mhurhangee/ep-ind-claims huggingface dataset:
Support handle unit for a toilet with an integrated load-bearing toilet bowl comprising an upper support surface intended for receiving a seat ring, or a seat cover, which is releasably fastenable to fastening apertures provided in connection with the upper support surface, said support handle unit comprising two support members, each being provided with a support handle (12, 12a) and being releasably fastenable to one of the fastening apertures below the upper support surface on both sides of the toilet bowl and comprising connecting means, characterized in that the connecting means is a shaft formed element or an arch formed element connecting the support members directly to each other, said connecting means being located below the upper support surface when the support handle unit is mounted on the integrated load-bearing toilet bowl.
2-[4-[2-(benzimidazol-2-ylthio)ethyl]piperazin-1-yl]-N-[2,4-bis(methylthio)-6-methyl-3-pyridyl]acetamide, an acid-addition salt thereof, or a solvate of the same for use in the treatment and/or prophylaxis of non-alcoholic steatohepatitis.
A sailing stop control method for a vehicle including a transmission and a friction engaging element (32, 33, 34) arranged in series between an engine and drive wheels, the vehicle executing a sailing stop control to coast by shutting off power transmission by the friction engaging element (32, 33, 34) and stopping the engine on the basis of satisfaction of a sailing enter condition, comprising: restarting the engine upon satisfaction of a sailing exit condition during coasting by the sailing stop control; executing a shift control to set a target speed ratio of the transmission to a highest speed ratio smaller than a coasting speed ratio in normal time and satisfying engine exhaust performance after the restart of the engine if the sailing exit condition is a brake pedal depressing operation; and re-engaging the friction engaging element (32, 33, 34) if input and output revolution speeds of the friction engaging element (32, 33, 34) are determined to be a synchronous revolution speed after the end of the shift control of the transmission. restarting the engine upon satisfaction of a sailing exit condition during coasting by the sailing stop control; executing a shift control to set a target speed ratio of the transmission to a highest speed ratio smaller than a coasting speed ratio in normal time and satisfying engine exhaust performance after the restart of the engine if the sailing exit condition is a brake pedal depressing operation; and re-engaging the friction engaging element (32, 33, 34) if input and output revolution speeds of the friction engaging element (32, 33, 34) are determined to be a synchronous revolution speed after the end of the shift control of the transmission.
A flow governor assembly for use with a medicinal inhaler, the assembly comprising: a housing; an air flow path defined by the housing and including an air inlet and an air outlet; a flow governor positioned in the air flow path between the air inlet and the air outlet to govern air flow in the air flow path to a target governing volumetric flow rate, the flow governor configured to provide a dynamic resistance to air flow in the air flow path as a function of air pressure drop between an inlet and an outlet of the flow governor; and a constriction in the air flow path, located between the air inlet and the air outlet, the constriction configured to provide a static resistance to air flow in the air flow path, wherein the constriction is positioned in at least one of (i) a location in the housing upstream of the flow governor and (ii) a location in the housing downstream of the flow governor. a housing; an air flow path defined by the housing and including an air inlet and an air outlet; a flow governor positioned in the air flow path between the air inlet and the air outlet to govern air flow in the air flow path to a target governing volumetric flow rate, the flow governor configured to provide a dynamic resistance to air flow in the air flow path as a function of air pressure drop between an inlet and an outlet of the flow governor; and a constriction in the air flow path, located between the air inlet and the air outlet, the constriction configured to provide a static resistance to air flow in the air flow path, wherein the constriction is positioned in at least one of (i) a location in the housing upstream of the flow governor and (ii) a location in the housing downstream of the flow governor.
A laparoscopic instrument for invaginating a movement restriction device in the stomach fundus wall of a human patient for restricting the movement of the cardiac notch towards the diaphragm for treating reflux disease, the instrument comprising: an elongated member having a proximal end and a distal end and a diameter that is less than that of a laparoscopic trocar so as to allow the elongated member to be introduced, during a laparoscopic operation, into the patient's abdomen through the laparoscopic trocar and such that the distal end reaches the patient's stomach fundus wall; an elongated stomach pushing device for pushing the stomach fundus wall into the stomach cavity to create a recess (12, 612) in the stomach fundus wall, wherein the pushing device comprises a plurality of suction openings arranged to engage the stomach fundus wall of the recess around the pushing device, and a suturing device adapted to fixate the opening of the recess by means of sutures so as to at least partly invaginate the released movement restriction device in the recess, said instrument being characterized in that it further comprises an insertion device adapted to allow the movement restriction device to be introduced and released in the recess. an elongated member having a proximal end and a distal end and a diameter that is less than that of a laparoscopic trocar so as to allow the elongated member to be introduced, during a laparoscopic operation, into the patient's abdomen through the laparoscopic trocar and such that the distal end reaches the patient's stomach fundus wall; an elongated stomach pushing device for pushing the stomach fundus wall into the stomach cavity to create a recess (12, 612) in the stomach fundus wall, wherein the pushing device comprises a plurality of suction openings arranged to engage the stomach fundus wall of the recess around the pushing device, and a suturing device adapted to fixate the opening of the recess by means of sutures so as to at least partly invaginate the released movement restriction device in the recess, said instrument being characterized in that it further comprises an insertion device adapted to allow the movement restriction device to be introduced and released in the recess.
A toothbrush (100; 300; 500) comprising: a handle; a head disposed at a distal end of the handle; and a neck; wherein the handle comprises a plurality of support structures extending generally along a longitudinal axis of the handle from a position proximate a proximal end axially opposite the distal end toward the head, each of the support structures having a thickness of less than 2 millimeters in a direction orthogonal to the longitudinal axis; and wherein the plurality of support structures comprises a plurality of spaced-apart elongate ribs that include a central rib and two outer ribs; characterized in that the central rib is longer than the outer ribs and extends further along the neck, closer to the head. a handle; a head disposed at a distal end of the handle; and a neck; wherein the handle comprises a plurality of support structures extending generally along a longitudinal axis of the handle from a position proximate a proximal end axially opposite the distal end toward the head, each of the support structures having a thickness of less than 2 millimeters in a direction orthogonal to the longitudinal axis; and wherein the plurality of support structures comprises a plurality of spaced-apart elongate ribs that include a central rib and two outer ribs; characterized in that the central rib is longer than the outer ribs and extends further along the neck, closer to the head.
Method for controlling at least one application process comprising a plurality of application services, said method being characterized in that it comprises: - a step of receiving a request to activate said at least one application process; - a first step of transmitting at least one item of information representative of a start of activation of said application process, termed item of activation information; - steps of executing each of said application services; - steps of transmitting an item of information representative of an end of execution of each of said application services; - a last step of transmitting at least one item of information representative of an end of activation of said application process, said step taking account of each of said items of information representative of an end of execution of each of said application services. - a step of receiving a request to activate said at least one application process; - a first step of transmitting at least one item of information representative of a start of activation of said application process, termed item of activation information; - steps of executing each of said application services; - steps of transmitting an item of information representative of an end of execution of each of said application services; - a last step of transmitting at least one item of information representative of an end of activation of said application process, said step taking account of each of said items of information representative of an end of execution of each of said application services.
A measuring system, comprising a surveying instrument for projecting a laser beam by rotary irradiation and a photodetection sensor device installed at a measuring point, wherein said surveying instrument comprises a first radio communication unit, and said photodetection sensor device comprises a second radio communication unit, for performing communication between said surveying instrument and said photodetection sensor device, wherein said surveying instrument comprises an angle detecting means for detecting a horizontal angle in a projecting direction of the laser beam and a first arithmetic unit for controlling said angle detecting means based on a receiving signal from said first radio communication unit, and wherein said photodetection sensor device comprises a photodetection unit for receiving the laser beam, characterized in, that said photodetection sensor device comprises a second arithmetic unit for performing transmission of a photodetection notifying signal to notify the receiving of the laser beam by said photodetection unit and also for performing transmission of a synchronization data by said second radio communciation unit to said first radio communication unit, that said first arithmetic unit is arranged for calculating a horizontal angle of the projection of the laser beam when said photodetection sensor device receives the laser beam based on the photodetection notifying signal and the synchronization data, that said photodetection sensor device comprises a second time measuring means, said second time measuring means is arranged for measuring a time ΔT from the moment (Ta) of the detection of the laser beam by the photodetection unit to the moment (Tb) of the transmission of synchronization data of the transmitted photodetection notifying signal, and said second radio communication unit is arranged for transmitting the time ΔT to said surveying instrument, and that said surveying instrument comprises a first time measuring means, wherein the angle detecting means is arranged for detecting a horizontal angle associated with the time, and the first arithmetic unit comprises an arithmetic unit for calculating the horizontal angle, wherein said first time measuring means is arranged for detecting the time (Tc) of detection of the synchronization data, said arithmetic unit is arranged for inversely calculating the time ΔT from the detected time (Tc), is arranged for calculating the time (Ta') when the photodetection unit detects the laser beam, and is arranged for calculating the horizontal angle by the angle detecting means at said time (Ta').
Deployment system for deploying a vascular implant, the deployment system comprising: a first tube comprising a lumen and being designed to carry an expandable vascular implant over a distal portion (11 a) of the first tube in a loaded state, a sheath designed to be disposed over and holding the vascular implant in a compressed state, wherein the sheath is slidable proximally relative to the vascular implant to stepwise release and expand the vascular implant, an engaging element for engaging with a distal end of the vascular implant in its loaded state, the engaging element being disposed about and concentrically aligned with the first tube, wherein the engaging element is non-slidably positioned between the sheath and the first tube proximally to the vascular implant in its loaded state; a tip, being fixedly connected to the first tube at a distal end of the first tube, wherein the tip comprises a first proximal end and a second distal end, the first proximal end having a port for detachably accommodating and holding a proximal end of the vascular implant in a loaded state, wherein the tip is slidable distally relative to the vascular implant to release the proximal end of the vascular implant form the port, characterized in that the deployment system further comprises a spring mounted plug element being slidably mounted over the first tube and being designed such that in the vascular implant's loaded state the plug element distally abuts engaging element, and that upon release of the proximal end of the vascular implant from the tip's port the plug element is engagable with and closes the port. a first tube comprising a lumen and being designed to carry an expandable vascular implant over a distal portion (11 a) of the first tube in a loaded state, a sheath designed to be disposed over and holding the vascular implant in a compressed state, wherein the sheath is slidable proximally relative to the vascular implant to stepwise release and expand the vascular implant, an engaging element for engaging with a distal end of the vascular implant in its loaded state, the engaging element being disposed about and concentrically aligned with the first tube, wherein the engaging element is non-slidably positioned between the sheath and the first tube proximally to the vascular implant in its loaded state; a tip, being fixedly connected to the first tube at a distal end of the first tube, wherein the tip comprises a first proximal end and a second distal end, the first proximal end having a port for detachably accommodating and holding a proximal end of the vascular implant in a loaded state, wherein the tip is slidable distally relative to the vascular implant to release the proximal end of the vascular implant form the port,
A method of detecting a Transmission Control Protocol session hijacking attack on a TCP session, the method being implemented by a computing system and characterized by: monitoring for nonsequential packets of the TCP session, the nonsequential packets each comprising a sequence number that is different from a next expected sequence number of the TCP session; calculating, for each of a plurality of time intervals, a variation metric representing an extent to which the sequence numbers of the nonsequential packets received in a time interval differ from the next expected sequence number; determining a variation baseline representing a trend of the variation metrics over time; detecting the TCP session hijacking attack on the TCP session based on the variation metric in a given time interval being different from the variation baseline by less than a threshold. monitoring for nonsequential packets of the TCP session, the nonsequential packets each comprising a sequence number that is different from a next expected sequence number of the TCP session; calculating, for each of a plurality of time intervals, a variation metric representing an extent to which the sequence numbers of the nonsequential packets received in a time interval differ from the next expected sequence number; determining a variation baseline representing a trend of the variation metrics over time; detecting the TCP session hijacking attack on the TCP session based on the variation metric in a given time interval being different from the variation baseline by less than a threshold.
A method for Internet of Things, IoT, networking, comprising: transmitting a request to register (610, 620) a first IoT device on a home IoT network to at least one trusted IoT device on the home IoT network, wherein the transmitted request to register the first IoT device comprises one or more schema elements to indicate one or more attributes associated with the first IoT device; receiving a referral to one or more relevant IoT devices from the at least one trusted IoT device, wherein the at least one trusted IoT device provides the referral to the first IoT device based one or more attributes associated with the first IoT device in response to the transmitted request to register on the home IoT network; and subscribing to a data feed from the one or more relevant IoT devices based at least in part on messages published via the data feed comprising status updates about data relevant to an operational state at the first IoT device. transmitting a request to register (610, 620) a first IoT device on a home IoT network to at least one trusted IoT device on the home IoT network, wherein the transmitted request to register the first IoT device comprises one or more schema elements to indicate one or more attributes associated with the first IoT device; receiving a referral to one or more relevant IoT devices from the at least one trusted IoT device, wherein the at least one trusted IoT device provides the referral to the first IoT device based one or more attributes associated with the first IoT device in response to the transmitted request to register on the home IoT network; and subscribing to a data feed from the one or more relevant IoT devices based at least in part on messages published via the data feed comprising status updates about data relevant to an operational state at the first IoT device.
A glass, the glass comprising: from 50 mol% to 72 mol% SiO 2; from 12 mol% to 22 mol% Al 2 O 3; up to 15 mol% B 2 O 3; up to 1 mol% P 2 O 5; from 11 mol% to 21 mol% Na 2 O; up to 5 mol% K 2 O; up to 4 mol% MgO; up to 5 mol% ZnO; and up to 2 mol% CaO, wherein Na 2 O + K 2 O - Al 2 O 3 ≤ 0.5 mol%, B 2 O 3 - (Na 2 O + K 2 O - Al 2 O 3) > 1 mol%, the glass is ion exchanged and has a Vickers crack indentation threshold of at least 171.6 N (17.5 kgf).
A protection film (10, 11, 12) for an electronic device, the protection film (10, 11, 12) comprising: an adhesive layer including a first surface to which an electronic device is attachable; and a film layer which contacts a second surface of the adhesive layer and comprises at least a base layer which directly contacts the adhesive layer, characterized in that, a thickness of the adhesive layer satisfies equation 1: z = 5.1 x + 57.4 ⋅ ln y − 14.7 x + 140.5, where z is the thickness of the adhesive layer in terms of micrometers, x is a modulus determined according to the conditions of ASTM D638 of the base layer of the film layer which directly contacts the adhesive layer in terms of gigapascals, and y is a total thickness of the film layer in terms of micrometers. an adhesive layer including a first surface to which an electronic device is attachable; and a film layer which contacts a second surface of the adhesive layer and comprises at least a base layer which directly contacts the adhesive layer, characterized in that, a thickness of the adhesive layer satisfies equation 1: z = 5.1 x + 57.4 ⋅ ln y − 14.7 x + 140.5, where z is the thickness of the adhesive layer in terms of micrometers, x is a modulus determined according to the conditions of ASTM D638 of the base layer of the film layer which directly contacts the adhesive layer in terms of gigapascals, and y is a total thickness of the film layer in terms of micrometers.
Method of overvoltage protection of direct-current electrical circuits with currents up to tens of amperes, especially of photovoltaic sources of electric energy, where a device for overvoltage protection is electrically connectable to the direct-current electrical circuit, the device for overvoltage protection has a current path, in the current path is electrically connected at least one varistor, the current path contains a fixed element of the varistor and a moving element, the fixed element is by a soldered joint electrically connected to the moving element, the soldered joint creates a point of intentional cutting off the current path between the fixed element and the moving element, the device further contains a spring-loaded moving action member assigned to the moving element, the soldered joint in point and the spring-loaded moving action member create a thermal initiated cut-out mechanism, in that the soldered joint in point melts by heat generated by passing of electric direct current through the varistor or through the fixed element, the soldered joint and the moving element and the spring-loaded moving action member applies a force to the moving element in direction parallel with an upper surface of the fixed element of varistor and with a lower surface of the moving element, the force after melting the soldered joint as a result of increased temperature of varistor pushes off the moving element from the fixed element of varistor by sliding motion of the moving element on the fixed element of varistor, the spring-loaded moving action member executes intentional cutting off the current path in the point, during the intentional cutting off an air gap between the fixed element and moving element is intentionally created and is gradually enlarging, characterised in that, during the intentional cutting off of the current path in the point, the value of direct electric current in the point of cutting off is limited through rerouting the flow of direct electric current to a parallel current path formed by a capacitor, during the creation and the enlarging of the air gap the moving element is moving with so high speed, that breakdown strength of the simultaneously created and gradually enlarging air gap between the fixed element and moving element increases quicker than an increase of a voltage on the capacitor, the voltage on the capacitor increases due to charging the capacitor by an incoming electric charge from the rerouting flow of electric direct-current, and this voltage grows up to a height of a maximum voltage of the source of the direct-current electric current and occurrence of uncontrolled electric arc between the fixed element and the moving element is prevented.