mhurhangee/ep-ind-claims huggingface dataset:
Tray for sampling, consisting of a plurality of aligned cells, slide plate storage comprising recesses within the thickness of the plate of shape and dimensions designed to fit the slides, wherein each cell is at least partially constituted by a bottom and two opposite side walls having an inlet opening and being at least partly closed by a transverse wall extending between the opposite side walls and opposite the inlet opening, wherein each cell comprises at least two redents respectively protruding from each of the side walls, wherein the redents extend from the inlet opening to the transverse wall, parallel to the bottom and forming with the redents of the cell for adjacent slots to allow guidance in translation of the edges of a slide introduced into a cell, characterized in that the bottom of each cell is inclined at an angle with respect to the plane of the tray while the length of each slot is less than the length of a slide to be stored in a cell.
A method for disconnecting an electrical machine that is connected by running gear wheels of a clutchless vehicle by means of dogs (51, 52), including two steps that are successively actuated on the basis of a disconnection request: - a first step of controlling the electrical machine by means of torque, in which a torque setpoint equal to a calibrated target torque threshold (d) is applied to the electrical machine so as to obtain a zero torque that is exerted between the dogs (51, 52), and a dog clutch actuator is deactivated, so as to allow the dog to disengage as soon as possible; and - a second step of controlling the electrical machine by means of torque, in which a torque setpoint, which follows a slope starting with said calibrated target torque threshold (d) and ending with a zero value, is applied to the electrical machine. - a first step of controlling the electrical machine by means of torque, in which a torque setpoint equal to a calibrated target torque threshold (d) is applied to the electrical machine so as to obtain a zero torque that is exerted between the dogs (51, 52), and a dog clutch actuator is deactivated, so as to allow the dog to disengage as soon as possible; and - a second step of controlling the electrical machine by means of torque, in which a torque setpoint, which follows a slope starting with said calibrated target torque threshold (d) and ending with a zero value, is applied to the electrical machine.
A method of generating a population of primate mesoderm cells expressing Apelin receptor, the method comprising the steps of: culturing isolated primate pluripotent stem cells in co-culture with OP9 bone marrow stromal cells until Apelin receptor is expressed and detectable in the co-cultured cells; and sorting the co-cultured cells expressing Apelin receptor from cells of the co-culture not expressing Apelin receptor. culturing isolated primate pluripotent stem cells in co-culture with OP9 bone marrow stromal cells until Apelin receptor is expressed and detectable in the co-cultured cells; and sorting the co-cultured cells expressing Apelin receptor from cells of the co-culture not expressing Apelin receptor.
A soluble recombinant respiratory syncytial virus F polypeptide (RSV F) in the form of a trimer which comprises a first domain and a second domain, wherein (i) the first domain comprises the RSV F protein ectodomain in whole or part, and (ii) the second domain comprises a heterologous oligomerization domain which is the trimerizing sequence from bacteriophage T4 fibritin ("foldon"), wherein the RSV F ecto-domain in whole or part comprises: a) amino acids 22-525 of SEQ ID NO: 1; b) amino acids 23-525 of SEQ ID NO: 2; or c) an amino acid sequence having at least 80%, at least 85%, at least 90%, at least 95%, at least 97%, at least 98% or at least 99% identity to (a) or (b). a) amino acids 22-525 of SEQ ID NO: 1; b) amino acids 23-525 of SEQ ID NO: 2; or c) an amino acid sequence having at least 80%, at least 85%, at least 90%, at least 95%, at least 97%, at least 98% or at least 99% identity to (a) or (b).
A reciprocating compressor comprising: a housing which includes an intake chamber, a discharge chamber, a cylinder, and a crank chamber, the crank chamber having a lower portion formed as an oil storage chamber configured to store lubricant; a piston which is reciprocatively located in the cylinder; a crank shaft which is rotatably arranged in the crank chamber and is coupled to the piston via a connecting rod; a pressure equalization path through which the intake chamber and the crank chamber communicate, the pressure equalization path having an opening end open to the crank chamber; and a partition member which is located between the crank shaft and the opening end of the pressure equalization path, wherein the partition member extends below the crank shaft from one side of the crank shaft to the other side of the crank shaft so as to cover at least the lower side of the crank shaft; and wherein the opening end is positioned above a normal oil surface level of the lubricant in the oil storage chamber. a housing which includes an intake chamber, a discharge chamber, a cylinder, and a crank chamber, the crank chamber having a lower portion formed as an oil storage chamber configured to store lubricant; a piston which is reciprocatively located in the cylinder; a crank shaft which is rotatably arranged in the crank chamber and is coupled to the piston via a connecting rod; a pressure equalization path through which the intake chamber and the crank chamber communicate, the pressure equalization path having an opening end open to the crank chamber; and a partition member which is located between the crank shaft and the opening end of the pressure equalization path, wherein the partition member extends below the crank shaft from one side of the crank shaft to the other side of the crank shaft so as to cover at least the lower side of the crank shaft; and wherein the opening end is positioned above a normal oil surface level of the lubricant in the oil storage chamber.
A mechanism for transferring loads between a racking system and a lift truck and adapted to be mounted on a lift mechanism of the lift truck, the mechanism comprising a frame adapted to be mounted on the lift mechanism of the lift truck, and characterised by a pair of telescopic rails mounted at one end to the frame, the telescopic rails extending parallel to one another, the telescopic rails being extendable laterally of the lift mechanism of the lift truck, in use, between retracted and extended positions, means to move the telescopic rails, a carriage mounted on the telescopic rails for movement there along when the telescopic rails are in their extended positions and the free ends of the telescopic rails are supported, in use, by the racking system, the carriage having a lift mechanism mounted thereon by which a load may be raised and lowered relative to the carriage.
Pipe systems and sheets comprising a terpolymer containing propylene, ethylene and 1-hexene wherein: (i) the content of 1-hexene derived units ranges from 1 wt% to 3.2%; (ii) the content of ethylene derived units is higher than 1.4 wt% and fulfils the following relation: C 2 < C 6 − 0.2 wherein C2 is the content of ethylene derived units wt% and C6 is the content of 1-hexene derived units wt%; (iii) the melt flow rate (ISO 1133 230°C, 5 kg) ranges from 0.1 to 3.9 g/10 min; (iv) the melting temperature ranging from 132°C to 136°C. (i) the content of 1-hexene derived units ranges from 1 wt% to 3.2%; (ii) the content of ethylene derived units is higher than 1.4 wt% and fulfils the following relation: C 2 < C 6 − 0.2 wherein C2 is the content of ethylene derived units wt% and C6 is the content of 1-hexene derived units wt%; (iii) the melt flow rate (ISO 1133 230°C, 5 kg) ranges from 0.1 to 3.9 g/10 min; (iv) the melting temperature ranging from 132°C to 136°C.
A method for maintaining continuity of a group communication service, characterized in that, the method comprises: notifying, by a Group Communication Service Enabler Application Server, GCSE-AS, a terminal served by the GCSE-AS that the GCSE-AS is going to switch the group communication service from multicast transmission to unicast transmission, upon determining that the group communication service needs to be switched from multicast transmission to unicast transmission; and transmitting, by the GCSE-AS, the group communication service over a unicast bearer for unicast transmission, and stopping the group communication service from being transmitted in multicast mode, upon reception of a first notification message sent by the terminal; wherein the unicast bearer for unicast transmission is set up by the terminal. notifying, by a Group Communication Service Enabler Application Server, GCSE-AS, a terminal served by the GCSE-AS that the GCSE-AS is going to switch the group communication service from multicast transmission to unicast transmission, upon determining that the group communication service needs to be switched from multicast transmission to unicast transmission; and transmitting, by the GCSE-AS, the group communication service over a unicast bearer for unicast transmission, and stopping the group communication service from being transmitted in multicast mode, upon reception of a first notification message sent by the terminal; wherein the unicast bearer for unicast transmission is set up by the terminal.
A dry film structure, comprising: a carrier substrate comprising at least one plastic film; and a photosensitive polymeric layer supported by the carrier substrate, in which the photosensitive polymeric layer comprises at least one fully imidized polyimide polymer and the at least one fully imidized polyimide polymer is at least 90% imidized; wherein the photosensitive polymeric layer has a film thickness of at most 5 μm (microns). a carrier substrate comprising at least one plastic film; and a photosensitive polymeric layer supported by the carrier substrate, in which the photosensitive polymeric layer comprises at least one fully imidized polyimide polymer and the at least one fully imidized polyimide polymer is at least 90% imidized; wherein the photosensitive polymeric layer has a film thickness of at most 5 μm (microns).
A method for forming an object, comprising: a) providing a first material having a first melting temperature and a second material having a second melting temperature, said first and second materials being provided as a layer of powder; b) heating a portion of the first and second materials to form a first portion of molten alloy, the molten alloy having a third solidifying temperature less than the first temperature and second temperature; c) retaining in a molten state said portion of molten alloy at a temperature below said first and second temperatures within confines defined by a remaining portion of said first solid material; d) providing further solid material to at least a portion of the molten alloy, the further material being provided as a layer of powder and melting at a fourth melting temperature greater than the third temperature; e) heating at least a portion of said further material to form a further portion of molten alloy at least partially in contact with said first portion of molten alloy; f) retaining in a molten state said further portion of molten alloy at a temperature below said fourth temperature within confines defined by a remaining portion of said further solid material; and g) cooling said molten alloy below said third solidifying temperature to form said object. a) providing a first material having a first melting temperature and a second material having a second melting temperature, said first and second materials being provided as a layer of powder; b) heating a portion of the first and second materials to form a first portion of molten alloy, the molten alloy having a third solidifying temperature less than the first temperature and second temperature; c) retaining in a molten state said portion of molten alloy at a temperature below said first and second temperatures within confines defined by a remaining portion of said first solid material; d) providing further solid material to at least a portion of the molten alloy, the further material being provided as a layer of powder and melting at a fourth melting temperature greater than the third temperature; e) heating at least a portion of said further material to form a further portion of molten alloy at least partially in contact with said first portion of molten alloy; f) retaining in a molten state said further portion of molten alloy at a temperature below said fourth temperature within confines defined by a remaining portion of said further solid material; and g) cooling said molten alloy below said third solidifying temperature to form said object.
Device for welding welding studs to a substrate, with a welding gun, which comprises a stud holder for a respective welding stud, with a welding unit, with a gas container, with a gas line for conducting gas from the gas container to the stud holder, with a valve arranged in the gas line, and with a control device for controlling the valve, characterized in that the control device is intended to open the valve only for a predetermined period of time before the start of a welding operation in order to automatically flush the gas line with gas from the gas container when the device is switched on and/or after a downtime of the device.
A luminaire assembly comprising: - a mounting part configured to be attached to a wall or ceiling, - a luminaire part configured to be attached to the mounting part, - at least one resilient plug (6, 7) and at least one slot, the at least one resilient plug configured to engage with the at least one corresponding slot, the at least one resilient plug (6, 7) and at least one corresponding slot arranged with respect to the mounting part and the luminaire part so as to allow attaching the luminaire part to the mounting part, - a first electrical connector, and a second electrical connector, the first and second electrical connectors for engaging with each other and electrically connecting the luminaire to the mains power, wherein the mounting part further comprises a rail and wherein one of the first and second electrical connectors (3A, 3B) is slideably arranged along the rail for electrically connecting the luminaire to the mains power at any suitable location along the rail and the luminaire part comprises the other of the first and second electrical connectors. - a mounting part configured to be attached to a wall or ceiling, - a luminaire part configured to be attached to the mounting part, - at least one resilient plug (6, 7) and at least one slot, the at least one resilient plug configured to engage with the at least one corresponding slot, the at least one resilient plug (6, 7) and at least one corresponding slot arranged with respect to the mounting part and the luminaire part so as to allow attaching the luminaire part to the mounting part, - a first electrical connector, and a second electrical connector, the first and second electrical connectors for engaging with each other and electrically connecting the luminaire to the mains power, wherein the mounting part further comprises a rail and wherein one of the first and second electrical connectors (3A, 3B) is slideably arranged along the rail for electrically connecting the luminaire to the mains power at any suitable location along the rail and the luminaire part comprises the other of the first and second electrical connectors.
A multi-mixer system comprising: an amplifier module for receiving signals from at least an antenna to generate a plurality of radio frequency, RF, input signals; a plurality of channels (820, 830) coupled to the amplifier module, wherein the plurality of channels (820, 830) are adapted for receiving the RF input signals, respectively, and each of the channels (820, 830) comprises a mixer (824, 834) for mixing one of the RF input signals with a local oscillating signal to generate a mixed signal; wherein at least one of the channels comprises one interference reduction circuit, said interference reduction circuit being configured between the amplifier module and the mixer, characterized in that the at least one of the channels comprises a first sub-channel and a second sub-channel for receiving the same RF input signal, wherein: the first sub-channel comprises a first mixer, the first mixer being said mixer of the at least one of the channels, and the interference reduction circuit configured between the amplifier module and the first mixer; the second sub-channel comprises a second mixer; and said at least one of the channels is adapted to use oscillation signals having a same frequency by the first mixer and the second mixer. an amplifier module for receiving signals from at least an antenna to generate a plurality of radio frequency, RF, input signals; a plurality of channels (820, 830) coupled to the amplifier module, wherein the plurality of channels (820, 830) are adapted for receiving the RF input signals, respectively, and each of the channels (820, 830) comprises a mixer (824, 834) for mixing one of the RF input signals with a local oscillating signal to generate a mixed signal; wherein at least one of the channels comprises one interference reduction circuit, said interference reduction circuit being configured between the amplifier module and the mixer, characterized in that the at least one of the channels comprises a first sub-channel and a second sub-channel for receiving the same RF input signal, wherein: the first sub-channel comprises a first mixer, the first mixer being said mixer of the at least one of the channels, and the interference reduction circuit configured between the amplifier module and the first mixer; the second sub-channel comprises a second mixer; and said at least one of the channels is adapted to use oscillation signals having a same frequency by the first mixer and the second mixer. the first sub-channel comprises a first mixer, the first mixer being said mixer of the at least one of the channels, and the interference reduction circuit configured between the amplifier module and the first mixer; the second sub-channel comprises a second mixer; and said at least one of the channels is adapted to use oscillation signals having a same frequency by the first mixer and the second mixer.
An unloading system for unloading a bulk container with a liner bag and carpet, comprising a hopper and a trailer, wherein: - the hopper comprising a winding roll, a tundish and a funnel, wherein the tundish comprises side panels and that the funnel comprises connection means for a detachable rotary valve, wherein the hopper is either positioned in a passive configuration or in an active configuration; - the trailer comprises a hopper recess to store said hopper when in said passive configuration, an optional detachable support, a detachable bumper bar, connection means to connect the detachable rotary valve with an air blower and an integrated lift mechanism to pull the hopper with connected rotary valve against the back of the container; - wherein the rotary valve is attached to the trailer via the integrated lift mechanism. - the hopper comprising a winding roll, a tundish and a funnel, wherein the tundish comprises side panels and that the funnel comprises connection means for a detachable rotary valve, wherein the hopper is either positioned in a passive configuration or in an active configuration; - the trailer comprises a hopper recess to store said hopper when in said passive configuration, an optional detachable support, a detachable bumper bar, connection means to connect the detachable rotary valve with an air blower and an integrated lift mechanism to pull the hopper with connected rotary valve against the back of the container; - wherein the rotary valve is attached to the trailer via the integrated lift mechanism.
An intravenous dialysis catheter (1,1',13,23,38) comprising distal (3,15,28,29,40) and proximal (2,14,26,27,39) ends and two tubular lumens (10,10',18,32,43; 11,11',20,33,44), wherein each tubular lumen (10,10',18,32,43; 11,11',20,33,44) comprises a longitudinal axis (4,4',16,41,52) extending between the distal (3,15,28,29,40) and proximal (2,14,26,27,39) ends and independently permits fluid communication between the distal (3,15,28,29,40) and proximal ends (2,14,26,27,39) and wherein the interior of each of the two tubular lumens (10,10',18,32,43; 11,11',20,33,44) is made from a biocompatible material, wherein at least a portion of at least one tubular lumen (10,10',18,32,43; 11,11 ',20,33,44) comprises an axially extending internal helical protrusion (12, 21, 47) located around the inside of the tubular lumen (10,10',18,32,43; 11,11',20,33,44) for imparting helical flow on fluid passing through said portion of the tubular lumen (10,10',18,32,43; 11,11',20,33,44) and wherein said helical flow is spiral laminar flow, and characterised in that the catheter (1,1',13,23,38) comprises a tubular conduit and a septum (6,6') which divides the tubular conduit parallel to its longitudinal axis (4,4',16,41,52) so as to define the two tubular lumens (10,10',18,32,43; 11,11',20,33,44). wherein at least a portion of at least one tubular lumen (10,10',18,32,43; 11,11 ',20,33,44) comprises an axially extending internal helical protrusion (12, 21, 47) located around the inside of the tubular lumen (10,10',18,32,43; 11,11',20,33,44) for imparting helical flow on fluid passing through said portion of the tubular lumen (10,10',18,32,43; 11,11',20,33,44) and wherein said helical flow is spiral laminar flow, and characterised in that the catheter (1,1',13,23,38) comprises a tubular conduit and a septum (6,6') which divides the tubular conduit parallel to its longitudinal axis (4,4',16,41,52) so as to define the two tubular lumens (10,10',18,32,43; 11,11',20,33,44).