mhurhangee/ep-ind-claims huggingface dataset:
A biomedical sensor overlay covering for a biomedical sensor, comprising: flexible component layers (20,30,40,50,70); a plurality of adhesive substrate components (20,40); and forming a flexible protective contoured covering, wherein the flexible protective contoured covering envelops, mechanically stabilizes, and secures the sensor to the skin, wherein each of the substrate components (20,30,40,50) is at least one of: electrically shielding, insulating, cushioning, and electrically conductive, characterized in that it includes an electrostatic shield substrate layer with electrically conductive properties and an electrostatic shield contact pad substrate layer establishing a mechanical and electrical contact between the electrostatic shield substrate layer and the surface of the skin, wherein the electrically shielding and electrically conductive substrate components (50, 20) cooperate with a cushioning substrate to shield the sensor from external electrical fields, dissipate accumulation of electrostatic charge, and suppress movement artifact. flexible component layers (20,30,40,50,70); a plurality of adhesive substrate components (20,40); and forming a flexible protective contoured covering, wherein the flexible protective contoured covering envelops, mechanically stabilizes, and secures the sensor to the skin, wherein each of the substrate components (20,30,40,50) is at least one of: electrically shielding, insulating, cushioning, and electrically conductive, characterized in that it includes an electrostatic shield substrate layer with electrically conductive properties and an electrostatic shield contact pad substrate layer establishing a mechanical and electrical contact between the electrostatic shield substrate layer and the surface of the skin, wherein the electrically shielding and electrically conductive substrate components (50, 20) cooperate with a cushioning substrate to shield the sensor from external electrical fields, dissipate accumulation of electrostatic charge, and suppress movement artifact.
A blade bench of a snow plough, comprising a frame of the blade bench and a plurality of mutually separate blade holders in a horizontal direction of the blade bench, mutually separate wear blades of the snow plough being arrangeable in connection with the blade holders, and at least one flexible element associated with each blade holder, the blade holder being arranged in connection with the flexible element such that the blade holders and the wear blades provided in connection therewith are allowed to move mutually separately in a vertical direction of the blade bench and to incline mutually separately with respect to the horizontal direction of the blade bench, and wherein in an operating position of the snow plough, the blade holders and the wear blades are in an upward sprung position, and wherein the flexible element is a leaf spring directed in the horizontal direction of the blade bench and the blade holder is arranged in connection with the leaf spring by means of at least two support elements, characterized in that the leaf spring is fastened to a rear side (4") of the frame of the blade bench.
A multi- directional cable route comprising slide- in straight cable racks equipped with connecting sections and superimposable straight cable racks equipped with connecting sections and arched cable racks, the multidirectional cable route being equipped with connectors, platforms and covers and at their inner connecting sections the slide- in straight racks are equipped with leading protrusions, whereas at their external connecting sections the slide- in straight racks have cut- outs for the leading protrusions characterized in that the inner connecting sections are equipped with openings for catches and holes for mounting screws provided between the leading protrusions and the openings, that the external connecting sections have tongues with catches and mounting holes provided between the tongues and cut- outs.
Luminaire comprising - a first light source for generating a first light with a first spectral distribution ( S 1 ( λ)), wherein the first light is represented by a first color locus in a color diagram, - a second light source for generating a second light with a second spectral distribution ( S 2 ( λ)), wherein the second light is represented by a second color locus in the color diagram, wherein the second spectral distribution ( S 2 ( λ)) is different from the first spectral distribution ( S 1 (λ)), - a control unit for controlling the first light source and the second light source, which is designed such that an intensity of the first light can be changed independently of an intensity of the second light, wherein the luminaire is designed such that the first color locus substantially corresponds to the second color locus, characterized in that the first color locus and the second color locus are located within a seven-step MacAdam ellipse, wherein the control unit is designed to reduce the intensity of the first light and at the same time to increase the intensity of the second light in order to change the melanopic effect of the light emitted by the luminaire without the color impression and the intensity of the light emitted by the luminaire overall changing. - a first light source for generating a first light with a first spectral distribution ( S 1 ( λ)), wherein the first light is represented by a first color locus in a color diagram, - a second light source for generating a second light with a second spectral distribution ( S 2 ( λ)), wherein the second light is represented by a second color locus in the color diagram, wherein the second spectral distribution ( S 2 ( λ)) is different from the first spectral distribution ( S 1 (λ)), - a control unit for controlling the first light source and the second light source, which is designed such that an intensity of the first light can be changed independently of an intensity of the second light, wherein the luminaire is designed such that the first color locus substantially corresponds to the second color locus, characterized in that the first color locus and the second color locus are located within a seven-step MacAdam ellipse, wherein the control unit is designed to reduce the intensity of the first light and at the same time to increase the intensity of the second light in order to change the melanopic effect of the light emitted by the luminaire without the color impression and the intensity of the light emitted by the luminaire overall changing. wherein the luminaire is designed such that the first color locus substantially corresponds to the second color locus, characterized in that the first color locus and the second color locus are located within a seven-step MacAdam ellipse, wherein the control unit is designed to reduce the intensity of the first light and at the same time to increase the intensity of the second light in order to change the melanopic effect of the light emitted by the luminaire without the color impression and the intensity of the light emitted by the luminaire overall changing.
A positioning tool for axially positioning a circular lubricant dam insert on a splined drive shaft, the positioning tool comprising: a circular body having a first axial end and an opposite second axial end and having an inner surface configured to slide over an outer surface of the splined drive shaft; a first plurality of splines on the inner surface of the circular body, the first plurality of splines configured to mate with a second plurality of splines on the outer surface of the splined drive shaft; a depth setting member positioned on the circular body, the depth setting member defining an axial extent to which the circular body slides over the outer surface of the splined drive shaft, the depth setting member including a ledge that extends radially inward from the circular body at the first axial end of the circular body so as to abut an axial end or other structure of the drive shaft when the positioning tool is slid thereover; and a position setting element extending axially from the circular body at the second axial end of the circular body, the position setting element configured to contact an axial end of the circular lubricant dam insert to axially position the circular lubricant dam insert on the splined drive shaft. a circular body having a first axial end and an opposite second axial end and having an inner surface configured to slide over an outer surface of the splined drive shaft; a first plurality of splines on the inner surface of the circular body, the first plurality of splines configured to mate with a second plurality of splines on the outer surface of the splined drive shaft; a depth setting member positioned on the circular body, the depth setting member defining an axial extent to which the circular body slides over the outer surface of the splined drive shaft, the depth setting member including a ledge that extends radially inward from the circular body at the first axial end of the circular body so as to abut an axial end or other structure of the drive shaft when the positioning tool is slid thereover; and a position setting element extending axially from the circular body at the second axial end of the circular body, the position setting element configured to contact an axial end of the circular lubricant dam insert to axially position the circular lubricant dam insert on the splined drive shaft.
Motor vehicle energy cable with at least one first flat-conductor element made from aluminium and surrounded by at least one first insulation element, at least one second flat-conductor element made from aluminium and surrounded by at least one second insulation element, and at least one shielding element surrounding the at least one first insulation element and the at least one second insulation element, wherein the first flat-conductor element surrounded by the first insulation element and the second flat-conductor element surrounded by the second insulation element are arranged in such a way that wide surfaces of the flat-conductor elements (10, 12) lie on one another and wherein the flat-conductor elements (10, 12) with the respective insulation element can move against one another.
A booster pump, comprising: a pump body provided with a mounting cavity extending in a first direction; a motor arranged in the mounting cavity, wherein the motor comprises a motor body, and a motor shaft passing through both ends of the motor body in the first direction; and a first pump head and a second pump head, wherein the first pump head is mounted on one end of the pump body in the first direction and drivingly connected to one end of the motor shaft, and the second pump head is mounted on the other end of the pump body in the first direction and drivingly connected to the other end of the motor shaft, wherein each of the first pump head and the second pump head has a water intake end and a water drain end and is provided with a piston plate, each end of the motor shaft is connected to the corresponding piston plate of the piston plates, each of the piston plates is formed with at least two piston chambers, each piston chamber communicates with the water intake end and the water drain end of the corresponding pump head, and the piston chambers are uniformly arranged around a center of the corresponding piston plate, and being characterized in that a projection of the piston chambers of the first pump head and a projection of the piston chambers of the second pump head are misaligned with each other in a projection plane perpendicular to the first direction. a pump body provided with a mounting cavity extending in a first direction; a motor arranged in the mounting cavity, wherein the motor comprises a motor body, and a motor shaft passing through both ends of the motor body in the first direction; and a first pump head and a second pump head, wherein the first pump head is mounted on one end of the pump body in the first direction and drivingly connected to one end of the motor shaft, and the second pump head is mounted on the other end of the pump body in the first direction and drivingly connected to the other end of the motor shaft, wherein each of the first pump head and the second pump head has a water intake end and a water drain end and is provided with a piston plate, each end of the motor shaft is connected to the corresponding piston plate of the piston plates, each of the piston plates is formed with at least two piston chambers, each piston chamber communicates with the water intake end and the water drain end of the corresponding pump head, and the piston chambers are uniformly arranged around a center of the corresponding piston plate, and being characterized in that a projection of the piston chambers of the first pump head and a projection of the piston chambers of the second pump head are misaligned with each other in a projection plane perpendicular to the first direction.
A method for communicating data between a communication system and a mobile radio-communication network through an Internet Protocol data communication channel, the communication system comprising a host device and a chip, the chip cooperating with the host device, the chip storing configuration data, the communication system roaming in a visited geographical place, the chip determining in which visited geographical place the communication system is currently located, characterized in that the method further comprises the following steps: - the chip determines within the configuration data whether at least one subscription to a mobile radio-communication network operator for an IP data communication channel within the visited geographical place exists or not; - if at least one subscription to a mobile radio network operator exists, then: - the chip sends to the host device a request for reading configuration data relating to an access to the IP data communication channel; and - the chip sends to the host device the configuration data allowing to configure the host device to connect to, instead of a circuit switched model, the IP data communication channel while using the determined existing subscription, in order to communicate data, through the IP data communication channel, to the mobile radio-communication network, as a visited network. - the chip determines within the configuration data whether at least one subscription to a mobile radio-communication network operator for an IP data communication channel within the visited geographical place exists or not; - if at least one subscription to a mobile radio network operator exists, then: - the chip sends to the host device a request for reading configuration data relating to an access to the IP data communication channel; and - the chip sends to the host device the configuration data allowing to configure the host device to connect to, instead of a circuit switched model, the IP data communication channel while using the determined existing subscription, in order to communicate data, through the IP data communication channel, to the mobile radio-communication network, as a visited network. - the chip sends to the host device a request for reading configuration data relating to an access to the IP data communication channel; and - the chip sends to the host device the configuration data allowing to configure the host device to connect to, instead of a circuit switched model, the IP data communication channel while using the determined existing subscription, in order to communicate data, through the IP data communication channel, to the mobile radio-communication network, as a visited network.
A method for joining fibre-reinforced plastic components (3, 4), in particular aircraft FRP components, comprising the following steps: i) Providing a first and a second FRP component, the first FRP component having a recess; ii) Inserting a stabilising device into the recess of the first FRP component, wherein the stabilising device has a preferably elongated base body with a cavity, an opening and a pressing element, which pressing element has, at least partially, a higher flexibility than the base body, wherein the pressing element comprises a bag, which is arranged inside the cavity and which can be filled with a fluid to generate an outwardly directed pressure force, wherein the bag, when in filled state, is arranged, to at least partially protrude through the opening, in order to generate the pressure force onto a delimiting surface of the first FRP component, which is delimiting the recess, wherein the pressing element further comprises a heat-insulating element, which is arranged on the outside of the base body, so that the pressure force can be transmitted via the heat-insulating element to the first FRP component; iii) Filling the cavity with a fluid such that the pressing element is pressed against a delimiting surface of the first FRP component, which delimits the recess; iv) Connecting the first FRP component to the second FRP component by joining at a connecting point, in particular by welding, wherein the pressure force, which is directed towards the outside, is exerted onto the connecting point by means of the pressing element for stabilising the shape of the recess. i) Providing a first and a second FRP component, the first FRP component having a recess; ii) Inserting a stabilising device into the recess of the first FRP component, wherein the stabilising device has a preferably elongated base body with a cavity, an opening and a pressing element, which pressing element has, at least partially, a higher flexibility than the base body, wherein the pressing element comprises a bag, which is arranged inside the cavity and which can be filled with a fluid to generate an outwardly directed pressure force, wherein the bag, when in filled state, is arranged, to at least partially protrude through the opening, in order to generate the pressure force onto a delimiting surface of the first FRP component, which is delimiting the recess, wherein the pressing element further comprises a heat-insulating element, which is arranged on the outside of the base body, so that the pressure force can be transmitted via the heat-insulating element to the first FRP component; iii) Filling the cavity with a fluid such that the pressing element is pressed against a delimiting surface of the first FRP component, which delimits the recess; iv) Connecting the first FRP component to the second FRP component by joining at a connecting point, in particular by welding, wherein the pressure force, which is directed towards the outside, is exerted onto the connecting point by means of the pressing element for stabilising the shape of the recess.
A method for producing 1,4-butanediol, comprising biologically producing 1,4-butanediol in a culture medium for fermentation of an organism capable of producing 1,4-butanediol, at least partially removing each of a bacterial cell, a salt content and water from said fermentation culture medium to obtain a refined raw material 1,4-butanediol-containing solution, obtaining therefrom a crude 1,4-butanediol-containing solution through any one or more steps of the following steps (a) to (c), refining said crude 1,4-butanediol-containing solution through the following step (d) to obtain refined 1,4-butanediol: Step (a): a step of distilling said refined raw material 1,4-butanediol-containing solution in a distillation column to remove components which are contained in said refined raw material 1,4-butanediol-containing solution and higher in the boiling point than 1,4-butanediol; Step (b): a step of distilling said refined raw material 1,4-butanediol-containing solution in a distillation column to remove components which are contained in said refined raw material 1,4-butanediol-containing solution and lighter in the boiling point than 1,4-butanediol; Step (c): a hydrogenation step of at least partially hydrogenating carbonyl compounds or unsaturated compounds contained in said refined raw material 1,4-butanediol-containing solution, wherein the hydrogenation is performed using a solid catalyst having a nickel-containing metal supported on at least either kieselguhr or silica; and Step (d): a step of distilling said crude 1,4-butanediol-containing solution in a distillation column and withdrawing refined 1,4-butanediol from a side stream. Step (a): a step of distilling said refined raw material 1,4-butanediol-containing solution in a distillation column to remove components which are contained in said refined raw material 1,4-butanediol-containing solution and higher in the boiling point than 1,4-butanediol; Step (b): a step of distilling said refined raw material 1,4-butanediol-containing solution in a distillation column to remove components which are contained in said refined raw material 1,4-butanediol-containing solution and lighter in the boiling point than 1,4-butanediol; Step (c): a hydrogenation step of at least partially hydrogenating carbonyl compounds or unsaturated compounds contained in said refined raw material 1,4-butanediol-containing solution, wherein the hydrogenation is performed using a solid catalyst having a nickel-containing metal supported on at least either kieselguhr or silica; and Step (d): a step of distilling said crude 1,4-butanediol-containing solution in a distillation column and withdrawing refined 1,4-butanediol from a side stream.
Pharmaceutical formulation in the form of non-coated tablets, coated tablets, tablets with multiple layers, lozenges, capsules or pills comprising ibuprofen or one of its pharmaceutically acceptable salts and codeine or one of its pharmaceutically acceptable salts, in combination with a pharmaceutically acceptable excipient, said excipient comprising at least: one diluent, a disintegrant, a fluidifying agent and a lubricant, characterized in that the diluent is mannitol, the disintegrant is sodium starch glycolate, the fluidifying agent is colloidal anhydrous silica, and the lubricant is sodium stearyl fumarate, and that the formulation additionally comprises pregelatinized starch as an additional diluent and/or disintegrant.
A light emitting device, comprising: a first semiconductor layer; an uneven part on the first semiconductor layer; a first nonconductive layer including a plurality of clusters on the uneven part; a first substrate layer on the nonconductive layer; and a light emitting structure layer including a first conductive type nitride-based semiconductor layer, an active layer and a second conductive type semiconductor layer on the first substrate layer, characterized in that: - the first substrate layer includes a carbon-containing material whose lattice constant difference with nitride semiconductor is equal to or lower than 5%; and - the first substrate layer is layered as an uneven shape on the nonconductive layer. a first semiconductor layer; an uneven part on the first semiconductor layer; a first nonconductive layer including a plurality of clusters on the uneven part; a first substrate layer on the nonconductive layer; and a light emitting structure layer including a first conductive type nitride-based semiconductor layer, an active layer and a second conductive type semiconductor layer on the first substrate layer, characterized in that: - the first substrate layer includes a carbon-containing material whose lattice constant difference with nitride semiconductor is equal to or lower than 5%; and - the first substrate layer is layered as an uneven shape on the nonconductive layer. - the first substrate layer includes a carbon-containing material whose lattice constant difference with nitride semiconductor is equal to or lower than 5%; and - the first substrate layer is layered as an uneven shape on the nonconductive layer.