mhurhangee/ep-ind-claims huggingface dataset:
A panel mount electrical connector comprising: a dielectric housing having a forward mating portion which is receivable in a cutout in a mounting panel, a flange extending from and formed integrally with the housing and dimensioned larger than the cutout, mounting projections opposed to the flange for capturing the mounting panel therebetween and a rear portion having a rear face with terminal-receiving cavities extending inwardly through the rear face; the flange extending from the housing; the terminal-receiving cavities extending from the rear face to the forward mating face, longitudinal axes of the terminal-receiving cavities extending in a straight line; a flange seal configured to seal between the mounting panel and the flange when the electrical connector is mounted in the mounting panel; characterised in that the flange extends from the housing at an acute angle relative to a forward mating face of the forward mating portion of the housing wherein the forward mating face of the housing is angled relative to the flange to prevent condensation from occurring on the forward mating face when the connector is mounted in the mounting panel. a dielectric housing having a forward mating portion which is receivable in a cutout in a mounting panel, a flange extending from and formed integrally with the housing and dimensioned larger than the cutout, mounting projections opposed to the flange for capturing the mounting panel therebetween and a rear portion having a rear face with terminal-receiving cavities extending inwardly through the rear face; the flange extending from the housing; the terminal-receiving cavities extending from the rear face to the forward mating face, longitudinal axes of the terminal-receiving cavities extending in a straight line; a flange seal configured to seal between the mounting panel and the flange when the electrical connector is mounted in the mounting panel; characterised in that the flange extends from the housing at an acute angle relative to a forward mating face of the forward mating portion of the housing wherein the forward mating face of the housing is angled relative to the flange to prevent condensation from occurring on the forward mating face when the connector is mounted in the mounting panel.
A medical device, comprising a ventilation information display apparatus which comprises: a display; one or more sensors, which are configured to acquire at least one respiratory parameter of a patient; and a processor; characterized in that, the processor is configured to: acquire the at least one respiratory parameter of the patient; acquire a target of a ventilation control parameter; acquire a ventilation treatment strategy; calculate a target of at least one associated control parameter according to the target of the ventilation control parameter and the ventilation treatment strategy; obtain, according to the acquired at least one respiratory parameter, a ventilation parameter which characterizes a ventilation state of the patient; and generate and output a visual graph according to the ventilation parameter of the patient, the target of the ventilation control parameter and the target of the at least one associated control parameter, wherein the ventilation state of the patient, the target of the ventilation control parameter and the target of the at least one associated control parameter are displayed through the visual graph. a display; one or more sensors, which are configured to acquire at least one respiratory parameter of a patient; and a processor; characterized in that, the processor is configured to: acquire the at least one respiratory parameter of the patient; acquire a target of a ventilation control parameter; acquire a ventilation treatment strategy; calculate a target of at least one associated control parameter according to the target of the ventilation control parameter and the ventilation treatment strategy; obtain, according to the acquired at least one respiratory parameter, a ventilation parameter which characterizes a ventilation state of the patient; and generate and output a visual graph according to the ventilation parameter of the patient, the target of the ventilation control parameter and the target of the at least one associated control parameter, wherein the ventilation state of the patient, the target of the ventilation control parameter and the target of the at least one associated control parameter are displayed through the visual graph. acquire the at least one respiratory parameter of the patient; acquire a target of a ventilation control parameter; acquire a ventilation treatment strategy; calculate a target of at least one associated control parameter according to the target of the ventilation control parameter and the ventilation treatment strategy; obtain, according to the acquired at least one respiratory parameter, a ventilation parameter which characterizes a ventilation state of the patient; and generate and output a visual graph according to the ventilation parameter of the patient, the target of the ventilation control parameter and the target of the at least one associated control parameter, wherein the ventilation state of the patient, the target of the ventilation control parameter and the target of the at least one associated control parameter are displayed through the visual graph.
Laundry care appliance with a removable storage container, wherein the removable storage container has a container interior for receiving a liquid, wherein the removable storage container comprises a displaceable closing element for closing off an opening in the removable storage container, and with a liquid coupling for supplying the liquid from the removable storage container, through the opening and into a dosing device of the laundry care appliance, characterised in that, wherein the liquid coupling is embodied to displace the displaceable closing element from a first position for closing off the opening into a second position for unblocking the opening, wherein the liquid coupling has a first electrode and a second electrode, wherein the first and second electrode (115, 117) are in contact with the container interior in the second position of the displaceable closing contact, wherein a voltage is able to be applied to the first and second electrode (115, 117) in the second position of the displaceable closing element, wherein the laundry care appliance has a controller, which is electrically connected to the first and second electrode (115, 117) and is embodied, on the basis of a change in the current flow induced by the voltage, to detect a fill level of the liquid in the removable storage container, so that, when the liquid coupling is fluidically connected to the removable storage container, the liquid coupling then displaces the displaceable closing element from the first position for closing off the opening into the second position for unblocking the opening, so that the liquid is able to be fed, through the liquid coupling, out of the removable storage container and to the dosing device, wherein the two electrodes (115, 117) are in contact with the container interior, in particular with the liquid in the container interior, in the second position of the displaceable closing element, wherein the two electrodes (115, 117) are arranged at a defined height on the removable storage container, so that the controller, with a current flow occurring through the liquid, is able to detect that the fill level of the liquid in the removable storage container is arranged above the electrodes (115, 117), and so that the controller, with a drop in the current flow through the liquid, is likewise able to detect that the fill level of the liquid in the removable storage container falls below the height of the two electrodes (115, 117), whereby it is possible to detect a falling fill level of the liquid in the removable storage container, wherein the second electrode, in the second position of the displaceable closing element, is arranged on the opening, in order to be in contact with the container interior in the second position of the displaceable closing element, characterised in that the removable storage container has a further opening, wherein the further opening is able to be closed off by the displaceable closing element in the first position and unblocked in the second position, and that the first electrode is arranged on the further opening in the second position.
An improved hanger for a lavatory treatment device which comprises: a top plate portion which from an approximate midpoint, depends a downwardly extending stalk, wherein the top plate portion includes a left arm section section and a right arm section which extends outwardly from the midpoint and in a forward direction with respect to the stalk, wherein the left arm section and the right arm section, are preferably essentially symmetrical about the midpoint and at the ends of each of the left arm section section and a right arm section are each a downwardly extending to grip arm,,, which grip arms, are parallel and spaced part from one another, and also each is located forward of the stalk, characterised in that the left arm section and the right arm section are angled forwardly with respect to the stalk, whereby a both of the left arm section and the right arm section are extended forwardly by an unstressed angle relative to a reference plane "W" drawn tangential to the stalk at the midpoint and equidistant from each of the left arm section and the right arm section each of the left arm section and the right arm section being forwardly movable to form a greater angle with respect to the reference plane "W", which is achieved by the material of construction of the hanger being sufficiently flexible or deformable to permit for plastic deformation of the hanger. a top plate portion which from an approximate midpoint, depends a downwardly extending stalk, wherein the top plate portion includes a left arm section section and a right arm section which extends outwardly from the midpoint and in a forward direction with respect to the stalk, wherein the left arm section and the right arm section, are preferably essentially symmetrical about the midpoint and at the ends of each of the left arm section section and a right arm section are each a downwardly extending to grip arm,,, which grip arms, are parallel and spaced part from one another, and also each is located forward of the stalk, characterised in that the left arm section and the right arm section are angled forwardly with respect to the stalk, whereby a both of the left arm section and the right arm section are extended forwardly by an unstressed angle relative to a reference plane "W" drawn tangential to the stalk at the midpoint and equidistant from each of the left arm section and the right arm section each of the left arm section and the right arm section being forwardly movable to form a greater angle with respect to the reference plane "W", which is achieved by the material of construction of the hanger being sufficiently flexible or deformable to permit for plastic deformation of the hanger.
Device for equipping a supporting surface comprising 1.1 a separator 1.2 a steel frame for fixing the separator 1.3 at least one concrete block, wherein 1.4 the separator is fixed on the steel frame and the steel frame is arranged on a concrete block such that the legs of the steel frame comprise at least one concrete block on both sides, wherein a control cabinet is fixed on the steel frame and wherein the steel frame comprises forklift pockets for handling by means of a pallet fork. 1.1 a separator 1.2 a steel frame for fixing the separator 1.3 at least one concrete block, wherein 1.4 the separator is fixed on the steel frame and the steel frame is arranged on a concrete block such that the legs of the steel frame comprise at least one concrete block on both sides, wherein a control cabinet is fixed on the steel frame and wherein the steel frame comprises forklift pockets for handling by means of a pallet fork.
A method in a radio network node for communicating with a user equipment during a communication between the radio network node and a radio base station in a radio communications network, which radio network node, radio base station and the user equipment are comprised In the radio communications network, which radio network. node serves the user equipment within a cell and is configured to communicate with the radio base station and the user equipment over a frequency spectrum in a time division duplexing configuration, the method comprising: - setting up a first connection over a first part of the frequency spectrum to the radio base station, and a second connection to the user equipment over the first or a second part of the frequency spectrum, which second part of the frequency spectrum Is solely used for communication with user equipments within the cell; - determining that the first connection to the radio base station supports a transmission rank higher than a one layer transmission; - reporting back to the radio base station that the first connection supports a reported transmission rank, which reported transmission rank is lower than the determined transmission rank. - identifying that the second connection to the user equipment supports a transmission rank higher than a one layer transmission; and - communicating simultaneously with the user equipment and the radio base station over respective connection in a time slot of a reference time configured by the radio communications network, wherein the communicating Is performed at the time slot, which time slot Is then used for simultaneously transmitting data to the radio base station and the user equipment or simultaneously receiving data from the radio base station and the user equipment. - setting up a first connection over a first part of the frequency spectrum to the radio base station, and a second connection to the user equipment over the first or a second part of the frequency spectrum, which second part of the frequency spectrum Is solely used for communication with user equipments within the cell; - determining that the first connection to the radio base station supports a transmission rank higher than a one layer transmission; - reporting back to the radio base station that the first connection supports a reported transmission rank, which reported transmission rank is lower than the determined transmission rank. - identifying that the second connection to the user equipment supports a transmission rank higher than a one layer transmission; and - communicating simultaneously with the user equipment and the radio base station over respective connection in a time slot of a reference time configured by the radio communications network, wherein the communicating Is performed at the time slot, which time slot Is then used for simultaneously transmitting data to the radio base station and the user equipment or simultaneously receiving data from the radio base station and the user equipment.
An assembly for induction welding, comprising: a fixture including a first support structure, a second support structure and a third support structure; the second support structure including a frame and a plurality of trunks, each of the plurality of trunks connected to and repositionable on the frame; the third support structure including a second frame and a plurality of second trunks, and each of the plurality of second trunks connected to and repositionable on the second frame; the fixture configured to secure a workpiece vertically between the first support structure and the second support structure using the plurality of trunks during induction welding of the workpiece; and the fixture further configured to secure the workpiece with the third support structure using the plurality of second trunks during the induction welding of the workpiece, wherein each of the plurality of trunks and each of the plurality of second trunks is configured as a support block. a fixture including a first support structure, a second support structure and a third support structure; the second support structure including a frame and a plurality of trunks, each of the plurality of trunks connected to and repositionable on the frame; the third support structure including a second frame and a plurality of second trunks, and each of the plurality of second trunks connected to and repositionable on the second frame; the fixture configured to secure a workpiece vertically between the first support structure and the second support structure using the plurality of trunks during induction welding of the workpiece; and the fixture further configured to secure the workpiece with the third support structure using the plurality of second trunks during the induction welding of the workpiece, wherein each of the plurality of trunks and each of the plurality of second trunks is configured as a support block.
A utility vehicle comprising a rear section and a front section arranged in front of the rear section in a lengthwise direction, the front section forming a seat, at least one front wheel rotatable about a wheel axis, and a steering handle operatively connected to the front wheel, the rear section forming at least two rear wheels (13, 14), a powered drive comprising a motor, and a utility bed, wherein the front section is joined to the rear section in a bearing structure providing a combined radial and axial bearing suspension allowing rotation of the front section relative to the rear section about a rotation axis and allowing transfer of axial force between the front section and the rear section, wherein the bearing structure is releasably attached both to the front section and to the rear section, characterized in that the bearing structure is a permanently sealed and pre-lubricated unit which is dust and water tight.
A battery electrode wherein an active material layer is formed on a collector surface, and the layer contains an active material and a block copolymer having a vinyl alcohol polymer block, wherein the vinyl alcohol polymer block corresponds to a saponified vinyl ester polymer having a saponification degree of 75 to 99.95 mol%.
A training device for therapeutic and sports movement exercises, including: - a base plate with a training surface, - a leg support, which extends above the base plate at a front side and along a transverse direction (y) of the base plate, - two main side stands (24, 26), which extend upwards from the base plate and are fastened to the same, which are spaced apart from each other in the transverse direction (y) of the base plate, and which are spaced substantially equidistantly from the leg support in a longitudinal direction (x) perpendicular to the transverse direction (y) of the base plate, wherein a spacing area formed thereby on the base plate is configured as at least part of the training surface, and - a trunk-buttock support, which is arranged on the main side stands (24, 26) above the base plate and extends between the main side stands (24, 26), wherein on each of the two main side stands (24, 26) an upper receiving means (38, 40) for the trunk-buttock support is arranged, which has two or a plurality of upper holding recesses (34, 36) at different upper holding positions, wherein the holding recesses (34, 36) of the two main side stands (24, 26) are configured mirror-symmetrically with respect to an imaginary center plane between the main side stands (24, 26), in particular are arranged at mirror-image positions, characterized in that both main side stands (24, 26) each have a rear receiving means (84, 86) for receiving a support frame. - a base plate with a training surface, - a leg support, which extends above the base plate at a front side and along a transverse direction (y) of the base plate, - two main side stands (24, 26), which extend upwards from the base plate and are fastened to the same, which are spaced apart from each other in the transverse direction (y) of the base plate, and which are spaced substantially equidistantly from the leg support in a longitudinal direction (x) perpendicular to the transverse direction (y) of the base plate, wherein a spacing area formed thereby on the base plate is configured as at least part of the training surface, and - a trunk-buttock support, which is arranged on the main side stands (24, 26) above the base plate and extends between the main side stands (24, 26), wherein
A zeolite-containing catalyst for converting hydrocarbons, which catalyst contains based on the weight of the catalyst 1-60% by weight of a zeolite, 5-98% by weight of a thermotolerant inorganic oxide, and 0-70% by weight of a clay in terms of the oxide, said thermotolerant inorganic oxide is one or more selected from the group consisting of alumina, silica, and amorphous silica-alumina, wherein said zeolite is a MFI-structured zeolite containing phosphor and transition metal(s) or a mixture of said MFI-structured zeolite containing phosphor and transition metal(s) with a macroporous zeolite, which comprises, based on the weight of the mixture, 75-100% by weight of said MFI-structured zeolite containing phosphor and transition metal(s) and 0-25% by weight of the macroporous zeolite; wherein in the terms of the mass of the oxide, said MFI-structured zeolite containing phosphor and transition metal(s) has the following anhydrous chemical formula: (0-0.3)Na 2 O · (0.3-5.5)Al 2 O 3 · (1.0-10)P 2 O 5 · (0.7-15)M1 x O y · (0.01-5)M2 m O n · RE 2 O 3 · SiO 2 I or (0-0.3)Na 2 O · (0.3-5)Al 2 O 3 · (1.0-10)P 2 O 5 · (0.7-15)M p O q · RE 2 O 3 · SiO 2 II wherein M1 is a transition metal selected from Fe, Co, and Ni, M2 is a transition metal selected from Zn, Mn, Ga, and Sn, M is a transition metal selected from Fe, Co or Ni, and RE represents a rare earth metal; x is 1 or 2, when x is 1, the value of y is a half of the valence of the transition metal M1, and when x is 2, the value of y is the valence of the transition metal M1; m is 1 or 2, when m is 1, the value of n is a half of the valence of the transition metal M2, and when m is 2, the value of n is the valence of the transition metal M2; p is 1 or 2, when p is 1, the value of q is a half of the valence of the transition metal M, and when p is 2, the value of q is the valence of the transition metal M; characterized in that the catalyst also contains 0.1-10% by weight of an assistant catalytic component, in terms of oxide, which is one or more selected from the group consisting of barium, calcium, magnesium, zirconium, titanium, lanthanum, cerium, iron, cobalt and nickel, wherein said assistant catalytic component exists either as an oxide or salt of the aforesaid metals, or as a complex compound formed by reaction with said thermotolerant inorganic oxide and/or clay, and said assistant catalytic component is dispersed in said thermotolerant inorganic oxide, or in said clay, or in a mixture of said oxide and clay.