mhurhangee/ep-ind-claims huggingface dataset:
A method for arranging inductive charging means in a storage area in which multiple inductively chargeable industrial trucks are used, wherein • a target value is specified for an average charging time of an industrial truck used in the storage area, wherein the average charging time indicates the period of time for which the industrial truck used in the storage area can be charged on average during ordinary use, and characterized in that • an average power consumption is determined for one of the industrial trucks used in the storage area and, when the charging capacity of the charging means has been established, a charging quota for using the vehicle in the storage area is determined using the target value for the average charging time, wherein the determined charging quota is used to establish how many inductive charging means are to be provided and the established number of charging means is arranged starting with a region which has the highest average length of stay and from there with decreasing average length of stay, • inductive charging means are arranged in the storage area in such a way that the industrial truck can be charged at least with the target value for the average charging time when it is being used in the storage area. • a target value is specified for an average charging time of an industrial truck used in the storage area, wherein the average charging time indicates the period of time for which the industrial truck used in the storage area can be charged on average during ordinary use, and characterized in that • an average power consumption is determined for one of the industrial trucks used in the storage area and, when the charging capacity of the charging means has been established, a charging quota for using the vehicle in the storage area is determined using the target value for the average charging time, wherein the determined charging quota is used to establish how many inductive charging means are to be provided and the established number of charging means is arranged starting with a region which has the highest average length of stay and from there with decreasing average length of stay, • inductive charging means are arranged in the storage area in such a way that the industrial truck can be charged at least with the target value for the average charging time when it is being used in the storage area.
A flooring system for covering a surface, the flooring system comprising: a first portion and a second portion, the first portion being substantially rectangular in cross section and comprising a gripping material; wherein at least one channel is provided in the second portion and wherein the gripping material is located in said channel so as to ensure a safer surface on which to walk and the gripping material is substantially flush with an upper edge of the second portion of the flooring system; characterised in that the gripping material comprises ethylene propylene diene rubber (EPDM) granules mixed with a binder material. a first portion and a second portion, the first portion being substantially rectangular in cross section and comprising a gripping material; wherein at least one channel is provided in the second portion and wherein the gripping material is located in said channel so as to ensure a safer surface on which to walk and the gripping material is substantially flush with an upper edge of the second portion of the flooring system; characterised in that the gripping material comprises ethylene propylene diene rubber (EPDM) granules mixed with a binder material.
A water based slurry composition for making an environmental barrier coating, the slurry composition comprising: from 1 wt% water; from 0.1 wt% to 72 wt% of a primary material, wherein the primary material is a primary transition material, or a primary outer material; wherein the primary transition material is a rare earth disilicate or a doped rare earth disilicate, or wherein the primary outer material is a doped rare earth monosilicate; and from 0.1 wt% to 25 wt% of a slurry sintering aid; wherein the doped rare earth disilicate of the primary transition material and the doped rare earth monosilicate of the primary outer material comprise a doping composition selected from the group consisting of iron, aluminum, titanium, gallium, nickel, boron, an alkali metal, and alkali earth metal, and an Lnb rare earth metal, wherein Lnb refers to a sub-set of rare earth metals having a melting point below 1450 °C, and wherein the slurry sintering aid for use with the primary transition material and primary outer material is aluminum oxide. from 1 wt% water; from 0.1 wt% to 72 wt% of a primary material, wherein the primary material is a primary transition material, or a primary outer material; wherein the primary transition material is a rare earth disilicate or a doped rare earth disilicate, or wherein the primary outer material is a doped rare earth monosilicate; and from 0.1 wt% to 25 wt% of a slurry sintering aid; wherein the doped rare earth disilicate of the primary transition material and the doped rare earth monosilicate of the primary outer material comprise a doping composition selected from the group consisting of iron, aluminum, titanium, gallium, nickel, boron, an alkali metal, and alkali earth metal, and an Lnb rare earth metal, wherein Lnb refers to a sub-set of rare earth metals having a melting point below 1450 °C, and wherein the slurry sintering aid for use with the primary transition material and primary outer material is aluminum oxide.
An apparatus for processing ultrasound data and anatomical reference point data comprising: a controller comprising at least one sensor port, an ultrasound data port, and a processor port; an ultrasound machine with an ultrasound probe comprising an imaging transducer for capturing ultrasound image data during an examination, the ultrasound machine being operatively connected to the ultrasound data port; a processor operatively connected to the processor port for receiving sensor data and ultrasound data; and a sensor for identifying the positional information of the ultrasound probe; characterized in that the apparatus further comprises at least a second sensor or an overhead position detector for identifying, continuously tracking and transmitting to the processor the location of at least one anatomical reference point, the at least one second sensor or the overhead position detector being operatively connected to the at least one sensor port; wherein the processor receives ultrasound data and sensor data from the controller and uses the data to determine the ultrasound probe position in reference to one or more anatomical reference points, to determine the position of each pixel in the ultrasound image in reference to one or more predetermined anatomical reference points and to associate the positional information of the ultrasound probe with each corresponding captured ultrasound image, wherein the ultrasound probe and the at least one reference point are tracked in real time during examination. a controller comprising at least one sensor port, an ultrasound data port, and a processor port; an ultrasound machine with an ultrasound probe comprising an imaging transducer for capturing ultrasound image data during an examination, the ultrasound machine being operatively connected to the ultrasound data port; a processor operatively connected to the processor port for receiving sensor data and ultrasound data; and a sensor for identifying the positional information of the ultrasound probe; at least a second sensor or an overhead position detector for identifying, continuously tracking and transmitting to the processor the location of at least one anatomical reference point, the at least one second sensor or the overhead position detector being operatively connected to the at least one sensor port; wherein the processor receives ultrasound data and sensor data from the controller and uses the data to determine the ultrasound probe position in reference to one or more anatomical reference points, to determine the position of each pixel in the ultrasound image in reference to one or more predetermined anatomical reference points and to associate the positional information of the ultrasound probe with each corresponding captured ultrasound image, wherein the ultrasound probe and the at least one reference point are tracked in real time during examination.
An apparatus for detection and treatment of atrial arrhythmia, the apparatus comprising: an electrical lead having a proximal and distal portion the proximal portion having an end configured to be coupled to a pacemaker device; the lead comprising a plurality of conductive wires, the lead being sufficiently flexible to be advanceable to an atrial chamber of the heart from an introductory site; a plurality of membrane patches distributed along the electrical lead, each membrane patch configured to be attached to a wall of the heart and to bend and flex with motion of the heart without impeding motion of the heart; and a plurality of pairs of bipolar electrodes, wherein one of said pairs of electrodes is positioned on each of said membrane patches, each of said electrodes being coupled to one of said conductive wires of the lead, and configured to at least sense an electrical signal of the wall of the heart; wherein the distribution of the plurality of membrane patches and electrode pairs along the lead is configured to allow the plurality of electrode pairs to be distributed in a pattern on the heart wall, the pattern defining an area for detecting a location of a foci of aberrant electrical activity located within or adjacent to the area, and sending a pacing signal to that location to prevent or stop an occurrence of atrial fibrillation caused by that foci. an electrical lead having a proximal and distal portion the proximal portion having an end configured to be coupled to a pacemaker device; the lead comprising a plurality of conductive wires, the lead being sufficiently flexible to be advanceable to an atrial chamber of the heart from an introductory site; a plurality of membrane patches distributed along the electrical lead, each membrane patch configured to be attached to a wall of the heart and to bend and flex with motion of the heart without impeding motion of the heart; and a plurality of pairs of bipolar electrodes, wherein one of said pairs of electrodes is positioned on each of said membrane patches, each of said electrodes being coupled to one of said conductive wires of the lead, and configured to at least sense an electrical signal of the wall of the heart; wherein the distribution of the plurality of membrane patches and electrode pairs along the lead is configured to allow the plurality of electrode pairs to be distributed in a pattern on the heart wall, the pattern defining an area for detecting a location of a foci of aberrant electrical activity located within or adjacent to the area, and sending a pacing signal to that location to prevent or stop an occurrence of atrial fibrillation caused by that foci.
An upper for a shoe, the upper is formed of a knitted fabric including a first region including a continuous series of stitches with a yarn having a thickness of 0.1 mm or more, characterized in that 4.0 < nR < 12.7 is satisfied in the first region, where n is the number of stitches per 25.4 mm (1 inch) along at least one direction, and R is the thickness of the yarn in mm, wherein the thickness of the yarn is assumed to be the diameter of a circular shape having the same area as the cross-sectional area of the yarn, the knitted fabric includes a second region including a continuous series of stitches with a yarn thinner than 0.1 mm or thicker than 0.4 mm, and in that the second region does not satisfy the relationship of 4.0 < nR < 12.7. the upper is formed of a knitted fabric including a first region including a continuous series of stitches with a yarn having a thickness of 0.1 mm or more, characterized in that 4.0 < nR < 12.7 is satisfied in the first region, where n is the number of stitches per 25.4 mm (1 inch) along at least one direction, and R is the thickness of the yarn in mm, wherein the thickness of the yarn is assumed to be the diameter of a circular shape having the same area as the cross-sectional area of the yarn, the knitted fabric includes a second region including a continuous series of stitches with a yarn thinner than 0.1 mm or thicker than 0.4 mm, and in that the second region does not satisfy the relationship of 4.0 < nR < 12.7.
A detection system for receiving echo pulses from a material with a magnetic resonance response, the system comprising: a transmitter (30, 50) for transmitting a series of pulses of UWB electromagnetic radiation, and at least one receiver (40, 45, 50, 55) for identifying the echo pulses of the series of pulses, characterised in that the system also comprises a magnetic resonant tag, and the receiver is adapted to identify a signature of the magnetic resonant tag imposed on the echo pulses, the signature being indicative of reflection from the material exhibiting a magnetic resonance induced by the series of pulses. a transmitter (30, 50) for transmitting a series of pulses of UWB electromagnetic radiation, and at least one receiver (40, 45, 50, 55) for identifying the echo pulses of the series of pulses, characterised in that the system also comprises a magnetic resonant tag, and the receiver is adapted to identify a signature of the magnetic resonant tag imposed on the echo pulses, the signature being indicative of reflection from the material exhibiting a magnetic resonance induced by the series of pulses.
A method for producing an organic material microparticle, comprising the following steps: step 1a) mixing a raw material solution of the organic material microparticle with a separating solvent for separating at least one kind of the organic material particles from the raw material solution of the organic material microparticle thereby effecting separation of an organic material microparticle, at least part of which is composed of an amorphous portion; and step 2a) preparing a particle property control solution by adding a surfactant into a solvent which has a dissolvability in a range of 1-1000 μg/g to the organic material microparticle, the surfactant being capable of suppressing growth of the organic material microparticle, and step 2b) introducing the organic material microparticle obtained in step 1) into the particle property control solution thereby enhancing a degree of crystallinity of the organic material microparticle and/or effecting a crystal transition of the organic material microparticle, without substantially changing a particle diameter of the organic material microparticle. step 1a) mixing a raw material solution of the organic material microparticle with a separating solvent for separating at least one kind of the organic material particles from the raw material solution of the organic material microparticle thereby effecting separation of an organic material microparticle, at least part of which is composed of an amorphous portion; and step 2a) preparing a particle property control solution by adding a surfactant into a solvent which has a dissolvability in a range of 1-1000 μg/g to the organic material microparticle, the surfactant being capable of suppressing growth of the organic material microparticle, and step 2b) introducing the organic material microparticle obtained in step 1) into the particle property control solution thereby enhancing a degree of crystallinity of the organic material microparticle and/or effecting a crystal transition of the organic material microparticle,
A heat exchange unit comprising: a heat exchanger; a structure that supports the heat exchanger; an insulating member that electrically insulates the heat exchanger from the structure; a compressor electrically connected to the heat exchanger and the structure; characterised in that the heat exchange unit also comprises a connection member that is attached to the heat exchanger and electrically connects the heat exchanger and the structure, the connection member being provided separately from a first conductive path that electrically connects the compressor and the heat exchanger and a second conductive path that electrically connects the compressor and the structure. a heat exchanger; a structure that supports the heat exchanger; an insulating member that electrically insulates the heat exchanger from the structure; a compressor electrically connected to the heat exchanger and the structure; characterised in that the heat exchange unit also comprises a connection member that is attached to the heat exchanger and electrically connects the heat exchanger and the structure, the connection member being provided separately from a first conductive path that electrically connects the compressor and the heat exchanger and a second conductive path that electrically connects the compressor and the structure.
Device for metering two different liquid or gaseous fuels, with a nozzle body in which a first pressure chamber is formed which can be filled with a first fuel and in which an outer nozzle needle is received in a longitudinally movable manner, wherein the outer nozzle needle is equipped with a second pressure chamber which can be filled with a second fuel and in which an inner nozzle needle is arranged in a longitudinally movable manner, said inner nozzle needle cooperating with an inner nozzle seat formed in the outer nozzle needle in order to open and close at least one inner injection opening, and with at least one outer injection opening which can be connected to the first pressure chamber, characterized in that the at least one outer injection opening is formed in the outer nozzle needle.
A motor comprising a motor carrier made at least partially from a sheet metal material, a movable motor part (120; 140), a spring element (121; 122; 141; 142) that couples the movable motor part (120; 140) with the motor carrier, characterized in that the sheet metal material comprises at least one coupling area (111A; 112A) where the sheet metal material is folded so that two layers (113B, 114B; 115B, 116B) of sheet metal material are arranged vis-à-vis to each other and each of the two layers comprises a slot (1111A, 1112A), which slots (1111A, 1112A) are aligned with each other and through which aligned slots (1111A, 1112A) a connection extension (1411B; 1412B) of the spring element extends (121; 122; 141; 142). a motor carrier made at least partially from a sheet metal material, a movable motor part (120; 140), a spring element (121; 122; 141; 142) that couples the movable motor part (120; 140) with the motor carrier, characterized in that the sheet metal material comprises at least one coupling area (111A; 112A) where the sheet metal material is folded so that two layers (113B, 114B; 115B, 116B) of sheet metal material are arranged vis-à-vis to each other and each of the two layers comprises a slot (1111A, 1112A), which slots (1111A, 1112A) are aligned with each other and through which aligned slots (1111A, 1112A) a connection extension (1411B; 1412B) of the spring element extends (121; 122; 141; 142).
An Electronic Control Unit for controlling electronics in a vehicle comprising at least one Integrated Circuit attached to a Printed Circuit Board on top of said IC is located a first layer adjacent to the IC and a second layer more distant from the IC, wherein said first layer and said second layer are made of a material having a high thermal conductivity, e.g. metal, and at least one of said first layer and second layer forms part of a housing of the ECU wherein said first layer and second layer are spaced apart from each other such that a first void space is defined between the first layer and the second layer allowing a fluid to flow in the first void space wherein said first void space is also provided with side walls in the area on top of said IC and together with said first layer and said second layer define a compartment built up on top of the IC, the compartment being made by the side walls extending between said first layer and said second layer, the compartment having a compartment inlet and compartment outlet connected to a fluid channel system in said first void space in the ECU comprising a liquid phase media, said ECU further comprising a third layer located on top of the second layer defining a second void space, between the second layer and the third layer, in which a flow of air is induced.
Process for purifying impure phosphorus, characterized in that a) without prior treatment with polyphosphoric acid liquid impure phosphorus is continuously contacted with at least one activated carbon fixed bed containing at least one activated carbon, preferably as particles having a particle size in the range from 0.5 to 5 mm or as molded bodies, and b) liquid purified phosphorus is continuously withdrawn from the activated carbon fixed bed(s). a) without prior treatment with polyphosphoric acid liquid impure phosphorus is continuously contacted with at least one activated carbon fixed bed containing at least one activated carbon, preferably as particles having a particle size in the range from 0.5 to 5 mm or as molded bodies, and b) liquid purified phosphorus is continuously withdrawn from the activated carbon fixed bed(s).
A safety device and a frame assembly, the frame assembly comprising a first strut, a second strut, and a plurality of rods, first ends of each of the rods being pivotally connected with the struts (11, 12), the safety device comprising: a first bar pivotally connected with the first strut; a second bar, two ends of which are pivotally connected respectively with the first bar and the second strut; and an actuating assembly, one end of which is adjacent to the first bar and another end of which is slidably connected with the frame assembly; wherein the first bar is cooperated by the actuating assembly and is pivotally rotated relative to the second bar when the actuating assembly is operated, characterised in that the frame assembly further comprises a locking devixe, second ends of each of the rods being pivotally connected with the locking device, the fame assembly being able to be collapsed only when the locking device and the safety device are sequentially or simultaneously operated. a first bar pivotally connected with the first strut; a second bar, two ends of which are pivotally connected respectively with the first bar and the second strut; and an actuating assembly, one end of which is adjacent to the first bar and another end of which is slidably connected with the frame assembly; wherein the first bar is cooperated by the actuating assembly and is pivotally rotated relative to the second bar when the actuating assembly is operated, characterised in that the frame assembly further comprises a locking devixe, second ends of each of the rods being pivotally connected with the locking device, the fame assembly being able to be collapsed only when the locking device and the safety device are sequentially or simultaneously operated.