mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a reflective construction element which method, starting from a mould, comprises the steps of providing therein a mainly unbound or what is called a dry film which contains reflective particles, and providing thereon a binding layer or what is called a wet film and applying thereon a material which forms the structural part of the construction element, whereby the wet film comprises glass beads and/or roughening particles or roughening means and in that the unbound or what is called the dry film comprises glass beads whereby the glass beads concern a mixture of glass beads having diameters between 125 μm and 850 μm.
An outdoor wood stove device of the type comprising at least two superimposed compartments (10, 21), namely an upper cooking compartment closed by a door and a lower compartment for the fire pit above which said upper compartment is open, and designed in at least two superimposed and separable modules (1, 2), one, upper, including the cooking compartment, and the other, lower, including the compartment intended to contain the fire pit, characterized in that the upper module rests on the ground independently of the lower module, the latter also resting on the ground, and in that it includes actionable means, designed capable of moving at least one of said two modules (1, 2) in the vertical direction, so as to perform, in the direction of the movement, the adjustment of the joining of said modules (1, 2) or their separation, so as to allow, respectively, the tight butting of said modules (1, 2) or their separation.
A method for displaying a first intruder aircraft symbology on a lateral map (LMAP) display and on a vertical situation display, comprising: receiving navigational data pertaining to a first intruder aircraft; rendering symbology (78-82, 88, 89, 95) graphically representative of the first intruder aircraft on the LMAP display and the VSD; and in response to receiving, from a user input device, a selection of the first intruder aircraft on one of 1) the lateral map display (LMAP) and 2) the VSD; highlighting on the LMAP display and on the VSD the first intruder aircraft, whereby the symbology (78-82, 88, 89, 95) graphically representative of the first intruder aircraft on the LMAP display is visually correlated with the symbology (78-82, 88, 89, 95) graphically representative of the first intruder aircraft on the VSD. receiving navigational data pertaining to a first intruder aircraft; rendering symbology (78-82, 88, 89, 95) graphically representative of the first intruder aircraft on the LMAP display and the VSD; and in response to receiving, from a user input device, a selection of the first intruder aircraft on one of 1) the lateral map display (LMAP) and 2) the VSD; highlighting on the LMAP display and on the VSD the first intruder aircraft, whereby the symbology (78-82, 88, 89, 95) graphically representative of the first intruder aircraft on the LMAP display is visually correlated with the symbology (78-82, 88, 89, 95) graphically representative of the first intruder aircraft on the VSD.
An oral care device, comprising: a cleaning unit for receipt in an oral cavity of a user, the cleaning unit comprising at least one conductor arrangement (18, 19) adapted to generate an RF field responsive to receipt of an RF drive signal; an RF generator arranged to supply an RF drive signal to the at least one conductor arrangement to induce an RF field, the RF field adapted to perform an oral cleaning and/or treatment function during use; and characterized by a controller arranged to receive and process a sensed electrical or electromagnetic signal caused by interaction of the generated RF field with a foreign object in the oral cavity, to determine a presence of the foreign object in the generated RF field, wherein the electrical or electromagnetic signal is sensed using the at least one conductor arrangement used to generate the RF field, and adjust an operation of the oral care device based upon the received and processed signal if the presence of the foreign object is determined. a cleaning unit for receipt in an oral cavity of a user, the cleaning unit comprising at least one conductor arrangement (18, 19) adapted to generate an RF field responsive to receipt of an RF drive signal; an RF generator arranged to supply an RF drive signal to the at least one conductor arrangement to induce an RF field, the RF field adapted to perform an oral cleaning and/or treatment function during use; and characterized by a controller arranged to receive and process a sensed electrical or electromagnetic signal caused by interaction of the generated RF field with a foreign object in the oral cavity, to determine a presence of the foreign object in the generated RF field, wherein the electrical or electromagnetic signal is sensed using the at least one conductor arrangement used to generate the RF field, and adjust an operation of the oral care device based upon the received and processed signal if the presence of the foreign object is determined. receive and process a sensed electrical or electromagnetic signal caused by interaction of the generated RF field with a foreign object in the oral cavity, to determine a presence of the foreign object in the generated RF field, wherein the electrical or electromagnetic signal is sensed using the at least one conductor arrangement used to generate the RF field, and adjust an operation of the oral care device based upon the received and processed signal if the presence of the foreign object is determined.
An apparatus (600, 700, 800, 900) for contacting an open hole surface, the apparatus (600, 700, 800, 900) comprising an expandable portion surrounded by a contact portion configured to contact an open hole surface, the contact portion comprising a tube of electrically conductive rope, the tube of electrically conductive rope connected to a device that facilitates transmission and/or reception of signals such that electrical signals may be transmitted and/or received via electrical contact between the open hole surface and the tube of electrically conductive rope.
A floor tool for a cleaning appliance comprising a cleaner head rotatably attached to a conduit carried by a pair of dome-shaped wheels (15,16), the wheels (15,16) having axes of rotation (27,28) that are oriented such that the wheels (15,16) converge beneath the conduit.
A process for the manufacture of pancreatin which is decreased in viral contaminants, comprising the steps of (a) pre-heating a dispersed form of pancreatin containing one or more solvents to a temperature of from 85 °C to 100°C, and (b) continuing heating of the dispersed form of pancreatin at a temperature of from 85 °C to 100 °C for a period of from 18 hours to 30 hours, and obtaining a total solvents content in the dispersed form of pancreatin of equal to or less than 3.5% by weight at any point during process step (b), wherein the dispersed form of pancreatin is selected from powders, pellets, micropellets, microspheres, granules and granulates. (a) pre-heating a dispersed form of pancreatin containing one or more solvents to a temperature of from 85 °C to 100°C, and (b) continuing heating of the dispersed form of pancreatin at a temperature of from 85 °C to 100 °C for a period of from 18 hours to 30 hours, and obtaining a total solvents content in the dispersed form of pancreatin of equal to or less than 3.5% by weight at any point during process step (b),
Method for transmitting data frames between automation devices (11a-f) of an automation system, which automation system comprises a communication network having a ring topology, and the automation devices (11a-f) transmit the data frames redundantly via the communication network, wherein - a sender automation device sends a first data frame in a first transmission direction of the communication network, and a second data frame in a second transmission direction of the communication network, which is opposite to the first transmission direction; and - a receiver automation device processes the data frame that it receives first and discards the other data frame as a duplicate; characterized in that - the sender automation device assigns a priority level to the data frames, wherein data frames having a high priority level are meant to be transmitted via the communication network with preference over those data frames having a low priority level; - the sender automation device uses a first communication protocol to transmit data frames having a high priority level, and uses a second communication protocol, which differs from the first communication protocol, to transmit data frames having a low priority level; and - a network component (12, 13a, 13c-e) arranged in the communication network between the sender automation device and the receiver automation device receives the particular data frame, identifies the priority level of said data frame from the communication protocol used, and forwards said data frame taking into consideration the identified priority level. - a sender automation device sends a first data frame in a first transmission direction of the communication network, and a second data frame in a second transmission direction of the communication network, which is opposite to the first transmission direction; and - a receiver automation device processes the data frame that it receives first and discards the other data frame as a duplicate; - the sender automation device assigns a priority level to the data frames, wherein data frames having a high priority level are meant to be transmitted via the communication network with preference over those data frames having a low priority level; - the sender automation device uses a first communication protocol to transmit data frames having a high priority level, and uses a second communication protocol, which differs from the first communication protocol, to transmit data frames having a low priority level; and - a network component (12, 13a, 13c-e) arranged in the communication network between the sender automation device and the receiver automation device receives the particular data frame, identifies the priority level of said data frame from the communication protocol used, and forwards said data frame taking into consideration the identified priority level.
A bleaching composition comprising: - a water sensitive starch, or starch derivative, based particle comprising an oil encapsulated/dispersed within the particle, and - a bleach particle comprising a dry mixture of a hypochlorite alkaline earth salt and other mineral particles containing hydrated and/or non-hydrated Calcium oxide(s), Calcium carbonate(s), and/or Calcium hydroxide(s). - a water sensitive starch, or starch derivative, based particle comprising an oil encapsulated/dispersed within the particle, and - a bleach particle comprising a dry mixture of a hypochlorite alkaline earth salt and other mineral particles containing hydrated and/or non-hydrated Calcium oxide(s), Calcium carbonate(s), and/or Calcium hydroxide(s).
An implantable neurological probe comprising: an elongated shaft having a distal end (250, 438) and an internal lumen; a flexible planar substrate comprising a first insulative layer and having a distal portion and a proximal longitudinal extension (164, 232); a plurality of microelectrode elements (103, 162, 204, 207, 231, 248, 249, 302, 312, 322, 332, 348, 358, 366, 378, 388, 386, 392, 418, 419, 408) disposed on the distal portion; a plurality of wire lead contacts disposed on the proximal longitudinal extension (164, 232); a plurality of wires (108, 251, 228) electrically coupling the wire lead contacts to a proximal end of the probe; and a plurality of conductive traces (248, 234) configured to selectively couple the plurality of microelectrode elements (103, 162, 204, 207, 231, 248, 249, 302, 312, 322, 332, 348, 358, 366, 378, 388, 386, 392, 418, 419, 408) to the plurality of wire lead contacts, characterized in that the distal portion of the flexible planar substrate is coupled to the distal end of the elongated shaft with the plurality of microelectrode elements (103, 162, 204, 207, 231, 248, 249, 302, 312, 322, 332, 348, 358, 366, 378, 388, 386, 392, 418, 419, 408) exposed and the proximal longitudinal extension (164, 232) and wire lead contacts are disposed within the internal lumen. an elongated shaft having a distal end (250, 438) and an internal lumen; a flexible planar substrate comprising a first insulative layer and having a distal portion and a proximal longitudinal extension (164, 232); a plurality of microelectrode elements (103, 162, 204, 207, 231, 248, 249, 302, 312, 322, 332, 348, 358, 366, 378, 388, 386, 392, 418, 419, 408) disposed on the distal portion; a plurality of wire lead contacts disposed on the proximal longitudinal extension (164, 232); a plurality of wires (108, 251, 228) electrically coupling the wire lead contacts to a proximal end of the probe; and a plurality of conductive traces (248, 234) configured to selectively couple the plurality of microelectrode elements (103, 162, 204, 207, 231, 248, 249, 302, 312, 322, 332, 348, 358, 366, 378, 388, 386, 392, 418, 419, 408) to the plurality of wire lead contacts, characterized in that the distal portion of the flexible planar substrate is coupled to the distal end of the elongated shaft with the plurality of microelectrode elements (103, 162, 204, 207, 231, 248, 249, 302, 312, 322, 332, 348, 358, 366, 378, 388, 386, 392, 418, 419, 408) exposed and the proximal longitudinal extension (164, 232) and wire lead contacts are disposed within the internal lumen.
A method for preparing a material based on an aluminosilicate comprising 80% by mass or more, preferably 100% by mass of an aluminosilicate selected from among barium aluminosilicate BAS, barium and strontium aluminosilicate BSAS, and strontium aluminosilicate SAS, said aluminosilicate consisting of aluminosilicate with a hexagonal structure, characterized in that it comprises a single sintering step wherein the sintering of a mixture of powders of precursors of said aluminosilicate, comprising an aluminum hydroxide powder Al 3 is carried out, by a hot sintering technique with a pulsed electric field SPS ("Spark Plasma Sintering"); whereby a material based on an aluminosilicate, said aluminosilicate consisting of aluminosilicate with a hexagonal structure is obtained.
A filter-cleaning mechanism of an air conditioner, comprising: a filter for removing dust from air passing through; a brush part having a core and a plurality of bristles provided in a peripheral surface of the core, wherein the bristles remove dust from the filter by making contact with the filter; a brush drive part for rotating the brush part; and a brush-cleaning part for scraping off dust from the brush part due to the rotation of the brush part, the brush-cleaning part being disposed along the rotational axis direction of the brush part and having a pectinate shape in contact with the brush part, characterized in further comprising a frame part on which the brush-cleaning part is mounted or integrated and the brush part is detachably mounted; wherein the brush-cleaning part is provided so as not to intersect with the trajectory of the core in the direction in which the brush part is dismounted. a filter for removing dust from air passing through; a brush part having a core and a plurality of bristles provided in a peripheral surface of the core, wherein the bristles remove dust from the filter by making contact with the filter; a brush drive part for rotating the brush part; and a brush-cleaning part for scraping off dust from the brush part due to the rotation of the brush part, the brush-cleaning part being disposed along the rotational axis direction of the brush part and having a pectinate shape in contact with the brush part, characterized in further comprising a frame part on which the brush-cleaning part is mounted or integrated and the brush part is detachably mounted; wherein the brush-cleaning part is provided so as not to intersect with the trajectory of the core in the direction in which the brush part is dismounted.
A method in a radio base station for handling data traffic in a communications network (100, 200), wherein the radio base station is connected to a remote node (103, 203) via a wireless channel, and wherein the remote node (103, 203) is connected to a centralized unit (101, 201) via a first channel (115, 215), and wherein the data traffic between the remote node (103, 203) and the centralized unit (101, 201) may be carried on either the wireless channel or the first channel (115, 215), the method comprising: receiving (308, 501), from the remote node (103, 203), information about quality and capacity of the wireless channel and information on quantity and priority of upstream data traffic waiting to be transferred from the remote node (103, 203) to the centralized unit (101, 201); and based on the received information, determining (355, 504) that at least part of the upstream data traffic from the remote node (103, 203) to the centralized unit (101, 201) should be carried on the wireless channel using the radio base station as a relay node. receiving (308, 501), from the remote node (103, 203), information about quality and capacity of the wireless channel and information on quantity and priority of upstream data traffic waiting to be transferred from the remote node (103, 203) to the centralized unit (101, 201); and based on the received information, determining (355, 504) that at least part of the upstream data traffic from the remote node (103, 203) to the centralized unit (101, 201) should be carried on the wireless channel using the radio base station as a relay node.
An airlaid absorbent article having a length, a width, and a thickness, comprising: a cover layer having a body facing surface and a lower cover surface opposite to the body facing surface; and an absorbent core adjacent to the lower cover surface, the absorbent core comprising: a first strata having a first fiber material having at least one of pulp and bicomponent fibers; a second strata having super absorbent polymer and a second fiber material having at least one of pulp and bicomponent fibers; a third strata having a third fiber material having at least one of pulp and bicomponent fibers; a backsheet layer having a backsheet upper surface and a garment-facing surface opposite the backsheet upper surface; wherein the absorbent article has a modified circular bend of between about 130 g and about 230 g; wherein the first fiber material, the second fiber material, and the third fiber material are the same; wherein the ratio of super absorbent polymer and the second fiber material is between about 1.5:1 and about 4:1; and wherein the thickness of the absorbent article is between about 1.1 mm and about 2.2 mm. a cover layer having a body facing surface and a lower cover surface opposite to the body facing surface; and an absorbent core adjacent to the lower cover surface, the absorbent core comprising: a first strata having a first fiber material having at least one of pulp and bicomponent fibers; a second strata having super absorbent polymer and a second fiber material having at least one of pulp and bicomponent fibers; a third strata having a third fiber material having at least one of pulp and bicomponent fibers; a first strata having a first fiber material having at least one of pulp and bicomponent fibers; a second strata having super absorbent polymer and a second fiber material having at least one of pulp and bicomponent fibers; a third strata having a third fiber material having at least one of pulp and bicomponent fibers; a backsheet layer having a backsheet upper surface and a garment-facing surface opposite the backsheet upper surface; wherein the absorbent article has a modified circular bend of between about 130 g and about 230 g; wherein the first fiber material, the second fiber material, and the third fiber material are the same; wherein the ratio of super absorbent polymer and the second fiber material is between about 1.5:1 and about 4:1; and wherein the thickness of the absorbent article is between about 1.1 mm and about 2.2 mm.
A differential tissue-engineered nerve, wherein it comprises motor-like nerves and sensory-like nerves, wherein the motor-like nerve comprises a motor-like nerve outer tube and a motor-like nerve fiber in the outer tube, wherein Schwann cells and/or fibroblasts derived from motor nerves are contained in surface or pores of the motor-like nerve outer tube and a transsynaptic signal molecule Neuroligin-1 is contained in surface or pores of the motor-like nerve fiber; and wherein the sensory-like nerve comprises a sensory-like nerve outer tube and a sensory-like nerve fiber in the outer tube, wherein Schwann cells and/or fibroblasts derived from sensory nerves are contained in surface or pores of the sensory-like nerve outer tube and a transsynaptic signal molecule Neuroligin-2 is contained in surface or pores of the sensory-like nerve fiber. the motor-like nerve comprises a motor-like nerve outer tube and a motor-like nerve fiber in the outer tube, wherein Schwann cells and/or fibroblasts derived from motor nerves are contained in surface or pores of the motor-like nerve outer tube and a transsynaptic signal molecule Neuroligin-1 is contained in surface or pores of the motor-like nerve fiber; and wherein the sensory-like nerve comprises a sensory-like nerve outer tube and a sensory-like nerve fiber in the outer tube, wherein Schwann cells and/or fibroblasts derived from sensory nerves are contained in surface or pores of the sensory-like nerve outer tube and a transsynaptic signal molecule Neuroligin-2 is contained in surface or pores of the sensory-like nerve fiber.
A contactless power supply device supplying electric power in a contactless manner to a power receiving device mounted on a moving object, comprising: a bottom plate having an installation face; a power transmitting coil which supplies electric power to a power receiving coil included in the power receiving device, the power transmitting coil being disposed on the bottom plate; a cover attached to the bottom plate so as to cover the power transmitting coil, wherein an air layer is formed between the power transmitting coil and the cover; characterized by an electronic component which is disposed on the bottom plate, the electronic component being connected to the power transmitting coil, wherein the cover further covers the electronic component, and the contactless power supply device further comprises a partition wall which divides a space surrounded by the bottom plate and the cover into a first storage space and a second storage space, the first storage space storing the power transmitting coil, the second storage space storing the electronic component, and the partition wall possesses a thermal insulating characteristic. a bottom plate having an installation face; a power transmitting coil which supplies electric power to a power receiving coil included in the power receiving device, the power transmitting coil being disposed on the bottom plate; a cover attached to the bottom plate so as to cover the power transmitting coil, wherein an air layer is formed between the power transmitting coil and the cover; characterized by an electronic component which is disposed on the bottom plate, the electronic component being connected to the power transmitting coil, wherein the cover further covers the electronic component, and the contactless power supply device further comprises a partition wall which divides a space surrounded by the bottom plate and the cover into a first storage space and a second storage space, the first storage space storing the power transmitting coil, the second storage space storing the electronic component, and the partition wall possesses a thermal insulating characteristic.