mhurhangee/ep-ind-claims huggingface dataset:
An arrangement comprising a cistern, a flush valve and a filling valve for filling the cistern, the filling valve comprising a valve housing, a water-conducting channel arranged in the valve housing with an inlet and an outlet, a first control element, and an inflow valve arranged in the water-conducting channel, wherein the first control element is operatively connected to the inflow valve in such a way that the inflow valve can be activated for actuation, and the filling valve further comprising a second control element which is arranged in addition to the first control element, and the second control element is also operatively connected to the inflow valve in such a way that the inflow valve can be activated for operation, wherein the second control element is activated by a control criterion predetermined by the flushing valve characterized in that the flushing valve is connected to the second control element via a control line, wherein when the flushing valve is open, a water pressure can be provided as a control criterion on the second control element via the control line such that the second control element prevents the inflow valve from opening, and wherein when the flushing valve is closed, the water pressure on the second control element is eliminated, such that the second control element allows the inflow valve to open. the filling valve comprising a valve housing, a water-conducting channel arranged in the valve housing with an inlet and an outlet, a first control element, and an inflow valve arranged in the water-conducting channel, wherein the first control element is operatively connected to the inflow valve in such a way that the inflow valve can be activated for actuation, and the filling valve further comprising a second control element which is arranged in addition to the first control element, and the second control element is also operatively connected to the inflow valve in such a way that the inflow valve can be activated for operation, wherein the second control element is activated by a control criterion predetermined by the flushing valve characterized in that the flushing valve is connected to the second control element via a control line, wherein when the flushing valve is open, a water pressure can be provided as a control criterion on the second control element via the control line such that the second control element prevents the inflow valve from opening, and wherein when the flushing valve is closed, the water pressure on the second control element is eliminated, such that the second control element allows the inflow valve to open.
A gamma ray detector comprising: a plastic scintillation body for receiving gamma rays and generating photons in response thereto, wherein the scintillation body is in the form of a truncated cone defined by a base surface and an end surface separated along an axis of extent of the scintillation body with a lateral surface extending therebetween, the base surface being larger than the end surface; a photodetector optically coupled to the base surface of the scintillation body so as to detect photons generated by gamma ray interaction events within the scintillation body; and a specular reflector provided adjacent the lateral surface of the scintillation body and separated by a gap therefrom so as to reflect photons that leave the scintillation body through the lateral surface back into the scintillation body. a plastic scintillation body for receiving gamma rays and generating photons in response thereto, wherein the scintillation body is in the form of a truncated cone defined by a base surface and an end surface separated along an axis of extent of the scintillation body with a lateral surface extending therebetween, the base surface being larger than the end surface; a photodetector optically coupled to the base surface of the scintillation body so as to detect photons generated by gamma ray interaction events within the scintillation body; and a specular reflector provided adjacent the lateral surface of the scintillation body and separated by a gap therefrom so as to reflect photons that leave the scintillation body through the lateral surface back into the scintillation body.
Method for producing a brake disk for a vehicle, in which an enamel coating is formed on a main body of the brake disk, wherein the main body has friction surfaces (7, 8) and a projecting connecting surface, comprising at least the following steps: - roughening of the friction surfaces (7, 8); - forming a metal coating, which can be joined metallurgically to the main body, as corrosion and/or wear-resistant coating on the roughened friction surfaces (7, 8); - applying an enamel slip as anticorrosion coating in a transition between the friction surfaces (7, 8) and the projecting connecting surface; - drying the applied enamel slip; and - heating the main body provided with the metal coating and the dried enamel slip to form the enamel coating and to join the metal coating metallurgically to the main body. - roughening of the friction surfaces (7, 8); - forming a metal coating, which can be joined metallurgically to the main body, as corrosion and/or wear-resistant coating on the roughened friction surfaces (7, 8); - applying an enamel slip as anticorrosion coating in a transition between the friction surfaces (7, 8) and the projecting connecting surface; - drying the applied enamel slip; and - heating the main body provided with the metal coating and the dried enamel slip to form the enamel coating and to join the metal coating metallurgically to the main body.
Balance spring intended to equip a balance of a horological movement, the balance spring being made of a niobium and hafnium alloy containing; - niobium: the remainder to 100 wt%, - hafnium: between 8 and 12 wt%, - Ti between 0.5 and 1.5 wt%, - Zr between 0.5 and 0.9 wt%, - Ta between 0.3 and 0.7 wt%, - W between 0.3 and 0.7 wt%, - impurities, the total percentage whereof lies in the range 0 to 0.5 wt%. - niobium: the remainder to 100 wt%, - hafnium: between 8 and 12 wt%, - Ti between 0.5 and 1.5 wt%, - Zr between 0.5 and 0.9 wt%, - Ta between 0.3 and 0.7 wt%, - W between 0.3 and 0.7 wt%, - impurities, the total percentage whereof lies in the range 0 to 0.5 wt%.
An orthopedic implant device, comprising: a biocompatible sheath; and a curable material having a non-rigid form contained and sealed in the sheath; wherein the device is deformable before and during implantation within a patient; wherein the material is transformable to a rigid form after application of a quantity of an initiating energy to the material effective to cure the material; and wherein the device further comprises a pressurizeable balloon positioned within the sheath and having a fluid-infusing port passing through the sheath, characterised in that the pressurizing balloon is operable, before the curable material is hardened, to receive a fluid to pressurize the balloon, thereby increasing the size of the device in at least one dimension. a biocompatible sheath; and a curable material having a non-rigid form contained and sealed in the sheath;
A coded bit distribution method, comprising: performing channel coding on information bits according to a modulation and coding scheme, MCS, to generate coded bits, wherein the MCS is an MCS used for each of a plurality of channel sets used for single-user preamble puncturing transmission; and distributing the coded bits to the plurality of channel sets in a cyclic polling manner according to a distribution rule, wherein the distribution rule comprises: a quantity of coded bits distributed to the plurality of channel sets meets a preset relationship, wherein the preset relationship is as follows: S i = N i × max 1 s i 2, wherein S i is a quantity of coded bits distributed to an i th channel set at a time, S i is a modulation order of constellation point mapping comprised in the MCS for the i th channel set, i ≤ M, M is a quantity of the plurality of channel sets, N i is a quantity of preset channels a preset channel comprised in the i th channel set. performing channel coding on information bits according to a modulation and coding scheme, MCS, to generate coded bits, wherein the MCS is an MCS used for each of a plurality of channel sets used for single-user preamble puncturing transmission; and distributing the coded bits to the plurality of channel sets in a cyclic polling manner according to a distribution rule, wherein the distribution rule comprises: a quantity of coded bits distributed to the plurality of channel sets meets a preset relationship, wherein the preset relationship is as follows: S i = N i × max 1 s i 2, wherein S i is a quantity of coded bits distributed to an i th channel set at a time, S i is a modulation order of constellation point mapping comprised in the MCS for the i th channel set, i ≤ M, M is a quantity of the plurality of channel sets, N i is a quantity of preset channels a preset channel comprised in the i th channel set. a quantity of coded bits distributed to the plurality of channel sets meets a preset relationship, wherein the preset relationship is as follows: S i = N i × max 1 s i 2, wherein S i is a quantity of coded bits distributed to an i th channel set at a time, S i is a modulation order of constellation point mapping comprised in the MCS for the i th channel set, i ≤ M, M is a quantity of the plurality of channel sets, N i is a quantity of preset channels a preset channel comprised in the i th channel set.
A security module for a serial communications device, the security module comprising: a receive data, RXD, input interface for receiving data from a serial communications bus; a transmit data, TXD, output interface for transmitting data to the serial communications bus; wherein the security module is configured to: receive a message from the serial communications bus via the RXD input interface; compare the message with one or more conditions; and upon detection that a condition has been violated, output an error-signal to the serial communications bus via the TXD output interface, wherein the error-signal identifies one or more parameters relating to the condition, wherein the one or more parameters relating to the condition can take one of at least three different values. a receive data, RXD, input interface for receiving data from a serial communications bus; a transmit data, TXD, output interface for transmitting data to the serial communications bus; wherein the security module is configured to: receive a message from the serial communications bus via the RXD input interface; compare the message with one or more conditions; and upon detection that a condition has been violated, output an error-signal to the serial communications bus via the TXD output interface, wherein the error-signal identifies one or more parameters relating to the condition, wherein the one or more parameters relating to the condition can take one of at least three different values. receive a message from the serial communications bus via the RXD input interface; compare the message with one or more conditions; and upon detection that a condition has been violated, output an error-signal to the serial communications bus via the TXD output interface, wherein the error-signal identifies one or more parameters relating to the condition, wherein the one or more parameters relating to the condition can take one of at least three different values.
A surgical device comprising: a rigid shaft connected between a handle and a head, the head of the surgical device sized for insertion into an organ selected from the group consisting of a vagina, a uterus, and a rectum, the head comprising: a central plate with a distal end connected to the rigid shaft, an anterior surface, and a recess formed in a posterior side of the central plate and providing a posterior surface opposite the anterior surface, an expansion plate coupled to and movable relative to the anterior surface of the central plate, and a door disposed within the recess of the central plate and movable relative to the posterior surface of the central plate, the expansion plate being movable independently of the door to allow the head to expand and move the organ, characterized in that the door has a first end that is hinged to the central plate and a free end such that the door pivots about the first end and the free end of the door is movable in an arc away from the central plate and adapted to displace a wall of the organ. a rigid shaft connected between a handle and a head, the head of the surgical device sized for insertion into an organ selected from the group consisting of a vagina, a uterus, and a rectum, the head comprising: a central plate with a distal end connected to the rigid shaft, an anterior surface, and a recess formed in a posterior side of the central plate and providing a posterior surface opposite the anterior surface, an expansion plate coupled to and movable relative to the anterior surface of the central plate, and a central plate with a distal end connected to the rigid shaft, an anterior surface, and a recess formed in a posterior side of the central plate and providing a posterior surface opposite the anterior surface, an expansion plate coupled to and movable relative to the anterior surface of the central plate, and a door disposed within the recess of the central plate and movable relative to the posterior surface of the central plate, the expansion plate being movable independently of the door to allow the head to expand and move the organ, characterized in that the door has a first end that is hinged to the central plate and a free end such that the door pivots about the first end and the free end of the door is movable in an arc away from the central plate and adapted to displace a wall of the organ.
Charging station for electric vehicles, comprising: - a network frequency measuring device, arranged to acquire a network frequency and to detect a deviation in the network frequency from a reference frequency, - a load regulating device in operational connection with the network frequency measuring device such that, upon a deviation from the reference frequency being detected in the network frequency, the load regulating device regulates the electrical power emitted to an electric vehicle by the charging station, - wherein the load regulating device communicates a reduced charging power to the electric vehicle to reduce the electrical power emitted, characterized in that - the load regulating device reduces the electrical power emitted by the charging station along a reduction characteristic curve (30, 32), - depending on the deviation amount detected by the network frequency measuring device, the duration of the deviation, and/or the frequency gradient. - a network frequency measuring device, arranged to acquire a network frequency and to detect a deviation in the network frequency from a reference frequency, - a load regulating device in operational connection with the network frequency measuring device such that, upon a deviation from the reference frequency being detected in the network frequency, the load regulating device regulates the electrical power emitted to an electric vehicle by the charging station, - wherein the load regulating device communicates a reduced charging power to the electric vehicle to reduce the electrical power emitted, characterized in that - the load regulating device reduces the electrical power emitted by the charging station along a reduction characteristic curve (30, 32), - depending on the deviation amount detected by the network frequency measuring device, the duration of the deviation, and/or the frequency gradient.
A glass having a composition which is characterized by the following phases constituting the glass: constituting phase min (% by mol) max (% by mol) reedmergnerite 10 80 albite 1 40 potassium reedmergnerite 0 60 danburite 0 30 cordierite 0 20 willemite 0 20 silicon dioxide 0 65 diboron trioxide 0 20 pekovite 0 20 maleevite 0 25 wherein the proportion of additional constituents of the glass is at most 5 % by mol, wherein the number of the freedom degrees of angles per atom in the bulk according to formula f = ∑ i = 1 n c i ⋅ z i ⋅ f i ∑ i = 1 n c i ⋅ z i is lower than 0.25 and wherein the glass has a mean depth of the potential well calculated according to formula E pot ̅ = ∑ i = 1 n c i ⋅ ∑ j = 1 m z i, j ⋅ E pot, j ∑ i = 1 n c i ⋅ ∑ j = 1 m z i, j of 1515 kJ/mol to 1634 kJ/mol.
An out-of-vat liquid filter for ensuring reliable connection of water pipe connector comprises a liquid filtration tank provided with liquid filter assembly and a dismountable water pipe connector connecting such liquid filtration tank; wherein said liquid filtration tank is provided with a water inlet used for importing the liquid to be processed and a water outlet used for discharging processed liquid, characterized in that: said water pipe connector comprises two water pipe connecting bases with respective valves, a valve driving shaft used for driving said two valves, a latch tongue used for dismountable connection of said water pipe connector to said liquid filtration tank, a driving device with two degrees of freedom which can rotate about the axes of two degrees of freedom and a handle connecting said driving device with two degrees of freedom, wherein said two water pipe connecting bases are used to connect said water inlet with a first external water pipe and said water outlet with a second external water pipe respectively and said liquid filtration tank is provided with at least one latch catch; said latch tongue is driven by said driving device with two degrees of freedom to rotate about an axis of a first degree of freedom, thereby sliding into or out of said latch catch; said valve driving shaft is driven by said driving device with two degrees of freedom to rotate about an axis of the second degree of freedom, thereby opening or closing said water pipe connecting base where each valve is located. said water pipe connector comprises two water pipe connecting bases with respective valves, a valve driving shaft used for driving said two valves, a latch tongue used for dismountable connection of said water pipe connector to said liquid filtration tank, a driving device with two degrees of freedom which can rotate about the axes of two degrees of freedom and a handle connecting said driving device with two degrees of freedom, wherein said two water pipe connecting bases are used to connect said water inlet with a first external water pipe and said water outlet with a second external water pipe respectively and said liquid filtration tank is provided with at least one latch catch; said latch tongue is driven by said driving device with two degrees of freedom to rotate about an axis of a first degree of freedom, thereby sliding into or out of said latch catch; said valve driving shaft is driven by said driving device with two degrees of freedom to rotate about an axis of the second degree of freedom, thereby opening or closing said water pipe connecting base where each valve is located.
Computer-aided energy management method for an energy system, in which the operation of the energy system is controlled by means of a control device based on one or more simulations of operation, wherein the operation of the energy system is regularly simulated according to a set call time interval for a set time horizon with a set time increment by means of an optimization module coupled to the control device for the purpose of exchanging data, characterized in that, depending on an electrical power that is renewably generated inside the energy system, - if the renewably generated electrical power changes, an additional simulation of the operation of the energy system deviating from the set call interval is performed depending on the changed renewably generated electrical power; and/or - within critical time ranges in which the value of the renewably generated electrical power is above a preset threshold value, at least one regular simulation which falls within the critical time range is performed with a time increment which is smaller or greater than the set time increment; wherein - the energy system is operated according to the additional simulation and/or the regular simulation. - if the renewably generated electrical power changes, an additional simulation of the operation of the energy system deviating from the set call interval is performed depending on the changed renewably generated electrical power; and/or - within critical time ranges in which the value of the renewably generated electrical power is above a preset threshold value, at least one regular simulation which falls within the critical time range is performed with a time increment which is smaller or greater than the set time increment; wherein - the energy system is operated according to the additional simulation and/or the regular simulation.
An automatic external portal (1, 1a) having at least one movable portion (3, 3a) sliding in a displacement zone from an open position to a closed position through a passage having set dimensions, and vice versa, with the automatic external portal (1, la) comprising means for detecting the presence of at least one object in the displacement zone, with the detection means comprising at least one scanner positioned at one high end of the passage, with the scanner generating at least one scanning plane along at least part of said displacement zone of said at least one movable portion (3, 3a) by being substantially vertical or forming an acute angle relative to a vertical plane containing the movable portion (3, 3a), wherein the scanner is a laser scanner comprising an emitting cell and a receiving cell, with a light beam leaving the emitting cell being deflected in different angular positions by a rotating mirror to form a scanning plane, and comprising several scanning planes intersecting at said at least one scanner, with the rotating mirror having several inclined faces each corresponding to a scanning plane, wherein the at least one scanning plane defines at least two different predetermined detection zones which are successive in the width direction of the passage and comprising a high security zone (16, 18) and a security zone (17, 19), with the high security zone (16, 18) being predetermined as a zone where the risks of collision or jamming of the portal (1, 1a) are highest, with the portal further comprising means for automatically driving the at least one movable portion (3, 3a), with the scanner comprising a microprocessor having means for controlling the driving means, with the control means being so configured as to generate and to apply to the driving means different controls between one detection in the high security zone (16, 18) and the security zone (17, 19), with the portal comprising first and second stationary uprights (4a, 4b), which at least partially surround the passage having set dimensions, with the at least one movable portion (3, 3a) of the automatic external portal (1, 1a) comprising at least one panel, and wherein the high security zone (16, 18) is in the vicinity of the stationary upright (4a, 4b) through which the panel transversally slides or enters on said stationary upright (4a, 4b) side which faces the other stationary upright (4a, 4b).