mhurhangee/ep-ind-claims huggingface dataset:
Cathode half-shell of an electrolysis cell encompassing metallic cell element components, comprising • a metal support structure fused to the backside of the cathode half-shell and at least one metal spring element disposed plan-parallel on it; • an oxygen-consuming cathode, disposed on said at least one metal spring element, whereby said oxygen-consuming cathode encompasses a perforated metal support and a catalyst belt consisting of PTFE and silver oxide mechanically pressed on said support, whereby said silver oxide is reduced to silver during electrolysis, thereby producing a unitary connection between the components oxygen-consuming cathode and the at least one metal spring element characterized by a high conductivity, whereby at least one of said metal components is covered with an electric conductive coating, encompassing at least two layers, whereby • a first layer, which is brought up directly on the cell element material, is selected from the group consisting of Au, B-doted nickel, Ni-sulfide and their mixtures, whereby said first layer has a thickness of 0.005 to 0.2 μm; and • a second layer brought up on said first layer consisting of silver, whereby said second layer has a thickness of 0.1 to 30 μm. • a metal support structure fused to the backside of the cathode half-shell and at least one metal spring element disposed plan-parallel on it; • an oxygen-consuming cathode, disposed on said at least one metal spring element, whereby said oxygen-consuming cathode encompasses a perforated metal support and a catalyst belt consisting of PTFE and silver oxide mechanically pressed on said support, whereby said silver oxide is reduced to silver during electrolysis, thereby producing a unitary connection between the components oxygen-consuming cathode and the at least one metal spring element characterized by a high conductivity, • a first layer, which is brought up directly on the cell element material, is selected from the group consisting of Au, B-doted nickel, Ni-sulfide and their mixtures, whereby said first layer has a thickness of 0.005 to 0.2 μm; and • a second layer brought up on said first layer consisting of silver, whereby said second layer has a thickness of 0.1 to 30 μm.
An aqueous electrodeposition coating composition comprising a binder, wherein the binder is electrodepositable cathodically or anodically and an unhydrolyzed or at least partially hydrolyzed polyvinyl formamide polymer.
A geared motor with a gear unit which has an input shaft and a housing which has a housing part, a receiving part and a cover part, in particular and also a gear unit cover, wherein the housing surrounds toothed parts and oil at least partially in a housing-forming manner, wherein the input shaft is rotatably mounted via two bearings received in the receiving part, in particular wherein the inner rings of the two bearings are mounted on the input shaft, wherein the housing of a shaft end pump is connected to the housing part and an intermediate shaft of the gear unit is non-rotatably connected to a rotatable part of the shaft end pump, in particular and drives it, wherein oil conveyed by the shaft end pump out of the oil sump passes through a first channel arranged in the housing part, in particular through a first channel which is arranged in the housing part and passes through the housing part, which channel opens into a second channel which passes through the receiving part, and through the second channel arrives at the bearing arranged farther away from the intermediate shaft, in particular wherein the first channel is formed from bores formed in the housing part and/or wherein the second channel is formed from bores formed in the receiving part, characterised in that in the housing part there is arranged a third channel which is made mirror-symmetrical to the first channel, namely to a mirror plane of symmetry which contains the axis of rotation of the input shaft. wherein the input shaft is rotatably mounted via two bearings received in the receiving part, in particular wherein the inner rings of the two bearings are mounted on the input shaft, wherein the housing of a shaft end pump is connected to the housing part and an intermediate shaft of the gear unit is non-rotatably connected to a rotatable part of the shaft end pump, in particular and drives it, wherein oil conveyed by the shaft end pump out of the oil sump passes through a first channel arranged in the housing part, in particular through a first channel which is arranged in the housing part and passes through the housing part, which channel opens into a second channel which passes through the receiving part, and through the second channel arrives at the bearing arranged farther away from the intermediate shaft, in particular wherein the first channel is formed from bores formed in the housing part and/or wherein the second channel is formed from bores formed in the receiving part, characterised in that in the housing part there is arranged a third channel which is made mirror-symmetrical to the first channel, namely to a mirror plane of symmetry which contains the axis of rotation of the input shaft.
Insulating glazing at least comprising a first pane, a second pane, an outer pane interspace, an inner pane interspace, and a spacer with a glazing interior surface, a first pane contact surface (8.1) and a second pane contact surface (8.2), a plastic profile, a primary sealing means, and a main member containing at least one sealing material containing a drying material, wherein - the plastic profile separates the outer pane interspace from the inner pane interspace, - the main member is arranged in the outer pane interspace directly adjacent the plastic profile and the primary sealing means is arranged in the outer pane interspace directly adjacent the main member. - the plastic profile separates the outer pane interspace from the inner pane interspace, - the main member is arranged in the outer pane interspace directly adjacent the plastic profile and the primary sealing means is arranged in the outer pane interspace directly adjacent the main member.
A method for online certificate enrollment by a mobile network access device unknown or unregistered on a service provider network and requesting network access to the service provider network, comprising: receiving, by the mobile network access device, a certificate authority certificate for access to the service provider network; and then sending, by the mobile network access device, a certificate signing request to the service provider network server, wherein the signing request includes a network access standard designation, comprising a value that conveys the standard under which communication between the mobile network access device and the service provider network is arranged to be conducted, and the mobile network access device receives a signed access certificate that includes the network access standard designation. receiving, by the mobile network access device, a certificate authority certificate for access to the service provider network; and then sending, by the mobile network access device, a certificate signing request to the service provider network server, wherein the signing request includes a network access standard designation, comprising a value that conveys the standard under which communication between the mobile network access device and the service provider network is arranged to be conducted, and the mobile network access device receives a signed access certificate that includes the network access standard designation.
A computer-implemented method for pre-loading a web page in a mobile web browser, the method comprising: receiving a partial or complete query in a mobile web browser from a mobile device prior to the partial or complete query being submitted by a user; providing the partial or complete query to a server; receiving, from the server, an identification of a predicted web page responsive to the partial or complete query; downloading but not rendering the predicted web page prior to the partial or complete query being submitted by the user; and displaying the downloaded and rendered predicted web page in the mobile web browser after the completed query is submitted by the user when the predicted web page is determined to be responsive to the submitted query, wherein the predicted web page is not downloaded prior to the completing and submitting the query if the predicted web page is designated as a web page excluded from pre-loading. receiving a partial or complete query in a mobile web browser from a mobile device prior to the partial or complete query being submitted by a user; providing the partial or complete query to a server; receiving, from the server, an identification of a predicted web page responsive to the partial or complete query; downloading but not rendering the predicted web page prior to the partial or complete query being submitted by the user; and displaying the downloaded and rendered predicted web page in the mobile web browser after the completed query is submitted by the user when the predicted web page is determined to be responsive to the submitted query, wherein the predicted web page is not downloaded prior to the completing and submitting the query if the predicted web page is designated as a web page excluded from pre-loading.
A downhole perforator tool comprising a housing, the housing comprising: an inner surface configured for mounting to a tubular carrier in use; an outer surface; at least one chamber provided between the inner surface and the outer surface and containing at least one propellant source; an ignition system for igniting propellant at the at least one propellant source; and one or more outlets leading from the chamber to the outer surface, for combustion products from the at least one propellant source; wherein the housing comprises one or more cylindrical sleeves including the at least one chamber, and one or more circumferential rings including the one or more outlets, to provide a generally cylindrical housing with a bore therethrough; wherein the outer surface of the cylindrical sleeve or sleeves is of metal and the inner surface of a thermosetting resin or other polymer; wherein each outlet comprises one of more apertures which act as nozzles for jets of combustion products from the at least one propellant source; whereby the jets of combustion products can produce access holes into a rock formation. an inner surface configured for mounting to a tubular carrier in use; an outer surface; at least one chamber provided between the inner surface and the outer surface and containing at least one propellant source; an ignition system for igniting propellant at the at least one propellant source; and one or more outlets leading from the chamber to the outer surface, for combustion products from the at least one propellant source; wherein the housing comprises one or more cylindrical sleeves including the at least one chamber, and one or more circumferential rings including the one or more outlets, to provide a generally cylindrical housing with a bore therethrough; wherein the outer surface of the cylindrical sleeve or sleeves is of metal and the inner surface of a thermosetting resin or other polymer; wherein each outlet comprises one of more apertures which act as nozzles for jets of combustion products from the at least one propellant source; whereby the jets of combustion products can produce access holes into a rock formation. wherein the housing comprises one or more cylindrical sleeves including the at least one chamber, and one or more circumferential rings including the one or more outlets, to provide a generally cylindrical housing with a bore therethrough; wherein the outer surface of the cylindrical sleeve or sleeves is of metal and the inner surface of a thermosetting resin or other polymer; wherein each outlet comprises one of more apertures which act as nozzles for jets of combustion products from the at least one propellant source; whereby the jets of combustion products can produce access holes into a rock formation.
A jet pump measurement pipe repair method for repairing a breakage part of a measurement pipe which is horizontally fixed to a lower part of a jet pump provided in reactor water in a reactor pressure vessel, the method comprising: a cutting/removing step (S1c) of cutting and removing the measurement pipe including the breakage part and cutting a support member for welding and supporting the measurement pipe to a diffuser of the jet pump; a collecting step (S1d) of collecting the cut and removed measurement pipe and the support member after the cutting/removing step (S1c); a deforming step of deforming a spool piece so as to match a shape of the breakage part; a retaining step of fixing a clamp retaining the spool piece for supplementing the measurement pipe cut in the cutting/removing step to the remaining part of the support member remaining after the collecting step (S1d), both ends of the spool piece being connected to connection pipes (30, 40, 50); and a connecting step of connecting ends of the remaining measurement pipe by means of the connection pipes (30, 40, 45). a cutting/removing step (S1c) of cutting and removing the measurement pipe including the breakage part and cutting a support member for welding and supporting the measurement pipe to a diffuser of the jet pump; a collecting step (S1d) of collecting the cut and removed measurement pipe and the support member after the cutting/removing step (S1c); a deforming step of deforming a spool piece so as to match a shape of the breakage part; a deforming step of deforming a spool piece so as to match a shape of the breakage part; a retaining step of fixing a clamp retaining the spool piece for supplementing the measurement pipe cut in the cutting/removing step to the remaining part of the support member remaining after the collecting step (S1d), both ends of the spool piece being connected to connection pipes (30, 40, 50); and a connecting step of connecting ends of the remaining measurement pipe by means of the connection pipes (30, 40, 45).
Tubular motor assembly for a shading device or a securing device with an adjustable closure element such as a roller shutter or the like, wherein a tubular housing is provided, in which a drive motor is arranged, wherein a drive controller is provided, which has a displacement measuring assembly for ascertaining the position of the closure element, wherein, for ascertaining the position, the displacement measuring assembly has a sensor device, which generates periodic sensor signals when there is an adjustment of the closure element, and wherein the sensor device has an adjustable triggering element assembly with at least one triggering magnet, in particular a number of triggering magnets, wherein the triggering element assembly in the fitted state is coupled with the closure element by way of a winding shaft or the like, so that the adjustment of the closure element determines the direction of the sensor field, characterized in that the sensor device has a magnetoresistive sensor, to which a sensor plane is assigned, in that the sensor is arranged in such a way that the tubular motor axis runs offset substantially parallel to the sensor plane, in that the direction of a magnetic field within the sensor plane can be sensed by means of the sensor, in that the triggering element assembly generates a magnetic field - sensor field - in the sensor plane, and in that the sensor on the one hand and the triggering element assembly on the other hand are designed and arranged in such a way that each adjustment of the closure element is accompanied by a change in the sensor signals.
A method for open- or closed-loop controlling the driving and braking behaviour of a leading first vehicle of a vehicle train that is or is to be loosely coupled comprising the leading first vehicle and at least one second vehicle (4, 6, 8, 10, 12) while the vehicle train is making a journey, a) the first vehicle leading the vehicle train and the at least one second vehicle (4, 6, 8, 10, 12) each being participants in the vehicle train, b) before the start of the journey of the vehicle train participant data characterising a driving and braking behaviour of the participant (4, 6, 8, 10, 12) in question existing in relation to a point in time prior to the start of travel being determined by each participant (4, 6, 8, 10, 12) in the vehicle train itself, and the participant data of at least one participant (4, 6, 8, 10, 12) different from the leading first vehicle being transmitted to the leading first vehicle, characterised in that c) thereafter, but still before the start of the journey, internal parameters for the driving and braking behaviour of the leading first vehicle are set during the journey dependent on the participant data of each participant (4, 6, 8, 10, 12) in the vehicle train, d) the driving and braking behaviour of the leading first vehicle then being determined during the journey of the vehicle train dependent on the internal parameters. a) the first vehicle leading the vehicle train and the at least one second vehicle (4, 6, 8, 10, 12) each being participants in the vehicle train, b) before the start of the journey of the vehicle train participant data characterising a driving and braking behaviour of the participant (4, 6, 8, 10, 12) in question existing in relation to a point in time prior to the start of travel being determined by each participant (4, 6, 8, 10, 12) in the vehicle train itself, and the participant data of at least one participant (4, 6, 8, 10, 12) different from the leading first vehicle being transmitted to the leading first vehicle, characterised in that c) thereafter, but still before the start of the journey, internal parameters for the driving and braking behaviour of the leading first vehicle are set during the journey dependent on the participant data of each participant (4, 6, 8, 10, 12) in the vehicle train, d) the driving and braking behaviour of the leading first vehicle then being determined during the journey of the vehicle train dependent on the internal parameters.
A multi-analysis path test sensor for determining a glycated hemoglobin concentration of an undiluted whole blood sample, the test sensor comprising: an inlet in fluid communication with a divided flow inlet and a common flow inlet, the divided flow inlet in fluid communication with at least one first isolated flow path and the common flow inlet in fluid communication with at least a second and a third isolated flow path, wherein said the common flow inlet includes a first chemical reaction zone including an immobilized lysing matrix and an interference reduction matrix; a hematocrit analysis path in fluid communication with the divided flow inlet, the hematocrit analysis path including at least four electrical conductors sequentially arranged in the first isolated flow path, and wherein said hematocrit analysis path includes a hematocrit working and counter electrode pair; a total hemoglobin analysis path in fluid communication with the common flow inlet, the total hemoglobin analysis path including a total hemoglobin working and counter electrode pair arranged in the second isolated flow path; and a glycated hemoglobin analysis path in fluid communication with the common flow inlet, the glycated hemoglobin analysis path including a second chemical reaction zone including a protein cleaving reagent, a pH adjustment zone, and a glycated hemoglobin working and counter electrode pair arranged in the third isolated flow path. an inlet in fluid communication with a divided flow inlet and a common flow inlet, the divided flow inlet in fluid communication with at least one first isolated flow path and the common flow inlet in fluid communication with at least a second and a third isolated flow path, wherein said the common flow inlet includes a first chemical reaction zone including an immobilized lysing matrix and an interference reduction matrix; a hematocrit analysis path in fluid communication with the divided flow inlet, the hematocrit analysis path including at least four electrical conductors sequentially arranged in the first isolated flow path, and wherein said hematocrit analysis path includes a hematocrit working and counter electrode pair; a total hemoglobin analysis path in fluid communication with the common flow inlet, the total hemoglobin analysis path including a total hemoglobin working and counter electrode pair arranged in the second isolated flow path; and a glycated hemoglobin analysis path in fluid communication with the common flow inlet, the glycated hemoglobin analysis path including a second chemical reaction zone including a protein cleaving reagent, a pH adjustment zone, and a glycated hemoglobin working and counter electrode pair arranged in the third isolated flow path.
A vaginal pessary sized and shaped for alleviating organ prolapse, comprising: (a) a body including a plurality of unbroken, close-ended arc sections (2402, 2404, 2406, 2408) adapted to, at least in one state, extend along a vaginal axis and apply force to facing vaginal walls along axial extents thereof, wherein said body is adapted to be in at least two states: (i) a compressed state in which said body is sized for insertion into said vagina; and (ii) an expanded state in which said body is sized and stiff enough for providing organ prolapse alleviation and in which state said plurality of arc sections (2402, 2404, 2406, 2408) extend along a vaginal axis, apply force to facing vaginal walls and define a generally spherical, rectangular or ovoid shape; and (b) a bi-stable state changing mechanism integral to said pessary and configured to change a configuration of said body from one state to the other state, wherein said pessary is stable in both states. (a) a body including a plurality of unbroken, close-ended arc sections (2402, 2404, 2406, 2408) adapted to, at least in one state, extend along a vaginal axis and apply force to facing vaginal walls along axial extents thereof, wherein said body is adapted to be in at least two states: (i) a compressed state in which said body is sized for insertion into said vagina; and (ii) an expanded state in which said body is sized and stiff enough for providing organ prolapse alleviation and in which state said plurality of arc sections (2402, 2404, 2406, 2408) extend along a vaginal axis, apply force to facing vaginal walls and define a generally spherical, rectangular or ovoid shape; and (i) a compressed state in which said body is sized for insertion into said vagina; and (ii) an expanded state in which said body is sized and stiff enough for providing organ prolapse alleviation and in which state said plurality of arc sections (2402, 2404, 2406, 2408) extend along a vaginal axis, apply force to facing vaginal walls and define a generally spherical, rectangular or ovoid shape; and (b) a bi-stable state changing mechanism integral to said pessary and configured to change a configuration of said body from one state to the other state,
Control device (10; 10a; 10b), in particular for a motor vehicle, having a housing (11; 32; 46) which is embodied as a slide-in housing and in the interior of which at least one printed circuit board (20; 30, 31) is arranged, characterized in that the at least one printed circuit board (20; 30, 31) is assigned at least one damping element (22, 23; 37, 38, 39) which is preferably connected to the printed circuit board (20; 30, 31) and is elastic at least in a plane perpendicular to the printed circuit board (20; 30, 31), and in that the at least one damping element (22, 23; 37, 38, 39) interacts with a deformation region (24, 25; 41, 42; 47, 48) of the housing (11; 32; 46), which is formed by denting inward a housing section, and in the process said damping element (22, 23; 37, 38, 39) produces a bearing contact with the at least one damping element (22, 23; 37, 38, 39).