mhurhangee/ep-ind-claims huggingface dataset:
Method of manufacturing a reinforcement material, in particular a tire cord or a tire cord fabric, said reinforcement material comprising a latex-, rubber- or resin-matrix and a body containing aramid at least at its surface, the body being in particular a textile fiber, cord and/or paper, the body being connected to the matrix via hydrophilic, in particular carboxylic groups at said surface, the method comprising the steps of - providing the matrix material, - providing the aramid containing body, - performing a treatment of the surface of the aramid containing body, - contacting the body having the treated surface with the matrix material to form their connection, characterized in that the treatment comprises - providing electrical energy by applying a voltage, - using at least part of the provided electrical energy to modify said surface for creation of hydrophilic groups and/or increase of the density of the hydrophilic groups by energy transfer to the aramid containing body, wherein said energy transfer comprises - exciting chemical actuators in an electrochemical reaction caused by the applied voltage into a second state of higher energy with respect to a first state of lower energy, - providing contact of the excited actuators with the surface of the aramid containing body. - providing the matrix material, - providing the aramid containing body, - performing a treatment of the surface of the aramid containing body, - contacting the body having the treated surface with the matrix material to form their connection, - providing electrical energy by applying a voltage, - using at least part of the provided electrical energy to modify said surface for creation of hydrophilic groups and/or increase of the density of the hydrophilic groups by energy transfer to the aramid containing body, - exciting chemical actuators in an electrochemical reaction caused by the applied voltage into a second state of higher energy with respect to a first state of lower energy, - providing contact of the excited actuators with the surface of the aramid containing body.
A process of purifying G-CSF (Granulocyte Colony Stimulating Factor) in a purification sequence employing chromatography characterized in that - at least one chromatography is performed using a multimodal resin containing a negatively charged 2-(benzoylamino) butanoic acid ligand - G-CSF binds to the multimodal resin at a pH between 4 to 6.2, and - the G-CSF is eluting at a pH > 6.3 and wherein the elution is performed with an elution agent comprising arginine at a concentration in the range of from 0.1 M to 2.0 M, - optionally in combination with an affinity ligand chromatography step employing a yeast derived F ab fragment directed towards the G-CSF. - at least one chromatography is performed using a multimodal resin containing a negatively charged 2-(benzoylamino) butanoic acid ligand - G-CSF binds to the multimodal resin at a pH between 4 to 6.2, and - the G-CSF is eluting at a pH > 6.3 and wherein the elution is performed with an elution agent comprising arginine at a concentration in the range of from 0.1 M to 2.0 M, - optionally in combination with an affinity ligand chromatography step employing a yeast derived F ab fragment directed towards the G-CSF.
A sluice gate that is provided passing over a sluice for water flow or ships, said sluice gate comprising: a torsion structure that comprises a closed cross-section formed by a thin wall provided in a direction crossing over the sluice, and that is constructed so as to rotate in the closed cross-section around a restriction point of the closed cross-section, wherein a torsion moment composed of an applied load and a reaction force at the restriction point is transmitted to a terminal of the structure due to a torsion rigidity; a rail provided in a direction crossing over the sluice; and multiple axle type supports that work as the restriction point and move along the rail; wherein the axle type supports are multiple rollers, characterized in that the cross-sectional form of the head region of the rail is a convex circular arc, the rotational plane of each of the multiple rollers including the center of the contact surface is parallel to the cross-section including the roller center line and the rail head center, and the cross-sectional form of a tread surface of the roller is a concave circular arc whose radius corresponds to the radius of the convex circular arc of the head region of the rail, wherein free twisting of the torsion structure is possible without any additional bending deformation. a torsion structure that comprises a closed cross-section formed by a thin wall provided in a direction crossing over the sluice, and that is constructed so as to rotate in the closed cross-section around a restriction point of the closed cross-section, wherein a torsion moment composed of an applied load and a reaction force at the restriction point is transmitted to a terminal of the structure due to a torsion rigidity; a rail provided in a direction crossing over the sluice; and multiple axle type supports that work as the restriction point and move along the rail; wherein the axle type supports are multiple rollers, characterized in that the cross-sectional form of the head region of the rail is a convex circular arc, the rotational plane of each of the multiple rollers including the center of the contact surface is parallel to the cross-section including the roller center line and the rail head center, and the cross-sectional form of a tread surface of the roller is a concave circular arc whose radius corresponds to the radius of the convex circular arc of the head region of the rail, wherein free twisting of the torsion structure is possible without any additional bending deformation.
A method of manufacturing a steel sheet for cans, the method comprising providing a slab by continuous casting of a steel having a component composition of, in mass%, C: 0.005% or less, Mn: 0.05 to 0.5%, Al: 0.01 to 0.10%, N: 0.0010 to 0.0070%, Si: 0.020% or less, P: 0.020% or less, S: 0.013% or less, B: 0.15xN to 0.75xN (0.15 to 0.75 in terms of B/N), and one or both of Nb: 4xC to 20xC (4 to 20 in terms of Nb/C) and Ti: 2xC to 10xC (2 to 10 in terms of Ti/C), and the balance of Fe and inevitable impurity elements; rough rolling the slab; finish rolling the rough-rolled slab wherein 5% or more and less than 50% of the total amount of rolling reduction in the finish rolling is hot-rolled at a temperature lower than the Ar 3 transformation point; winding the hot-rolled steel sheet at a winding temperature of 640 to 750°C; pickling the coiled steel sheet; cold rolling the pickled steel sheet at a rolling reduction rate of 88 to 96%; and annealing the cold-rolled steel sheet in a temperature range of higher than 400°C to a temperature that is 20°C lower than the recrystallization temperature.
A system for measuring a parameter of a device comprising: a sensor (72, 74) for measuring the device parameter and generating a data signal representing the measured parameter; a memory in a microprocessor for storing the generated data signal representing the measured parameter; the microprocessor coupled to the senor (72, 74) for activating the sensor (72, 74) on a first periodic basis to measure the device parameter, the microprocessor being adapted to compare the measured parameter with one or more parameter thresholds and generating an alarm signal if the measured parameter is outside of the one or more parameter thresholds; and a transmitter coupled to the microprocessor for transmitting the alarm signal on a second periodic basis to a remote reader/transceiver, RT, without external activation, wherein the microprocessor partially awakens, takes, on the first periodic basis, sensor measurements, stores the sensor measurements, checks for alarm conditions, and returns to a deep sleep mode, all without any external activation. a sensor (72, 74) for measuring the device parameter and generating a data signal representing the measured parameter; a memory in a microprocessor for storing the generated data signal representing the measured parameter; the microprocessor coupled to the senor (72, 74) for activating the sensor (72, 74) on a first periodic basis to measure the device parameter, the microprocessor being adapted to compare the measured parameter with one or more parameter thresholds and generating an alarm signal if the measured parameter is outside of the one or more parameter thresholds; and a transmitter coupled to the microprocessor for transmitting the alarm signal on a second periodic basis to a remote reader/transceiver, RT, without external activation, wherein the microprocessor partially awakens, takes, on the first periodic basis, sensor measurements, stores the sensor measurements, checks for alarm conditions, and returns to a deep sleep mode, all without any external activation.
Method of the production of an elastomeric manufactured article functionalized electrically, chemically or with respect to the characteristics of interaction with biological systems, comprising a deposit of at least one functional material selected from a metal, an oxide or another metal compound, which comprises the operation of forming said deposit by implantation of neutral clusters of nanometric dimensions of said functional material in a surface layer of an elastomeric material, wherein said operation of implantation takes place by a technique of Cluster Beam Deposition
Housing for the transportation of a cargo comprising: (a) walls defining a closed inner space suitable for storing a cargo, (b) an opening provided in one of the walls and giving access to the closed inner space from an outer atmosphere, and further comprises a rigid door comprising one or more rigid panels which are movable to seal or unseal said opening; a flexible fast door comprising a motorized driving mechanism suitable for moving a leading edge of a flexible shutter in a first direction to close the flexible shutter and thus seal said opening, and in a second, opposite direction to open the flexible shutter and thus unseal said opening, when said opening is unsealed by the rigid door, wherein the flexible shutter comprises two lateral edges engaged in parallel guiding rails fixed to two parallel and opposite edges of the opening, characterised in that the rigid panel and/or the parallel edge of the opening is provided with a groove (1G, 3G) to accommodate the guiding rails, wherein when the flexible shutter seals the opening, the flexible shutter occupies space that is occupied by the rigid panel when the rigid panel seals the opening, wherein the guiding rail does not protrude further towards the inner of the closed inner space than the rigid panel does when the rigid panel seals the opening, and wherein the rigid panel is provided with the groove such that the guiding rail is nested when the rigid panel seals the opening. (a) walls defining a closed inner space suitable for storing a cargo, (b) an opening provided in one of the walls and giving access to the closed inner space from an outer atmosphere, and further comprises a rigid door comprising one or more rigid panels which are movable to seal or unseal said opening;
A fieldbus network, comprising - at least one device (2, 5, 7, 8, 9, 11, 12), - a connection apparatus, which is designed to transfer data from the fieldbus network to a cloud, wherein a derived class is installed on at least one of the devices (2, 5, 7, 8, 9, 11, 12), said class being derived from a predefined head class, wherein head attributes are defined by the predefined head class and additional attributes are defined in a device-specific manner by the derived class, wherein the at least one of the devices (2, 5, 7, 8, 9, 11, 12) is designed to generate a data object for data transmission to the cloud on the basis of the derived class, characterized in that the connection apparatus is designed to receive the data object from the respective device (2, 5, 7, 8, 9, 11, 12), to convert at least some of the data contained in the data object to a format of an interface of the cloud and to write the data to the cloud, and in that, after detecting an old device, the connection apparatus is designed to execute a request in the cloud for a data mapping rule that suits the old device and, if such a data mapping rule for the old device is available in the cloud, to download the data mapping rule to suit the old device from the cloud. - at least one device (2, 5, 7, 8, 9, 11, 12), - a connection apparatus, which is designed to transfer data from the fieldbus network to a cloud, wherein a derived class is installed on at least one of the devices (2, 5, 7, 8, 9, 11, 12), said class being derived from a predefined head class, wherein head attributes are defined by the predefined head class and additional attributes are defined in a device-specific manner by the derived class, wherein the at least one of the devices (2, 5, 7, 8, 9, 11, 12) is designed to generate a data object for data transmission to the cloud on the basis of the derived class, the connection apparatus is designed to receive the data object from the respective device (2, 5, 7, 8, 9, 11, 12), to convert at least some of the data contained in the data object to a format of an interface of the cloud and to write the data to the cloud, and in that, after detecting an old device, the connection apparatus is designed to execute a request in the cloud for a data mapping rule that suits the old device and, if such a data mapping rule for the old device is available in the cloud, to download the data mapping rule to suit the old device from the cloud.
A peptide-oligourea chimeric compound comprising: an alpha-peptide portion including at least two consecutive α-amino acid residues, coupled to an oligourea portion including three or more consecutive residues that result in N-N' linked urea, thiourea, or guanidine bridging units, the residues selected from the group consisting of substituted or unsubstituted N -2-aminoethylcarbamoyl, substituted and unsubstituted N-(2-aminoethyl)carbamothioyl, substituted and unsubstituted N-(2-aminoethyl)formamidinyl, substituted and unsubstituted 2-aminoethanoxycarbonyl, and a combination thereof. an alpha-peptide portion including at least two consecutive α-amino acid residues, coupled to an oligourea portion including three or more consecutive residues that result in N-N' linked urea, thiourea, or guanidine bridging units, the residues selected from the group consisting of substituted or unsubstituted N -2-aminoethylcarbamoyl, substituted and unsubstituted N-(2-aminoethyl)carbamothioyl, substituted and unsubstituted N-(2-aminoethyl)formamidinyl, substituted and unsubstituted 2-aminoethanoxycarbonyl, and a combination thereof.
An apparatus for condensing steam having at least two compartments wherein the first compartment is operated as co-current flow condensing compartment and the second compartment is operated as counter-current flow condensing compartment with the co-current flow condensing compartment including a cooling liquid dispenser system and a plurality of film carriers, the cooling liquid dispenser system comprising a plurality of feeding pipes arranged above the film carriers, wherein two conduits (114-1, 114 - 2) are provided to provide cooling liquid to the dispenser system, characterized in that the film carriers provide flat surfaces to carry films of cooling liquid, in that the two conduits (114-1, 114-2) direct cooling liquid into the feeding pipes from opposite directions, and in that the two conduits (114-1, 114-2) alternatingly feed every second feeding pipe.
Low passive intermodulation RF switch comprising: a first center conductor connected to at least one first stationary pad (151, 161), a second center conductor connected to at least one second stationary pad (152, 162), at least a first movable pad and at least a second movable pad, the at least one first movable pad and the at least one second movable pad being electrically and mechanically connected together by a first movable pad bridge which is further connected mechanically to a drive means moving about a center axis, wherein in a first coupling state, the at least one first stationary pad (151, 161) is in close proximity to the at least one first movable pad and the at least one second stationary pad (152, 162) is in close proximity to the at least one second movable pad, thereby achieving a capacitive coupling between the at least one first stationary pad and the at least one first movable pad, as well as between the at least one second stationary pad and the at least one second movable pad, thus generating an RF signal connection between the first center conductor and the second center conductor via the stationary and movable pads, characterized in, that the pads are coated with a non-contacting paint, which may be an epoxy material or the pads have an anodized isolating layer or there is any plastic material, like a sheet of PTFE in-between the pads, to avoid a galvanic contact between the movable and stationary pads, and the first movable pad bridge is narrower than the at least one first movable pad and the least one second movable pad. a first center conductor connected to at least one first stationary pad (151, 161), a second center conductor connected to at least one second stationary pad (152, 162), at least a first movable pad and at least a second movable pad, the at least one first movable pad and the at least one second movable pad being electrically and mechanically connected together by a first movable pad bridge which is further connected mechanically to a drive means moving about a center axis, wherein in a first coupling state, the at least one first stationary pad (151, 161) is in close proximity to the at least one first movable pad and the at least one second stationary pad (152, 162) is in close proximity to the at least one second movable pad, thereby achieving a capacitive coupling between the at least one first stationary pad and the at least one first movable pad, as well as between the at least one second stationary pad and the at least one second movable pad, thus generating an RF signal connection between the first center conductor and the second center conductor via the stationary and movable pads, characterized in, that the pads are coated with a non-contacting paint, which may be an epoxy material or the pads have an anodized isolating layer or there is any plastic material, like a sheet of PTFE in-between the pads, to avoid a galvanic contact between the movable and stationary pads, and the first movable pad bridge is narrower than the at least one first movable pad and the least one second movable pad.
A steerable carriage for moving a wheeled object, comprising at least one engagement device configured to engage with and elevate a wheel of the wheeled object off the ground such that the wheeled object can be moved upon displacement of the carriage by transmitting a propulsion force from the carriage to the wheeled object via the at least one engagement device, wherein the at least one engagement device is provided on a chassis of the carriage and comprises: - a support device, - an actuating device which is movable with respect to the support device such as to cause the wheel to roll forward onto the support device and be held by the support device and the actuating device, and characterised in that the support device comprises: - a stopping member movable between a folded position and a stopping position in which it is configured to stop forward motion of the wheel, and - an activation member located between the stopping member and the actuating device, which activation member is configured to cause the stopping member to move from the folded position to the stopping position when the wheel is rolled onto the support device, wherein the activation member and the stopping member are mechanically linked so as to transfer a force applied by the wheel on the activation member to the stopping member, the stopping member is pivotably supported on the chassis and wherein the support device comprises at least one lever which is pivotably supported on the chassis between the activation member and the stopping member, and which is adapted to transfer the force applied on the activation member to the stopping member. - a support device, - an actuating device which is movable with respect to the support device such as to cause the wheel to roll forward onto the support device and be held by the support device and the actuating device, and - a stopping member movable between a folded position and a stopping position in which it is configured to stop forward motion of the wheel, and - an activation member located between the stopping member and the actuating device, which activation member is configured to cause the stopping member to move from the folded position to the stopping position when the wheel is rolled onto the support device,
A method for a wireless device operable to place a voice call, the method comprising: connecting with a first wireless network, wherein the first network is one of a GSM network, a GPRS network, a CDMA network, an EDGE, and a UMTS network; displaying a first indicator (505, 605) associated with the first network; connecting with a second wireless network while connected to the first wireless network, wherein the second network is a wireless Local Area Network, WLAN; displaying a second indicator associated with the second network; selecting one of the first network and the second network to place a voice call; and placing the voice call using the selected network, thereby placing a voice over IP, VoIP, call if the selected network is the WLAN. connecting with a first wireless network, wherein the first network is one of a GSM network, a GPRS network, a CDMA network, an EDGE, and a UMTS network; displaying a first indicator (505, 605) associated with the first network; connecting with a second wireless network while connected to the first wireless network, wherein the second network is a wireless Local Area Network, WLAN; displaying a second indicator associated with the second network; selecting one of the first network and the second network to place a voice call; and placing the voice call using the selected network, thereby placing a voice over IP, VoIP, call if the selected network is the WLAN.