mhurhangee/ep-ind-claims huggingface dataset:
A floating apparatus for use in a well casing comprising: an outer sleeve configured to be connected to said well casing, said outer sleeve having an outer surface and an inner surface, wherein said inner surface defines a central flow passage; a valve disposed in said outer sleeve, said valve comprising a valve housing having an interior surface defining a bore in fluid flow communication with said central flow passage and an exterior surface opposing said inner surface of said outer sleeve wherein said exterior surface and inner surface define an annulus between said valve housing and said outer sleeve; and a cementitious material having a first surface and a second surface; said cementitious material being disposed in said annulus; characterized in that the floating apparatus further comprises: a first bonding material adhered to and encircling at least a portion of said inner surface of said outer sleeve located in said annulus: and a second bonding material adhered to and encircling at least a portion of said exterior surface of said valve housing located in said annulus; and in that said first surface is bonded to said first bonding material and said second surface is bonded to said second bonding material so that said cementitious material prevents flow through said annulus; and said first bonding material and said second bonding material are aggregate free and each comprises a water-compatible resin that is cured to a hard, consolidated mass. an outer sleeve configured to be connected to said well casing, said outer sleeve having an outer surface and an inner surface, wherein said inner surface defines a central flow passage; a valve disposed in said outer sleeve, said valve comprising a valve housing having an interior surface defining a bore in fluid flow communication with said central flow passage and an exterior surface opposing said inner surface of said outer sleeve wherein said exterior surface and inner surface define an annulus between said valve housing and said outer sleeve; and a cementitious material having a first surface and a second surface; said cementitious material being disposed in said annulus; a first bonding material adhered to and encircling at least a portion of said inner surface of said outer sleeve located in said annulus: and a second bonding material adhered to and encircling at least a portion of said exterior surface of said valve housing located in said annulus; and in that said first surface is bonded to said first bonding material and said second surface is bonded to said second bonding material so that said cementitious material prevents flow through said annulus; and said first bonding material and said second bonding material are aggregate free and each comprises a water-compatible resin that is cured to a hard, consolidated mass.
A suspension control system for a vehicle provided with a variable damper that can adjust a damping force according to an input signal (V W), comprising: a wheel rotational speed sensor for detecting a wheel rotational speed (V W); an unsprung load computing means for computing an unsprung load (u 1) of the vehicle according to a wheel rotational speed variation (ΔV W) detected by the wheel rotational speed sensor, the unsprung load consisting of a road contact load variation of the vehicle; characterized in that it further comprises: a state variable computing means for computing state variables (S 2, Ss) of the vehicle by feeding the unsprung load to a vehicle model representing a behavior of a sprung mass and an unsprung mass of the vehicle in relation to the unsprung load (u 1), the state variables including a sprung velocity and a suspension stroke speed (Ss) of the vehicle; and a damper control means (23, 25) for controlling the damping force of the variable damper according to the computed state variables (S 2, Ss), wherein the unsprung load computing means converts the wheel rotational speed variation (ΔV W) into the unsprung load (u 1) based on a relationship between the wheel rotational speed variation and the unsprung load, the relationship being predetermined based on values of the wheel rotational speed (V W) and a road contact load actually detected by corresponding sensors, wherein the sensor detecting the values of the wheel rotational speed is the wheel rotational speed sensor. a wheel rotational speed sensor for detecting a wheel rotational speed (V W); an unsprung load computing means for computing an unsprung load (u 1) of the vehicle according to a wheel rotational speed variation (ΔV W) detected by the wheel rotational speed sensor, the unsprung load consisting of a road contact load variation of the vehicle; characterized in that it further comprises: a state variable computing means for computing state variables (S 2, Ss) of the vehicle by feeding the unsprung load to a vehicle model representing a behavior of a sprung mass and an unsprung mass of the vehicle in relation to the unsprung load (u 1), the state variables including a sprung velocity and a suspension stroke speed (Ss) of the vehicle; and a damper control means (23, 25) for controlling the damping force of the variable damper according to the computed state variables (S 2, Ss), wherein the unsprung load computing means converts the wheel rotational speed variation (ΔV W) into the unsprung load (u 1) based on a relationship between the wheel rotational speed variation and the unsprung load, the relationship being predetermined based on values of the wheel rotational speed (V W) and a road contact load actually detected by corresponding sensors, wherein the sensor detecting the values of the wheel rotational speed is the wheel rotational speed sensor.
A method for operating a field device, the field device being configured for interacting with a control device, the method comprising: - receiving by the field device from a key generation device, a base key, - determining a current constraint parameter relating to a predefined operating constraint for operating the field device, - generating by the field device a key based on the base key and the current constraint parameter, and - interacting with the control device using the generated key. - receiving by the field device from a key generation device, a base key, - determining a current constraint parameter relating to a predefined operating constraint for operating the field device, - generating by the field device a key based on the base key and the current constraint parameter, and - interacting with the control device using the generated key.
Device for conversion of mechanical energy of sea waves to electric energy, comprising: - at least a float and a device for production of energy characterised by comprising: - two rigid rods (102,103), anchored at one end to the seabed, and at the other end to the float through flexible cables (106,107); - two respective masses (104,105), keeping the free ends of said rods (102,103), constantly in traction condition pulled towards the sea bed; - wherein said device for production of energy is placed close to one hinge of two hinges (110,111), placed at the bottom parts of rods (102,103), so that the oscillatory motion of the float, following the level of waves, causes a force with a vertical component that creates a rotary and oscillatory motion of rods (102,103), which are pivoted on its respective hinges (110,111); and generates therefore electric energy by motion of gears of said generator; the horizontal component of the force due to the float oscillations being balanced by a system of counterweights represented by the two masses (104, 105), so that said float tends to place itself constantly on a vertical line (A-A'). - at least a float and a device for production of energy characterised by comprising: - two rigid rods (102,103), anchored at one end to the seabed, and at the other end to the float through flexible cables (106,107); - two respective masses (104,105), keeping the free ends of said rods (102,103), constantly in traction condition pulled towards the sea bed; - wherein said device for production of energy is placed close to one hinge of two hinges (110,111), placed at the bottom parts of rods (102,103),
A method comprising: by a computing device, detecting interception of data sent by the computing device to a first network resource through a communication network, the first network resource corresponding to a domain of the communication network; by the computing device, determining whether the communication network is administered by a particular domain, wherein the communication network is the Internet; and the particular domain is a second-level domain of the Internet; by the computing device, automatically generating a request to access the communication network that identifies a second network resource based at least in part on the determination, the second network resource being configured to authenticate a user to the particular domain of the communication network; and by the computing device, sending the request to the second network resource to access the communication network, wherein sending the request bypasses a captive network support of a router of the communication network. by a computing device, detecting interception of data sent by the computing device to a first network resource through a communication network, the first network resource corresponding to a domain of the communication network; by the computing device, determining whether the communication network is administered by a particular domain, wherein the communication network is the Internet; and the particular domain is a second-level domain of the Internet; by the computing device, automatically generating a request to access the communication network that identifies a second network resource based at least in part on the determination, the second network resource being configured to authenticate a user to the particular domain of the communication network; and by the computing device, sending the request to the second network resource to access the communication network, wherein sending the request bypasses a captive network support of a router of the communication network.
In an electronic device that provides a modeling environment, a method for applying a coding standard to a model in the modeling environment, the method comprising the steps of: - providing a coding standard in the modeling environment; and - applying the coding standard to a model (500, 600) to detect violations of the coding standard in the model (500, 600); - reporting to users the violations of the coding standard in the model (500, 600), wherein the reporting comprises enabling users to view the violations of the coding standard by navigating the model (500, 600); characterized in that the step of enabling comprises: - displaying violating segments of the model (500, 600) differently than non-violating segments of the model (500, 600); and - in response to users' selection of a violating segment, displaying information on a violation of the coding standard in the violating segment. - providing a coding standard in the modeling environment; and - applying the coding standard to a model (500, 600) to detect violations of the coding standard in the model (500, 600); - reporting to users the violations of the coding standard in the model (500, 600), wherein the reporting comprises enabling users to view the violations of the coding standard by navigating the model (500, 600); - displaying violating segments of the model (500, 600) differently than non-violating segments of the model (500, 600); and - in response to users' selection of a violating segment, displaying information on a violation of the coding standard in the violating segment.
A composition comprising an effective amount of a drug against epidermal growth factor receptor (EGFR) for use in treating squamous cell carcinoma or pleiomorphic carcinoma, wherein the use comprises (i) determining the histology of the lung cancer in a biological sample from a patient with non-small cell lung cancer (NSCLC), wherein a determination that said NSCLC is SCC or PLC is indicative of a responder to a drug against EGFR and a determination that the NSCLC is adenocarcinoma or large cell carcinoma is indicative of a nonresponder to a drug against EGFR, and (ii) administering the composition to a patient diagnosed as having SCC or PLC when the determination in step (i) indicates that the patient has SCC or PLC.
A multi-drop serial bus to connect a master device to a plurality of slave devices on a data line, comprising: a voltage divider network, comprising divider resistors in series on the data line between slave devices; and a voltage sensing device connected to the data line, configured to detect a voltage order of signals from the slave devices, indicating a position of connection of each slave device. a voltage divider network, comprising divider resistors in series on the data line between slave devices; and a voltage sensing device connected to the data line, configured to detect a voltage order of signals from the slave devices, indicating a position of connection of each slave device.
A composition comprising (i) a refrigerant comprising an unsaturated fluorinated compound having a carbon-carbon unsaturated bond, which is represented by the following general formula: C 2 F p R 4-p wherein R represents a hydrogen atom, and p represents an integer of 1 to 3; and (ii) a refrigerator oil composition comprising a base oil which consists of a polyvinyl ether, a polyalkylene glycol, a copolymer of a poly(oxy)alkylene glycol or a monoether thereof and a polyvinyl ether, or a polyol ester; the base oil having a kinematic viscosity at 100°C of 2.00 to 15.00 mm 2 /s measured according to JIS K 2283:1983 using a glass capillary viscometer and a hydroxyl value of 5.0 mgKOH/g or less, measured through neutralization titration according to JIS K 0070:1992. (i) a refrigerant comprising an unsaturated fluorinated compound having a carbon-carbon unsaturated bond, which is represented by the following general formula: C 2 F p R 4-p wherein R represents a hydrogen atom, and p represents an integer of 1 to 3; and (ii) a refrigerator oil composition comprising a base oil which consists of a polyvinyl ether, a polyalkylene glycol, a copolymer of a poly(oxy)alkylene glycol or a monoether thereof and a polyvinyl ether, or a polyol ester;
A method of laser soldering an electric circuit of a heating portion of an electronic cigarette, the soldering method comprising the following steps: a) feeding a heating portion of an electronic cigarette along a feed path at least as far as a soldering position, where the heating portion faces a laser soldering head at an emitting area where a laser beam is emitted, b) making a first laser solder at a first point of the electric circuit by striking the first point with the laser beam to produce a first solder connection, c) making a second laser solder at a second point of the electric circuit by striking the second point with the laser beam to produce a second solder connection, spaced from the first solder connection, characterized in that during the first laser soldering step, the laser beam is perpendicular to the surface to be soldered, and in that it comprises, between step b) and step c) a step d) of moving the laser soldering head, where the laser soldering head is moved between the first point and the second point in such a way that the laser beam is perpendicular to the respective surface to be soldered during the second laser soldering step, the first laser soldering step and the second laser soldering step being carried out by generating two distinct pulses of the laser beam. a) feeding a heating portion of an electronic cigarette along a feed path at least as far as a soldering position, where the heating portion faces a laser soldering head at an emitting area where a laser beam is emitted, b) making a first laser solder at a first point of the electric circuit by striking the first point with the laser beam to produce a first solder connection, c) making a second laser solder at a second point of the electric circuit by striking the second point with the laser beam to produce a second solder connection, spaced from the first solder connection,
A method of identifying a subject at risk for developing cancer, comprising detecting a mutation in the 3'untranslated region of KRAS in a patient sample, wherein the mutation is a SNP comprising uracil or thymine to guanine transition at position 4 of LCS6, wherein the LCS6 consists of SEQ ID NO. 15, wherein the presence of a mutation indicates greater risk of developing cancer.
A method for communicating in a wireless network, comprising: receiving an uplink resource grant from a network entity for communicating in the wireless network; determining a first transmission time interval, TTI, for an uplink transmission within a subframe (712, 722) based on the uplink resource grant, wherein the first TTI comprises one or more symbols (710, 711, 720, 721) which are a subset of a plurality of symbols in the subframe; receiving a second uplink resource grant from the network entity for communicating in the wireless network; and determining a second TTI for a second uplink transmission based on the second uplink resource grant, wherein the second TTI comprises the subframe; and transmitting communications to the network entity over resources specified in the uplink resource grant during the TTI, wherein transmitting the communications comprises prioritizing transmission of communications over the resources specified in the uplink resource grant related to the first TTI over transmission of communications over the resources specified in the second uplink resource grant. receiving an uplink resource grant from a network entity for communicating in the wireless network; determining a first transmission time interval, TTI, for an uplink transmission within a subframe (712, 722) based on the uplink resource grant, wherein the first TTI comprises one or more symbols (710, 711, 720, 721) which are a subset of a plurality of symbols in the subframe; receiving a second uplink resource grant from the network entity for communicating in the wireless network; and determining a second TTI for a second uplink transmission based on the second uplink resource grant, wherein the second TTI comprises the subframe; and transmitting communications to the network entity over resources specified in the uplink resource grant during the TTI, wherein transmitting the communications comprises prioritizing transmission of communications over the resources specified in the uplink resource grant related to the first TTI over transmission of communications over the resources specified in the second uplink resource grant.
A touch electrode structure for a flexible touch panel, comprising a first touch electrode and a second touch electrode, wherein: the first touch electrode extends along a first direction, the second touch electrode extends along a second direction, the first direction intersects with the second direction, and a size of the first touch electrode in the first direction is greater than a size of the second touch electrode in the second direction; the first touch electrode and the second touch electrode are insulated from and intersect with each other to form a mutual capacitance for touch detection; the first touch electrode comprises a first hollow region, the second touch electrode comprises a second hollow region, and a hollow area of the first touch electrode is greater than a hollow area of the second touch electrode; and the touch electrode structure further comprises at least one first dummy electrode, the at least one first dummy electrode is within the first hollow region and is arranged in a same layer as at least part of the first touch electrode, and the at least one first dummy electrode and the at least part of the first touch electrode are insulated from each other; characterized in that a region of the first touch electrode corresponding to a bending region of the flexible touch panel is provided with a higher density of the hollow regions than a planar region. the first touch electrode extends along a first direction, the second touch electrode extends along a second direction, the first direction intersects with the second direction, and a size of the first touch electrode in the first direction is greater than a size of the second touch electrode in the second direction; the first touch electrode and the second touch electrode are insulated from and intersect with each other to form a mutual capacitance for touch detection; the first touch electrode comprises a first hollow region, the second touch electrode comprises a second hollow region, and a hollow area of the first touch electrode is greater than a hollow area of the second touch electrode; and the touch electrode structure further comprises at least one first dummy electrode, the at least one first dummy electrode is within the first hollow region and is arranged in a same layer as at least part of the first touch electrode, and the at least one first dummy electrode and the at least part of the first touch electrode are insulated from each other; characterized in that a region of the first touch electrode corresponding to a bending region of the flexible touch panel is provided with a higher density of the hollow regions than a planar region.
A suprapubic cannula for puncturing body cavities comprising an outer and an inner longitudinally cut sleeve (2, 3) having proximal and distal ends (4, 5) and two handle portions (8a, 8b; 18a, 18b) at its proximal end, wherein the inner sleeve is arranged within the outer sleeve to be longitudinally displaceable and rotatable within the outer sleeve such that the longitudinal cut of the inner sleeve is covered in a first rotational position by the outer sleeve and the longitudinal cuts (6, 7) of the inner and the outer sleeve are placed on top of each other in a second rotational position such that a catheter can be removed from the inner sleeve via the longitudinal cuts, wherein the inner sleeve is provided at its distal end with a puncture tip that is completely retracted into the outer sleeve if the inner sleeve is in the second rotational position, characterized in that the inner and outer sleeves (2, 3) and/or the two handle portions (8a, 8b; 18a, 18b) interlock in the second rotational position such that the puncture tip is secured within the outer sleeve.
Stud system suitable for connection to a structure such as a building structure, comprised of any number of studs of wood with, in relation to the number of studs, an associated number of attachment devices with which the studs are connected to each other and the structure whereby said studs are comprised of at least one first part and at least one second part which are joined to each other, whereby the first part and the second part are joined together with glue or other adhesive or combinations of adhesives and the first part's contact surface and the second part's contact surface toward each other are comprised of corresponding shapes which facilitate the mutual positioning of the parts in relation to the said joining, wherein the system is comprised of a first type of attachment device in form of a bracket, angled bracket which is comprised of at least one first shank and at least one second shank with which two studs may be connected to each other mutually angled, and wherein the system is comprised of at least one second type of attachment device with which two studs are joined together in the studs' axial direction and whereby the studs include a hole which extends in the stud's longitudinal direction and which has a cross-section that allows the shank and the shank to be inserted fully or partially in the hole characterized in that said studs have at least one groove which extends along all or the part of one stud's opposite sides, or both the studs' opposite sides, in the stud's longitudinal direction which enables a stepless connection of aangled studs, and that the stud system's studs have at least one first longitudinal groove, bevel or the like for the collection of any adhesive residue.