mhurhangee/ep-ind-claims huggingface dataset:
Method for checking the integrity of data stored in a predetermined memory area of a memory of a first device, wherein the first device is coupled to at least one second device by means of a network, comprising the steps: a) provision of at least one parameter which is suitable for influencing a hash value (H1, H2) of at least one predetermined hash function; b) calculation of at least one hash value (H1, H2) on the basis of the data stored in the predetermined memory area, the at least one predetermined hash function and the at least one parameter; and c) checking of the integrity of the data stored in the predetermined memory area of the first device on the basis of the calculated hash value or the calculated hash values (H1, H2) by the second device, wherein the at least one parameter comprises a number of memory location pointers (S1-S4), as a result of which at least two memory sections (SA1, SA2) of the predetermined memory area are defined and the defined memory sections (SA1, SA2) cover at least the predetermined memory area, wherein in each case a hash value (H1, H2) is calculated on the basis of the data of one of the memory sections (SA1, SA2) and one of the predetermined hash functions. a) provision of at least one parameter which is suitable for influencing a hash value (H1, H2) of at least one predetermined hash function; b) calculation of at least one hash value (H1, H2) on the basis of the data stored in the predetermined memory area, the at least one predetermined hash function and the at least one parameter; and c) checking of the integrity of the data stored in the predetermined memory area of the first device on the basis of the calculated hash value or the calculated hash values (H1, H2) by the second device,
A system for network connection, characterized in that, comprising: a wireless terminal, configured to initiate a network connection request to a computer system, wherein the computer system includes a terminal device feature storage module, a terminal monitoring module and a terminal management module; the terminal device feature storage module, configured to store a terminal feature and a networking policy corresponding to the terminal feature, wherein the networking policy comprises IPv4 and IPv6 dual stack networking; the terminal monitoring module, configured to obtain the terminal feature of the wireless terminal after detecting that the wireless terminal initiates the network connection request, query in the terminal device feature storage module whether the networking policy corresponding to the wireless terminal exists, and if the networking policy exists, add a network service corresponding to the wireless terminal to the computer system according to the terminal feature of the wireless terminal, and transmit a start instruction to the terminal management module; and the terminal management module, configured to, after receiving the start instruction, obtain the networking policy corresponding to the wireless terminal through the terminal monitoring module, provide the obtained networking policy to a user, and further configured to after receiving a networking operation instruction from the user, control the wireless terminal according to the networking operation instruction to implement network connection. a wireless terminal, configured to initiate a network connection request to a computer system, wherein the computer system includes a terminal device feature storage module, a terminal monitoring module and a terminal management module; the terminal device feature storage module, configured to store a terminal feature and a networking policy corresponding to the terminal feature, wherein the networking policy comprises IPv4 and IPv6 dual stack networking; the terminal monitoring module, configured to obtain the terminal feature of the wireless terminal after detecting that the wireless terminal initiates the network connection request, query in the terminal device feature storage module whether the networking policy corresponding to the wireless terminal exists, and if the networking policy exists, add a network service corresponding to the wireless terminal to the computer system according to the terminal feature of the wireless terminal, and transmit a start instruction to the terminal management module; and the terminal management module, configured to, after receiving the start instruction, obtain the networking policy corresponding to the wireless terminal through the terminal monitoring module, provide the obtained networking policy to a user, and further configured to after receiving a networking operation instruction from the user, control the wireless terminal according to the networking operation instruction to implement network connection.
A pulse tube cryocooler comprising: a cold head including a pulse tube (110a, 110b) and a radiator thermally coupled to a high-temperature end of the pulse tube (110a, 110b); and a forced cooling device that is configured to forcedly cool the radiator in cool-down of the pulse tube cryocooler from an ambient temperature to a cryogenic temperature, wherein the forced cooling device includes a sensor that is configured to detect a state of the pulse tube cryocooler, an air-cooled or liquid-cooled cooler that is configured to cool the radiator, and a controller configured to determine whether or not the pulse tube cryocooler is in the cool-down, based on an output of the sensor, and operate the cooler in the cool-down. a cold head including a pulse tube (110a, 110b) and a radiator thermally coupled to a high-temperature end of the pulse tube (110a, 110b); and a forced cooling device that is configured to forcedly cool the radiator in cool-down of the pulse tube cryocooler from an ambient temperature to a cryogenic temperature, wherein the forced cooling device includes a sensor that is configured to detect a state of the pulse tube cryocooler, an air-cooled or liquid-cooled cooler that is configured to cool the radiator, and a controller configured to determine whether or not the pulse tube cryocooler is in the cool-down, based on an output of the sensor, and operate the cooler in the cool-down.
A dry methanation process comprising the following steps: a) pre-treatment of the input comprising the addition of an additive selected from zeolite, clay, pozzolan and biochar, whose particle size varies from 100 μm to 1000 μm, followed or preceded by hydrolysis; b) anaerobic digestion; c) separation of the solid phase from the liquid phase of the digestate. a) pre-treatment of the input comprising the addition of an additive selected from zeolite, clay, pozzolan and biochar, whose particle size varies from 100 μm to 1000 μm, followed or preceded by hydrolysis; b) anaerobic digestion; c) separation of the solid phase from the liquid phase of the digestate.
A method for producing alcohol from cellulose-containing biomass, the method comprising the following steps to: step: the step of pretreating a cellulose-containing biomass; step: the step of saccharifying the pretreated cellulose-containing biomass obtained in the step with a saccharification enzyme; step: the step of removing a saccharification residual solid from a saccharification treated product obtained in the step; step: the step of culturing an alcohol fermentation microorganism with an aqueous sugar solution obtained in the step as a fermentation raw material; step: the step of removing the alcohol fermentation microorganism from a culture liquid containing the alcohol fermentation microorganism obtained in the step; step: the step of distilling the alcohol fermentation liquid obtained in the step to recover alcohol; step: the step of passing and filtering a distillation residual liquid obtained in the step through a reverse osmosis membrane; and step: the step of performing treatment of discharging a retentate obtained in the step. step: the step of pretreating a cellulose-containing biomass; step: the step of saccharifying the pretreated cellulose-containing biomass obtained in the step with a saccharification enzyme; step: the step of removing a saccharification residual solid from a saccharification treated product obtained in the step; step: the step of culturing an alcohol fermentation microorganism with an aqueous sugar solution obtained in the step as a fermentation raw material; step: the step of removing the alcohol fermentation microorganism from a culture liquid containing the alcohol fermentation microorganism obtained in the step; step: the step of distilling the alcohol fermentation liquid obtained in the step to recover alcohol; step: the step of passing and filtering a distillation residual liquid obtained in the step through a reverse osmosis membrane; and step: the step of performing treatment of discharging a retentate obtained in the step.
Additive reservoir for an electronic smoking device, comprising an additive storage volume, a through hole that extends through the additive reservoir, and an additive outlet opening that opens the additive storage volume to the through hole, wherein the additive reservoir comprises an atomizer-free wick that extends through the additive outlet opening into the through hole, characterized in that the through hole comprises a constricting section in which a diameter of the through hole decreases, wherein the additive outlet opening opens into the constricting section, wherein in the constricting section, the through hole is formed by a first and a second pair of opposite lateral side sections (58, 60), wherein the opposite lateral side sections of the first pair are tapered towards each other and the opposite lateral side sections of the second pair are tapered less towards each other than the opposite lateral side sections of the first pair, and wherein the additive outlet opening is arranged in one of the lateral side sections of the second pair. the additive reservoir comprises an atomizer-free wick that extends through the additive outlet opening into the through hole, characterized in that the through hole comprises a constricting section in which a diameter of the through hole decreases, wherein the additive outlet opening opens into the constricting section, wherein in the constricting section, the through hole is formed by a first and a second pair of opposite lateral side sections (58, 60), wherein the opposite lateral side sections of the first pair are tapered towards each other and the opposite lateral side sections of the second pair are tapered less towards each other than the opposite lateral side sections of the first pair, and wherein the additive outlet opening is arranged in one of the lateral side sections of the second pair.
A hinge for the door of electrical household appliances, particularly for hinging the door of dishwashers, comprising a coupling element, which can be fixed to the body of the appliance, and a supporting element, which can be fixed to the door and is hinged to said coupling element about a main axis, an element being provided for connecting said supporting element to elastic means that contrast the rotation of said supporting element with respect to said coupling element in the direction of rotation that corresponds to the opening rotation of the door with respect to the appliance, friction means being also provided which are interposed between said connecting element and said coupling element in order to slow the rotation of said supporting element with respect to said coupling element about said main axis, characterized in that said friction means are connected to said coupling element and engage against two opposite faces of said connecting element.
A liquid cleaning composition comprising: a) from 10% to 60%, by weight of the liquid cleaning composition, of a surfactant system comprising from 20% to 97%, by weight of the surfactant system, of one or more anionic surfactants; b) from 0.0001% to 5%, by weight of the liquid cleaning composition, of a cleaning enzyme; and c) from 2% to 20%, by weight of the liquid cleaning composition, of an organic acidulant having a calculated stability constant for Ca 2+ ion of less than 1.5 at a pH of 4, wherein the organic acidulant comprises lactic acid; wherein the cleaning composition has a neat pH of from 2 to 6. a) from 10% to 60%, by weight of the liquid cleaning composition, of a surfactant system comprising from 20% to 97%, by weight of the surfactant system, of one or more anionic surfactants; b) from 0.0001% to 5%, by weight of the liquid cleaning composition, of a cleaning enzyme; and c) from 2% to 20%, by weight of the liquid cleaning composition, of an organic acidulant having a calculated stability constant for Ca 2+ ion of less than 1.5 at a pH of 4, wherein the organic acidulant comprises lactic acid;
A cleaning device for use with an endoscope, wherein the cleaning device comprises: an elongated and flexible base (24, 28, 56) comprising at least a first sheath structure (24, 56), the cleaning device further comprising at least a second sheath structure, the second sheath structure being secured to the base (24, 28, 56) and axially spaced along the base (24, 28, 56); a set of discs (20, 54) axially spaced along the second sheath structure, each disc positioned along the first sheath structure (24, 56) at a center point of the disc, wherein at least one disc of the set of discs has a circumference which is not equal to a circumference of an adjacent disc of the set of discs; and; a brush component (14, 84), positioned on one side of the set of discs (20, 54); characterized in that the cleaning device further comprises a mechanical barrier (34, 128), positioned between the set of discs (20, 54) and the brush component, and limiting insertion depth of the cleaning device into an endoscopic device. an elongated and flexible base (24, 28, 56) comprising at least a first sheath structure (24, 56), the cleaning device further comprising at least a second sheath structure, the second sheath structure being secured to the base (24, 28, 56) and axially spaced along the base (24, 28, 56); a set of discs (20, 54) axially spaced along the second sheath structure, each disc positioned along the first sheath structure (24, 56) at a center point of the disc, wherein at least one disc of the set of discs has a circumference which is not equal to a circumference of an adjacent disc of the set of discs; and; a brush component (14, 84), positioned on one side of the set of discs (20, 54); characterized in that the cleaning device further comprises a mechanical barrier (34, 128), positioned between the set of discs (20, 54) and the brush component, and limiting insertion depth of the cleaning device into an endoscopic device.
Siphon for discharging condensate produced during the cooling of the exhaust gas in heating appliances using calorific value, namely the condensate produced during the cooling of the exhaust gas from the water vapour that is present, comprising a fixed condensate container in which a liquid guide is present, the liquid guide having a condensate inlet and a condensate outlet, the liquid guide having a vertical deflection, the upper edge of the lowest point of the liquid guide being arranged lower than the lower edge of the highest point of the liquid guide, the condensate outlet having, at least in a section thereof, a venting device via which pressure can be equalised relative to the surroundings by means of a gas flow, characterised in that the venting device is made of porous sintered plastic.
A serum albumin binding antibody or fragment thereof comprising a heavy chain variable domain having the sequence given in SEQ ID NO: 1 and a light chain variable domain having the sequence given in SEQ ID NO:3.
Variable displacement pump for hydraulic gearbox control systems, in particular vane pump (1, 100), with variable stroke volume and with a pump controller for outflow pressure control, in the case of which the outlet pressure of the pump in a compensation chamber and a control pressure, which can be set by the pump controller, in a control pressure chamber (11, 106) acts on an adjustable stroke ring (3, 105), wherein the pressure in the control pressure chamber (11, 106) and an additional spring force move the stroke ring (3, 105) in the direction of maximum swiveling out, i.e. maximum stroke volume, and with a gearbox control system for automatic gearboxes which has a primary hydraulic circuit (39, 130) for the elements of the gearbox which are relevant to the transmission of force and a primary pressure control valve (41, 134, 212) which, upon reaching or exceeding the adjustable primary pressure, opens a bypass to a secondary hydraulic circuit (55, 136, 218) and, in the event of further exceeding of the primary pressure, has an additional pressure limiting function for the primary pressure, and wherein the secondary hydraulic circuit (55, 136, 218) serves the purpose of cooling and lubrication of the gearbox, characterized in that an additional shift valve (138, 170, 184, 200) has a connection to the primary hydraulic circuit (39, 130) and the primary pressure control valve (41, 134, 212) and the control loops or control circuits of the pump control and the gearbox primary pressure control are separated from one another or are connected and thus the control loops or control circuits of the pump control and the gearbox primary pressure control can be activated or interconnected independently and individually by means of a control circuit.
An interface system, comprising: a nasal cannula comprising a cannula body, at least one nasal prong extending from the cannula body, a gases tube that communicates with the at least one nasal prong and a cannula retention arrangement that is coupled to the cannula body for retaining the nasal cannula on the head of a user; a mask having a mask body, the mask body defining a user-contacting surface and an interior space when the user-contacting surface is in contact with a face of the user, the mask further comprising a mask retention arrangement that is coupled to the mask body for retaining the mask on the head of the user, the interior space of the mask being configured to accommodate at least a portion of the cannula body including the at least one nasal prong when the mask is positioned on the head of the user with the user-contacting surface in contact with the face of the user, characterized in that the mask further comprises a one-way valve to open on inhalation and to at least partially close on exhalation; wherein the mask is adapted to create a seal around the nose and/or mouth of the user when the mask is used in combination with the nasal cannula and is selectively securable to or removable from a user independently of the nasal cannula, the seal being sufficient to provide increased expiratory pressure relative to use of the nasal cannula without the mask. a nasal cannula comprising a cannula body, at least one nasal prong extending from the cannula body, a gases tube that communicates with the at least one nasal prong and a cannula retention arrangement that is coupled to the cannula body for retaining the nasal cannula on the head of a user; a mask having a mask body, the mask body defining a user-contacting surface and an interior space when the user-contacting surface is in contact with a face of the user, the mask further comprising a mask retention arrangement that is coupled to the mask body for retaining the mask on the head of the user, the interior space of the mask being configured to accommodate at least a portion of the cannula body including the at least one nasal prong when the mask is positioned on the head of the user with the user-contacting surface in contact with the face of the user, characterized in that the mask further comprises a one-way valve to open on inhalation and to at least partially close on exhalation; wherein the mask is adapted to create a seal around the nose and/or mouth of the user when the mask is used in combination with the nasal cannula and is selectively securable to or removable from a user independently of the nasal cannula, the seal being sufficient to provide increased expiratory pressure relative to use of the nasal cannula without the mask.
A reciprocating power tool comprising: a reciprocating cutting mechanism arranged to be driven by a motor via a driving assembly (100, 200), characterized in that the driving assembly includes a resilient arrangement (126, 226) arranged to be charged when the cutting mechanism is driven by the motor and, whereupon the drive from the motor is terminated, the resilient arrangement is arranged to reverse the cutting mechanism from a direction of the drive from the motor. a reciprocating cutting mechanism arranged to be driven by a motor via a driving assembly (100, 200), characterized in that the driving assembly includes a resilient arrangement (126, 226) arranged to be charged when the cutting mechanism is driven by the motor and, whereupon the drive from the motor is terminated, the resilient arrangement is arranged to reverse the cutting mechanism from a direction of the drive from the motor.
A device (100, 100') for collection of biological samples, comprising: a lid, a collection portion support, and a collection portion with a surface for receiving a biological sample; wherein the lid comprises a window and a window holder; wherein the surface defines a first plane; wherein the collection portion comprises: - a first position marker (500, 700, 702, 704, 706, 722, 724, 728, 730, 732), wherein the first position marker indicates a first center point (712, 714); - a second position marker (502, 700, 702, 704, 706, 722, 724, 728, 730, 732), wherein the second position marker indicates a second center point (712, 714); and - a third position marker (504, 700, 702, 704, 706, 722, 724, 728, 730, 732), wherein the third position marker indicates a third center point (712, 714); wherein the first center point, the second center point and the third center point define a second plane, wherein the second plane and the first plane define a line of intersection; wherein the device has an interior volume defined partially by the collection portion support, the collection portion, the window, and the window holder; wherein the interior volume has interior surfaces; wherein the window is operable to allow inspection of the first position marker, the second position marker, and the third position marker; wherein the collection portion support has a fluid inlet and a fluid outlet; wherein the fluid inlet is located at a first side of the device; wherein the fluid outlet is located at a second side of the device; and wherein there is a fluid path from the fluid inlet to the fluid outlet via the interior volume. - a first position marker (500, 700, 702, 704, 706, 722, 724, 728, 730, 732), wherein the first position marker indicates a first center point (712, 714); - a second position marker (502, 700, 702, 704, 706, 722, 724, 728, 730, 732), wherein the second position marker indicates a second center point (712, 714); and - a third position marker (504, 700, 702, 704, 706, 722, 724, 728, 730, 732), wherein the third position marker indicates a third center point (712, 714);
A method for removing sulfides from petroleum streams, the method comprising the step of adding to the organic liquid an effective amount of a zinc octoate with a molar ratio of zinc to octanoic acid that is 2:3; wherein the zinc octoate is tetranuclear oxo zinc octoate; the zinc octoate is prepared in an aromatic solvent in which the zinc metal content comprises between 5% and 20% by weight of the fluid and wherein at least 50% of the sulfides are removed.