink transmission based on a second MIMO configuration (502; 504; 506; 508) corresponding to the request.
A motor, designed as an external rotor motor, comprising an electronics housing, a mounting wall, a stator having a stator bushing and a stator laminated core having motor windings, a rotor and an annular air conveying element, connected in a torque-proof manner to the rotor, wherein the motor having the stator bushing is mounted to the mounting wall having a mounting opening such that the electronics housing is located on the one side of the mounting wall, and the stator as well as the rotor are located on the other side of the mounting wall, and wherein the electronics housing has housing cooling ribs at an outer wall, further comprising an annular air conveying element (22a, 22b), mountable to the mounting wall independently from the motor, wherein the air conveying element (22a, 22b) surrounds the stator bushing, and a flow space is being formed between the air conveying element (22a, 22b), the mounting wall and an outer circumference of the stator bushing, wherein the flow space is open on the side of the electronics housing by means of at least one flow gap in the direction of the mounting wall, and wherein the air conveying element opens into a rotor-side, circumferential through-flow opening of the air conveying element (22a, 22b) with a circumferential suction opening open in axial direction via a sealing gap, and further comprising at least one air conveying channel arranged at an outer circumference of the electronics housing, said channel being mounted to the mounting wall, wherein the air conveying channel extends from at least an axially extending channel opening in the mounting wall, located in the region of the flow gap, to an area to be cooled at the outer circumference of the electronic housing.
An extruder assembly for a three-dimensional printer comprising one nozzle, attached to a heating block, a temperature control element for controlling the temperature of the heating block, a mixer, and a plurality of feeding means for feeding a plurality of printing material filaments from filament storage means to the mixer and for retracting the printing material filaments from the mixer, characterized in that it further comprises a heat sink arranged between the heating block and the mixer.
Apparatus for producing a string of a pasty material like sausage meat or the like comprising at least an extrusion head which has at least one conveyor conduit for the pasty material to be shaped into a string, wherein the conveyor conduit has an inlet and an outlet, and which has a receiving chamber for a casing material to be applied to the string, wherein the receiving chamber has an entry for the casing material and an exit for applying the casing material to the string surface, characterised in that the receiving chamber has means adapted to impart to the casing material when flowing through the receiving chamber a substantially helical movement having at least a rotatory movement component and additionally an axial movement component about at least a longitudinal axis of the receiving chamber.
A method for a location server to determine location information about a wireless network access point, the method comprising: collecting data specifying a plurality of locations (711, 713, 715, 721, 723, 725) of one or more mobile stations at which wireless signals transmitted from a first wireless access point of a first wireless network of a first network type are received by said one or more mobile stations during determination of the plurality of locations, the one or more mobile stations receiving the wireless signals from the first wireless access point and also communicating wireless signals between said one or more mobile stations and at least a second wireless access point of a second wireless network of a second network type which is different than the first network type, wherein the communicated wireless signals are used for the location determination of said one or more mobile stations; and determining a location of the first wireless access point from a coverage area defined by the collected data wherein the location of the first wireless access point is determined from a weighted average of the plurality of locations (711, 713, 715, 721, 723, 725).. collecting data specifying a plurality of locations (711, 713, 715, 721, 723, 725) of one or more mobile stations at which wireless signals transmitted from a first wireless access point of a first wireless network of a first network type are received by said one or more mobile stations during determination of the plurality of locations, the one or more mobile stations receiving the wireless signals from the first wireless access point and also communicating wireless signals between said one or more mobile stations and at least a second wireless access point of a second wireless network of a second network type which is different than the first network type, wherein the communicated wireless signals are used for the location determination of said one or more mobile stations; and determining a location of the first wireless access point from a coverage area defined by the collected data wherein the location of the first wireless access point is determined from a weighted average of the plurality of locations (711, 713, 715, 721, 723, 725)..