mhurhangee/ep-ind-claims huggingface dataset:
Storage and transport device for motor vehicle components and battery chargers, including a square base plate and an attachment made from metal, preferably steel, arranged on the base plate - whereby, the base plate is provided with feet on its underside and these feet are so arranged that a minimum of one insertion for the arm of a forklift truck is provided, - the attachment is formed as a bearing frame, namely with four posts which are connected to the base plate and, thereby, two posts are merged at the top, so that a vertically aligned side frame is formed, whereby, the frame, together with the base plate, has a triangular section, - with two retaining rails (33, 33') extending on both sides of the frame between two posts, - whereby, connecting elements are provided on the retaining rails (33, 33') for a detachable connection with the battery charger, characterized in that, - the side frame is formed by a cross-section C-form metallic profile, whereby, the upper ends (36, 37) of the posts merge, - that the posts have horizontally aligned contact surfaces (38, 39) at their free end. - whereby, the base plate is provided with feet on its underside and these feet are so arranged that a minimum of one insertion for the arm of a forklift truck is provided, - the attachment is formed as a bearing frame, namely with four posts which are connected to the base plate and, thereby, two posts are merged at the top, so that a vertically aligned side frame is formed, whereby, the frame, together with the base plate, has a triangular section, - with two retaining rails (33, 33') extending on both sides of the frame between two posts, - whereby, connecting elements are provided on the retaining rails (33, 33') for a detachable connection with the battery charger, characterized in that, - the side frame is formed by a cross-section C-form metallic profile, whereby, the upper ends (36, 37) of the posts merge, - that the posts have horizontally aligned contact surfaces (38, 39) at their free end.
A saw having a system for sensing the torque on a cutting blade to signal when the blade begins to cut material, the saw having a drive belt extending between a driven wheel and a drive wheel, the system comprising: a belt tensioner engaging a side of the belt and maintaining a tension in the belt, the belt tensioner movable to maintain the tension of the belt; and a control system for calculating the movement of the belt tensioner. a belt tensioner engaging a side of the belt and maintaining a tension in the belt, the belt tensioner movable to maintain the tension of the belt; and a control system for calculating the movement of the belt tensioner.
A method of a device (100, 150) of detecting manipulation of data on a Controller Area Network, CAN, bus to which the device is connected, the method comprising the steps of: detecting (S101, S202) that bus impedance is below a threshold bus impedance value; detecting (S102, S201) whether or not CAN node arbitration currently may occur on the CAN bus upon detecting that the bus impedance is below the threshold bus impedance value by detecting occurrence of a Start-Of-Frame, SOF, bit on the CAN bus, wherein during a predetermined number of bits immediately following the SOF bit arbitration may occur, or detecting that data frame acknowledgement, ACK, currently occurs on the bus; and if not; determining (S103, S203) that an attempt to manipulate data on the CAN bus has occurred. detecting (S101, S202) that bus impedance is below a threshold bus impedance value; detecting (S102, S201) whether or not CAN node arbitration currently may occur on the CAN bus upon detecting that the bus impedance is below the threshold bus impedance value by detecting occurrence of a Start-Of-Frame, SOF, bit on the CAN bus, wherein during a predetermined number of bits immediately following the SOF bit arbitration may occur, or detecting that data frame acknowledgement, ACK, currently occurs on the bus; and if not; determining (S103, S203) that an attempt to manipulate data on the CAN bus has occurred.
A cell product for use in treating a peripheral blood flow disorder, said cell product comprising SSEA-3-positive pluripotent stem cells, wherein said pluripotent stem cells are an isolated and enriched population from a mesenchymal tissue in a living body or a cultured mesenchymal cell, and wherein said pluripotent stem cells are enriched under external stress conditions.
A manufacturing method of a photoelectric conversion device, the method comprising: forming a protective layer (60; 600) on a front side of a doped semiconductor substrate (10; 100); forming a first non-single crystalline semiconductor layer (20; 200), a first conductive layer (30; 300) consisting of a doped semiconductor comprising a first impurity of a first conductivity type and a transparent conductive layer (40; 400) on a back side of the semiconductor substrate (10; 100); forming a first collective electrode (50; 500) on a back side of the transparent conductive layer (40; 400) corresponding to a first portion of the first conductive layer (30; 300); and forming a second conductive layer (31; 32; 310; 320) consisting of a doped semiconductor including the first impurity and a second impurity by inputting a second impurity of a second conductivity type in a second portion of the first conductive layer (30; 300) such that a concentration of the second impurity is greater than that of the first impurity in the second conductive layer (31; 32; 310; 320), wherein the second portion of the first conductive layer (30; 300) has no first collective electrode (50; 500) on a back side of the first conductive layer (30; 300), and wherein the inputting of the second impurity in the second portion comprises using the first collective electrode (50; 500) as a mask, the method further comprising forming a second collective electrode (51; 510) on a back side of the transparent conductive layer (40; 400) at a portion corresponding to the second conductive layer (31; 32; 310; 320). forming a protective layer (60; 600) on a front side of a doped semiconductor substrate (10; 100); forming a first non-single crystalline semiconductor layer (20; 200), a first conductive layer (30; 300) consisting of a doped semiconductor comprising a first impurity of a first conductivity type and a transparent conductive layer (40; 400) on a back side of the semiconductor substrate (10; 100); forming a first collective electrode (50; 500) on a back side of the transparent conductive layer (40; 400) corresponding to a first portion of the first conductive layer (30; 300); and forming a second conductive layer (31; 32; 310; 320) consisting of a doped semiconductor including the first impurity and a second impurity by inputting a second impurity of a second conductivity type in a second portion of the first conductive layer (30; 300) such that a concentration of the second impurity is greater than that of the first impurity in the second conductive layer (31; 32; 310; 320), wherein the second portion of the first conductive layer (30; 300) has no first collective electrode (50; 500) on a back side of the first conductive layer (30; 300), and wherein the inputting of the second impurity in the second portion comprises using the first collective electrode (50; 500) as a mask, the method further comprising forming a second collective electrode (51; 510) on a back side of the transparent conductive layer (40; 400) at a portion corresponding to the second conductive layer (31; 32; 310; 320).
A sample processing apparatus (2, 6) for performing a process including a plurality of steps on a sample, the sample processing apparatus sequentially processing a plurality of samples, the sample processing apparatus comprising: a plurality of units corresponding to the respective steps in the process, each unit performing a corresponding step; a transfer section which transfers a sample to the units according to a flow of the steps; and a controller (201, 901) which controls the transfer section and the units, wherein when an operation of the transfer section or one of the plurality of units was not performed successfully, the controller controls the transfer section and the plurality of units to: interrupt the process for a sample that had not reached the unit or the portion of the transfer section at which the operation was not performed successfully while continuing the process for a sample that had already passed the unit or a portion of the transfer section; retry the operation that was not performed successfully, and resume the interrupted process when the retried operation has been performed successfully, wherein the controller controls the units and the transfer section to complete the step being performed on a sample that had not reached the unit or the portion of the transfer section at which the operation was not performed successfully, and then to interrupt the step on the sample. a plurality of units corresponding to the respective steps in the process, each unit performing a corresponding step; a transfer section which transfers a sample to the units according to a flow of the steps; and a controller (201, 901) which controls the transfer section and the units, wherein when an operation of the transfer section or one of the plurality of units was not performed successfully, the controller controls the transfer section and the plurality of units to: interrupt the process for a sample that had not reached the unit or the portion of the transfer section at which the operation was not performed successfully while continuing the process for a sample that had already passed the unit or a portion of the transfer section; retry the operation that was not performed successfully, and resume the interrupted process when the retried operation has been performed successfully, wherein the controller controls the units and the transfer section to complete the step being performed on a sample that had not reached the unit or the portion of the transfer section at which the operation was not performed successfully, and then to interrupt the step on the sample. interrupt the process for a sample that had not reached the unit or the portion of the transfer section at which the operation was not performed successfully while continuing the process for a sample that had already passed the unit or a portion of the transfer section; retry the operation that was not performed successfully, and resume the interrupted process when the retried operation has been performed successfully,
Method for manufacturing a doped wurtzite Aluminum Nitride piezoelectric thin film material, which method comprises the steps of: - providing a deposition device, such as a pulsed laser deposition device or a physical vapor deposition device, with a target and a substrate, wherein the target material is a doped Aluminum Nitride composite, wherein the doping element is a rare earth element, preferably Scandium; - depositing a first layer of the target material on the substrate by operating the deposition device, wherein the kinetic energy of the plasma particles being deposited is above a first threshold value; and - depositing a second layer of the target material on top of the first layer by operating the deposition device, wherein the kinetic energy of the plasma particles being deposited is below a second threshold value, wherein the first threshold value is larger than the second threshold value. - providing a deposition device, such as a pulsed laser deposition device or a physical vapor deposition device, with a target and a substrate, wherein the target material is a doped Aluminum Nitride composite, wherein the doping element is a rare earth element, preferably Scandium; - depositing a first layer of the target material on the substrate by operating the deposition device, wherein the kinetic energy of the plasma particles being deposited is above a first threshold value; and - depositing a second layer of the target material on top of the first layer by operating the deposition device, wherein the kinetic energy of the plasma particles being deposited is below a second threshold value,
An airfoil vane assembly, comprising: a vane piece having a first vane platform, a second vane platform, and a hollow airfoil section joining the first vane platform and the second vane platform; a spar piece having a spar platform and a spar extending from the spar platform into the hollow airfoil section; at least one seal arranged at a sealing surface of the spar platform and sealing between the spar platform and the first vane platform; and a thermal barrier coating disposed on the spar piece, wherein the sealing surface is free from the thermal barrier coating., characterised in that the thermal barrier coating extends along a portion of the spar platform and includes a taper at an end of the thermal barrier coating, as the thermal barrier coating approaches the seal. a vane piece having a first vane platform, a second vane platform, and a hollow airfoil section joining the first vane platform and the second vane platform; a spar piece having a spar platform and a spar extending from the spar platform into the hollow airfoil section; at least one seal arranged at a sealing surface of the spar platform and sealing between the spar platform and the first vane platform; and a thermal barrier coating disposed on the spar piece, wherein the sealing surface is free from the thermal barrier coating., characterised in that the thermal barrier coating extends along a portion of the spar platform and includes a taper at an end of the thermal barrier coating, as the thermal barrier coating approaches the seal.
Disc brake with an electromechanical actuator for vehicles, in particular for utility vehicles for application to a brake disc via a rotary lever and two brake pads (4, 4a), and the electromechanical actuator comprising an actuator housing, a cam disc which is arranged in the actuator housing via a shaft, and a plunger which is operatively connected to the cam disc along an axial axis, characterized in that the cam disc has a stop, and the stop is configured to fix the plunger in a starting position of the rotary lever in the direction of an axial axis of the electromechanical actuator, in an opposed manner with respect to the cam disc.
A sprinkler test device, for testing in situ, in a sprinkler system itself the functionality of the sprinkler system, wherein the actual set temperature of a fuse of a sprinkler head is tested, together with an actual flow of extinguishing agent at the specific location of the sprinkler head, characterised in that the device is comprising: - a chamber configured to fit around a sprinkler head mounted in a sprinkler system; - a drain conduit for guiding extinguishing agent to a disposal or collection container; and - a temperature regulator (10, 16,17,20,21) for regulating the temperature in the chamber. - a chamber configured to fit around a sprinkler head mounted in a sprinkler system; - a drain conduit for guiding extinguishing agent to a disposal or collection container; and - a temperature regulator (10, 16,17,20,21) for regulating the temperature in the chamber.
A white film comprising therein a matrix resin and resin particles and voids formed around the resin particles, the film having a layer (S layer), wherein the number-average particle size Dn of the resin particles is 1.5 μm or less, the resin particles are contained in a number of 0.05 or more particles/μm 2, and the proportion of the number of resin particles having a particle diameter of 2 μm or more is 15% or less, whereby the layer (S layer) is yielded by dispersing an incompatible resin which is to be the resin particles into one or more resins which are to be the matrix, wherein the incompatible resin is incompatible with the matrix resin, working this into a sheet form, and then stretching this sheet monoaxially or biaxially, characterized in that the incompatible resin is contained in an amount of 15 to 50% by weight when the total amount of all materials constituting the S layer is regarded 100% by weight.
Connecting device (13; 113) for producing a cable-bound supply of an electrical consuming device, which is movable in at least one direction of travel with respect to a feed device (12; 112), with electrical energy and/or data, wherein the feed device (12; 112) has at least one terminal (14, 14'; 114, 114', 114") to connect to a corresponding connecting element (6; 106) of a cable carried by the consuming device, wherein the connecting device (13; 113) has a manipulator (18; 118) to connect the connecting element (6; 106) to the terminal (14, 14'; 114, 114', 114"), characterised in that the connecting device (13; 113) is arranged on the feed device (12; 112).
Sensing arrangement for indicating the depletion of a coreless roll of absorbent paper web material in a dispenser, the sensing arrangement comprising a roll support, configured for supporting an inner circumference of said coreless roll with said roll extending over a roll support length, said roll support extending along a longitudinal centre axis, the roll support comprising at least one roll expanding portion (12, 14) extending over a part of said roll support length and having a maximum radial extension defining a first radius from said centre axis, and at least one sensing portion, extending longitudinally over another part of said roll support length and having a maximum radial extension defining a second radius from said centre axis, wherein said first radius is greater than said second radius by a sensing offset length, and a sensing element arranged to sense at said sensing portion the amount of web material remaining on the roll when arranged over said roll support length, characterised in that said roll expanding portion(s) (12, 14) comprises at least one roll expanding member (12', 14'), providing said first radius, wherein said roll expanding member(s) (12', 14') is/are resilient. a roll support, configured for supporting an inner circumference of said coreless roll with said roll extending over a roll support length, said roll support extending along a longitudinal centre axis, the roll support comprising at least one roll expanding portion (12, 14) extending over a part of said roll support length and having a maximum radial extension defining a first radius from said centre axis, and at least one sensing portion, extending longitudinally over another part of said roll support length and having a maximum radial extension defining a second radius from said centre axis, wherein said first radius is greater than said second radius by a sensing offset length, and a sensing element arranged to sense at said sensing portion the amount of web material remaining on the roll when arranged over said roll support length, characterised in that said roll expanding portion(s) (12, 14) comprises at least one roll expanding member (12', 14'), providing said first radius, wherein said roll expanding member(s) (12', 14') is/are resilient.
Biocatalytic composition comprising at least one component (a) including substances with coenzymatic activity, at least one component (b) including substances with microbial-enzymatic activity, and at least one component (c) including organic acidic substances with pH regulatory function, said biocatalytic composition being characterized in that said components (a-c) are separated from one another until their use and in that: said component with coenzymatic activity (a) comprises Vitamin A, Vitamin B1, Vitamin D3, Vitamin E, Propylgallate, E. Faecium, Betaine, Choline, Lactose and raw proteins and raw fats obtainable from cow's milk; said component with microbial-enzymatic activity (b) comprises a portion of microorganisms including B. licheniformis, B. subtilis, B. thuringiensis, B. SPP, Aspergillus Oryzae, Aspergillus Niger, Lactobacillus bifidus, Lactobacillus acidophilus, and an enzymatic portion including Amylase, Protease, Lipase, Cellulase; said component (c) for pH regulation comprises Humic acids, Fulvic acids, Vitamin A, Vitamin D3, Vitamin PP, Arthrospira maxima. said component with coenzymatic activity (a) comprises Vitamin A, Vitamin B1, Vitamin D3, Vitamin E, Propylgallate, E. Faecium, Betaine, Choline, Lactose and raw proteins and raw fats obtainable from cow's milk; said component with microbial-enzymatic activity (b) comprises a portion of microorganisms including B. licheniformis, B. subtilis, B. thuringiensis, B. SPP, Aspergillus Oryzae, Aspergillus Niger, Lactobacillus bifidus, Lactobacillus acidophilus, and an enzymatic portion including Amylase, Protease, Lipase, Cellulase; said component (c) for pH regulation comprises Humic acids, Fulvic acids, Vitamin A, Vitamin D3, Vitamin PP, Arthrospira maxima.
A measurement apparatus comprising an element having a tip adapted to emit a fluidic sample to be analyzed using the measurement apparatus, characterised in that the element comprises or consists of an electrically insulating material being electrically charged resulting from the emission of the fluidic sample, and a discharging device for discharging the element and comprising a fluid supply unit adapted to supply a fluid to the element in such a manner that the element, if electrically charged, is at least partially discharged by the fluid.
A method of making a sheared wool, deep pile fabric that closely resembles natural sheepskin fleece, comprising the following successive steps: forming a length of wool pile fabric having natural wool fibers on one side and a scrim on an opposing side, and finishing the wool pile fabric as natural sheepskin, including, polishing the wool fiber side of the pile fabric by guiding the length of pile fabric over plural heated first polishing rolls, applying a sheepskin conditioning solutions to the wool fiber side of the pile fabric, further polishing the wool fiber side of the pile fabric by guiding the fabric a plurality of times over plural second heated polishing rolls, and cutting the wool fibers to a designated length.
Device for combined signal transmission or for combined signal transmission and energy transmission, in particular to a portable electronic terminal device, wherein the device comprises at least one winding structure (3a, 3b) for generating a first electromagnetic field so as to transmit energy or to transmit signals, wherein the device also comprises at least one antenna structure for transmitting further signals, wherein the antenna structure comprises a first part structure and a second part structure, wherein the first part structure is embodied and/or arranged opposite the second part structure in such a manner that signals can be received and transmitted in a first frequency range by means of the antenna structure, wherein at least the first part structure is arranged adjacent to the at least one winding structure (3a, 3b) in a projection plane that is oriented perpendicular to a central axis (5a, 5b) of the winding structure (3a, 3b), wherein the central axis of the winding structure (3a, 3b) is a symmetrical axis of the winding structure (3a, 3b), characterized in that the device also comprises a damping structure which is embodied so as to damp the electrical field that is generated by means of the winding structure (3a, 3b), wherein the damping structure overlaps at least in part the at least one winding structure (3a, 3b) in the projection plane.