mhurhangee/ep-ind-claims huggingface dataset:
A winding-type stacked body for a condenser, comprising: a pair of two metal layers (A1, A2), wherein metals used for the metal layers (A1, A2) include aluminum, aluminum alloy, zinc, zinc alloy, copper or copper alloy, wherein a dielectric layer (B1, B2) is present on each metal layer (A1, A2), wherein a layer thickness of the dielectric layer (B1, B2) is higher than or equal to 5 nm and lower than or equal to 500 nm; and wherein materials for the dielectric layer include one of molybdenum oxide, zinc oxide, magnesium silicate, magnesium oxide and silicon oxide, metal hydroxide, metal nitride, talc, mica, calcium silicate, potassium silicate, calcinated clay, barium sulfate, aluminum oxide, magnesium carbonate, calcium carbonate and barium carbonate, and wherein the metal layer (A1, A2) is divided by patterning, and the metal layers (A1, A2) are stacked and wound, and a plastic film of polymer substance is absent. a pair of two metal layers (A1, A2), wherein metals used for the metal layers (A1, A2) include aluminum, aluminum alloy, zinc, zinc alloy, copper or copper alloy, wherein a dielectric layer (B1, B2) is present on each metal layer (A1, A2), wherein a layer thickness of the dielectric layer (B1, B2) is higher than or equal to 5 nm and lower than or equal to 500 nm; and wherein materials for the dielectric layer include one of molybdenum oxide, zinc oxide, magnesium silicate, magnesium oxide and silicon oxide, metal hydroxide, metal nitride, talc, mica, calcium silicate, potassium silicate, calcinated clay, barium sulfate, aluminum oxide, magnesium carbonate, calcium carbonate and barium carbonate, and wherein the metal layer (A1, A2) is divided by patterning, and the metal layers (A1, A2) are stacked and wound, and
A comprehensive performance test system for Automated Driving Vehicles, comprising a base platform and a rotary platform, characterized by a lateral moving platform which is mounted on the base platform and is configured to slide left and right on the base platform, wherein the rotary platform is mounted on the lateral moving platform and is configured to rotate horizontally on the lateral moving platform; wherein the base platform is equipped with a guide rail for guiding the left and right sliding of the lateral moving platform and a motor for driving the left and right sliding of the lateral moving platform; wherein the lateral moving platform is equipped with a guide rail for guiding the horizontal rotation of the rotary platform and a motor for driving the horizontal rotation of the rotary platform; wherein there are two front wheels' brackets located at the front of the rotary platform which are configured to slide left and right, and two front wheel track adjustment mechanisms to control the movement of the left and right sliding of said two front wheels' brackets; wherein there are two rear wheels' brackets located at the rear of the rotary platform which are configured to slide front and back, and two wheelbase adjustment mechanisms to control the movement of the front and rear sliding of said two rear wheels' brackets; wherein each front wheel bracket is equipped with a front wheel dynamometer bracket which is configured to rotate horizontally, and each front wheel dynamometer bracket is equipped with a front wheel rotary dynamometer and a load motor for driving the rotation of the front wheel rotary dynamometer; and wherein each rear wheel bracket is equipped with a rear wheel rotary dynamometer and a load motor for driving the rotation of the rear wheel dynamometer.
Device for preparing a beverage or liquid food from a food substance contained in a capsule by passing water through the substance in the capsule comprising: - water feed means (5, 6, 7) for introducing water in the capsule, - referencing means (40, 41) for positioning and referencing the capsule in the device, - driving means for driving the capsule in centrifugal rotation, wherein the referencing means (40, 41) are designed for receiving the capsule in a removable manner and for receiving the capsule in the device in operational relationship with the water feed means and the driving means, characterized in that the device further comprises a control unit adapted to vary the speed of the driving means for driving the capsule in centrifugal rotation, therefore providing different centrifugal pressures in the capsule depending on the type of beverages to be brewed and in that the control unit is associated to a capsule recognition system enabling to recognize the type of capsules and to adjust the speed according to the capsule which is inserted in the device. - water feed means (5, 6, 7) for introducing water in the capsule, - referencing means (40, 41) for positioning and referencing the capsule in the device, - driving means for driving the capsule in centrifugal rotation,
A method for manufacturing an insulating panel comprising the steps of:- providing a first facer; wherein said facer comprises a laminate; adhesively bonding a plurality of separate vacuum insulation panels to the facer, at least some of the vacuum insulation panels being spaced-apart on the facer to define gaps therebetween; leading the facer with the vacuum insulation panels bonded thereto to a lay-down station; laying down liquid foam reactants over the vacuum insulation panels; and allowing the foam to expand to form an insulating body; characterised in that the adhesive is a layer of the facer to which the separate vacuum insulation panels are attached; and the adhesive is activated prior to attachment of the vacuum insulation panels. providing a first facer; wherein said facer comprises a laminate; adhesively bonding a plurality of separate vacuum insulation panels to the facer, at least some of the vacuum insulation panels being spaced-apart on the facer to define gaps therebetween; leading the facer with the vacuum insulation panels bonded thereto to a lay-down station; laying down liquid foam reactants over the vacuum insulation panels; and allowing the foam to expand to form an insulating body;
An image decoding method for decoding last position information indicating a position of a last non-zero coefficient in a predetermined order in a current block to be decoded, the decoding method comprising: a first decoding step (S101, S105) that arithmetically decodes each of binary symbols included in a first signal, wherein the context used for decoding a binary symbol depends on a bit position of the binary symbol, the first signal being included in a binary signal of the last position information and having a length smaller than or equal to a predetermined maximum length; and a second decoding step (S103, S107) that arithmetically decodes the second signal using a fixed probability, when the binary signal of the last position information includes a second signal, characterized in that in the first decoding step (S101, S105), a binary symbol at a last bit position of the first signal in sequence from the left is arithmetically decoded using a context exclusive to the last bit position, when the first signal has the predetermined maximum length. a first decoding step (S101, S105) that arithmetically decodes each of binary symbols included in a first signal, wherein the context used for decoding a binary symbol depends on a bit position of the binary symbol, the first signal being included in a binary signal of the last position information and having a length smaller than or equal to a predetermined maximum length; and a second decoding step (S103, S107) that arithmetically decodes the second signal using a fixed probability, when the binary signal of the last position information includes a second signal, characterized in that in the first decoding step (S101, S105), a binary symbol at a last bit position of the first signal in sequence from the left is arithmetically decoded using a context exclusive to the last bit position, when the first signal has the predetermined maximum length.
A heat exchanger, particularly an exhaust gas cooler or charge air cooler, comprising a plate stack consisting of a plurality of elongated plate pairs, wherein in each case two interconnected plates (18, 18') form a second fluid channel between them and a first fluid channel is formed between two plate pairs, wherein a first fluid channel is surrounded by two second fluid channels, wherein each second fluid channel is connected to at least one coolant collecting channel (11, 12), wherein the two interconnected plates (18, 18') of a plate pair are soldered or welded on both sides at their rims along their longitudinal extension and/or transverse extension, characterised in that at least one opening (9, 10) for connecting the second fluid channel to the coolant collecting channel (11, 12) is formed in at least one of the formed rims.
A microfluidic injection and manifold assembly comprising: a microfluidic chip having at least a first fluid port and a second fluid port, and a fluid pathway between the first fluid port and the second fluid port; a manifold (102, 202) having a seat on which the microfluidic chip is received, and at least a first fluid channel, wherein the first fluid channel has an external fluid port (118a, 218a) spaced from the seat and an internal fluid port (120a, 220a) in the seat and connected in fluid communication with the first fluid port of the microfluidic chip; and at least a first injector secured to the manifold (102, 202) and having a plunger (134a, 234a) and a drive assembly, wherein the drive assembly is activatable to force the plunger (134a, 234a) into the external fluid port (118a, 218a) of the manifold (102, 202) to force fluid from the first fluid channel of the manifold (102, 202) into the fluid pathway of the microfluidic chip; characterized in that the manifold (102, 202) further comprises at least a first pressure measurement port (128a, 228a) in fluid communication with the first fluid channel, and the assembly further comprises a pressure sensor in fluid communication with the first pressure measurement port (128a, 228a) for measuring pressure in the first fluid channel. a microfluidic chip having at least a first fluid port and a second fluid port, and a fluid pathway between the first fluid port and the second fluid port; a manifold (102, 202) having a seat on which the microfluidic chip is received, and at least a first fluid channel, wherein the first fluid channel has an external fluid port (118a, 218a) spaced from the seat and an internal fluid port (120a, 220a) in the seat and connected in fluid communication with the first fluid port of the microfluidic chip; and at least a first injector secured to the manifold (102, 202) and having a plunger (134a, 234a) and a drive assembly, wherein the drive assembly is activatable to force the plunger (134a, 234a) into the external fluid port (118a, 218a) of the manifold (102, 202) to force fluid from the first fluid channel of the manifold (102, 202) into the fluid pathway of the microfluidic chip; characterized in that the manifold (102, 202) further comprises at least a first pressure measurement port (128a, 228a) in fluid communication with the first fluid channel, and the assembly further comprises a pressure sensor in fluid communication with the first pressure measurement port (128a, 228a) for measuring pressure in the first fluid channel.
A spice storage and dispensing system comprising - a base station with a plurality of different storage containers for storing a corresponding plurality of spices; and - a dispensing device which is configured to be coupled to the base station for transferring a spice from the base station to the dispensing device; and to be decoupled from the base station for dispensing the spice onto a food item; wherein the dispensing device comprises - at least one storage container configured to take up a spice from one or more storage containers of the base station, when the dispensing device is coupled with the base station; and - a controllable dispensing unit configured to dispense the spice from the storage container of the dispensing device, characterized in that the dispensing device comprises a control element configured to cause the dispensing unit to dispense the spice from the storage container of the dispensing device, when being actuated by a user. - a base station with a plurality of different storage containers for storing a corresponding plurality of spices; and - a dispensing device which is configured to be coupled to the base station for transferring a spice from the base station to the dispensing device; and to be decoupled from the base station for dispensing the spice onto a food item; wherein the dispensing device comprises - at least one storage container configured to take up a spice from one or more storage containers of the base station, when the dispensing device is coupled with the base station; and - at least one storage container configured to take up a spice from one or more storage containers of the base station, when the dispensing device is coupled with the base station; and - a controllable dispensing unit configured to dispense the spice from the storage container of the dispensing device,
An in vitro method for assessing whether a test substance or treatment is potentially neuroprotective or anti-oxidant, the method comprising the steps of exposing a cell to the test substance or treatment assessing the TSPO level in the cell, wherein a substance or treatment is considered to be potentially anti-oxidant and/or neuroprotective if the TSPO level is decreased, wherein the TSPO level assessed is a) the level of TSPO mRNA, optionally using an RT-PCR method; or b) the level of TSPO protein, optionally using an immunoquantitation method. exposing a cell to the test substance or treatment assessing the TSPO level in the cell, a) the level of TSPO mRNA, optionally using an RT-PCR method; or b) the level of TSPO protein, optionally using an immunoquantitation method.
A method comprising: providing a fluid containing a plurality of particles having magnetic labels in a microfluidic device, wherein the microfluidic device includes: a first substrate at least partially defining a fluidic feature having an opening; a second substrate reversibly coupled to the opening; separating the plurality of particles having magnetic labels from the fluid at least in part by generating a magnetic field across the microfluidic device such that the plurality of particles having magnetic labels are driven toward the second substrate including positioning a magnet proximate the microfluidic device; and removing the second substrate including the plurality of particles having magnetic labels from the opening. providing a fluid containing a plurality of particles having magnetic labels in a microfluidic device, wherein the microfluidic device includes: a first substrate at least partially defining a fluidic feature having an opening; a second substrate reversibly coupled to the opening; separating the plurality of particles having magnetic labels from the fluid at least in part by generating a magnetic field across the microfluidic device such that the plurality of particles having magnetic labels are driven toward the second substrate including positioning a magnet proximate the microfluidic device; and removing the second substrate including the plurality of particles having magnetic labels from the opening. a first substrate at least partially defining a fluidic feature having an opening; a second substrate reversibly coupled to the opening; separating the plurality of particles having magnetic labels from the fluid at least in part by generating a magnetic field across the microfluidic device such that the plurality of particles having magnetic labels are driven toward the second substrate including positioning a magnet proximate the microfluidic device; and removing the second substrate including the plurality of particles having magnetic labels from the opening.
A device for implanting a bone fixation system, comprising: an insertion instrument (40; 1240) comprising a shaft portion extending from a proximal end to a distal end, the distal end having an engagement portion for removably engaging a proximal end of a bone plate, the elongated shaft portion having an elongated slot on a side wall thereof, wherein a longitudinal axis of the elongated slot is configured to be coaxial with a longitudinal axis of a first opening extending through the bone plate when the insertion instrument is engaged with the plate; and a protection sleeve, configured to be inserted into the elongated slot, wherein the protection sleeve comprises a first elongated shaft portion having a first channel extending therethrough and a second elongated shaft portion having a second channel extending therethrough, the first elongated shaft portion being configured to be insertable into the elongated slot and the second elongated shaft portion being configured for guiding insertion of an anti-rotation screw therethrough and through the bone plate, a longitudinal axis of the second channel being angled with respect to a longitudinal axis of the first channel and with respect to the longitudinal axis of the slot when the device is in an operative configuration. an insertion instrument (40; 1240) comprising a shaft portion extending from a proximal end to a distal end, the distal end having an engagement portion for removably engaging a proximal end of a bone plate, the elongated shaft portion having an elongated slot on a side wall thereof, wherein a longitudinal axis of the elongated slot is configured to be coaxial with a longitudinal axis of a first opening extending through the bone plate when the insertion instrument is engaged with the plate; and a protection sleeve, configured to be inserted into the elongated slot, wherein the protection sleeve comprises a first elongated shaft portion having a first channel extending therethrough and a second elongated shaft portion having a second channel extending therethrough, the first elongated shaft portion being configured to be insertable into the elongated slot and the second elongated shaft portion being configured for guiding insertion of an anti-rotation screw therethrough and through the bone plate, a longitudinal axis of the second channel being angled with respect to a longitudinal axis of the first channel and with respect to the longitudinal axis of the slot when the device is in an operative configuration.
Product made of fibrous material, characterised by the fact that it comprises, at least partially on the surface, from 2g/m 2 to 6g/m 2 of an agent comprising one or a mixture of fatty acid esters having a C 10 -C 14 carbon chain and of alcohol having a C 10 -C 14 carbon chain, the melting temperature of the agent being between 20 and 37 °C.
A cutting unit (14, 60, 80, 100) for a hair cutting device, comprising: a blade carrier carrying a cutting blade; a guard comprising: a blade-facing surface engaging the cutting blade at a cut location; a planar guard contact surface for contacting skin of a user; a plurality of hair-receiving slots extending between the guard contact surface and the blade-facing surface; wherein the guard contact surface is angled with respect to the blade-facing surface; and a guard extender (40, 70, 90) separate from the guard, wherein the guard extender (40, 70, 90) comprises a planar extension contact surface (46, 76, 96) configured to cooperate with the guard contact surface to provide an extended contact zone across the guard and the guard extender (40, 70, 90) for contacting skin of a user, wherein the blade-facing surface and the guard contact surface converge towards a tip of the guard, wherein a cutting direction extends along the guard contact surface towards the tip, and wherein the guard extender (40, 70, 90) is configured so that the extension contact surface (46, 76, 96) is rearward of the guard contact surface with respect to the cutting direction, and characterized in that the extension contact surface has a transverse extent along an axis perpendicular to the cutting direction, and wherein there is a gap along the cutting direction between the guard contact surface and at least a transverse portion of the extension contact surface. a blade carrier carrying a cutting blade; a guard comprising: a blade-facing surface engaging the cutting blade at a cut location; a planar guard contact surface for contacting skin of a user; a plurality of hair-receiving slots extending between the guard contact surface and the blade-facing surface; wherein the guard contact surface is angled with respect to the blade-facing surface; and a blade-facing surface engaging the cutting blade at a cut location; a planar guard contact surface for contacting skin of a user; a plurality of hair-receiving slots extending between the guard contact surface and the blade-facing surface; wherein the guard contact surface is angled with respect to the blade-facing surface; and a guard extender (40, 70, 90) separate from the guard, wherein the guard extender (40, 70, 90) comprises a planar extension contact surface (46, 76, 96) configured to cooperate with the guard contact surface to provide an extended contact zone across the guard and the guard extender (40, 70, 90) for contacting skin of a user, wherein the blade-facing surface and the guard contact surface converge towards a tip of the guard, wherein a cutting direction extends along the guard contact surface towards the tip, and wherein the guard extender (40, 70, 90) is configured so that the extension contact surface (46, 76, 96) is rearward of the guard contact surface with respect to the cutting direction, and characterized in that the extension contact surface has a transverse extent along an axis perpendicular to the cutting direction, and wherein there is a gap along the cutting direction between the guard contact surface and at least a transverse portion of the extension contact surface.
A mould having a first half part and a second half part, and a clamping device, wherein the clamping device includes a first portion and a second portion coupled to the first and second half parts of the mould respectively, and the first portion is provided with a first engaging part, and the second portion has a second engaging part which is movable, by means of a predetermined actuating means, between a first operating position where the second engaging part is engaged with the first engaging part, and a second rest position where the second engaging part is disengaged with the first engaging part, wherein the first engaging part is a hook part, and the second engaging part is a head of a clamping link and characterised in that the second portion has a housing with at least one side opened to which a cover is removably attached, the cover only covering a part of the opened side so as to leave an opening allowing protruding of the head of the clamping link out of the housing, and being shaped and sized not to interfere with the clamping link when the clamping link is moved from the first operating position to the second rest position or vice versa.