mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising a connection terminal block and a ferrule terminal with a collar portion , wherein the connection terminal block includes a housing and is capable of holding the ferrule terminal to be inserted into the housing , and wherein the housing comprises: a first surface orthogonal to an insertion direction in which the ferrule terminal is inserted; characterized in that the housing further comprises: a second surface orthogonal to the insertion direction and arranged at a further back side than the first surface via a step in the insertion direction; an insertion hole passing through from the second surface to an inside of the housing along the insertion direction and allowing for insertion of the ferrule terminal through the insertion hole ; and an abutting portion formed on an inner peripheral surface of the insertion hole and configured to, when the ferrule terminal is inserted, abut with a leading end of the collar portion to inhibit further insertion, and characterized in that the step is set in a range such that when the leading end of the collar portion abuts with the abutting portion , a proximal end of the collar portion is located between the first surface and the second surface . wherein the connection terminal block includes a housing and is capable of holding the ferrule terminal to be inserted into the housing , and wherein the housing comprises: a first surface orthogonal to an insertion direction in which the ferrule terminal is inserted; characterized in that the housing further comprises: a second surface orthogonal to the insertion direction and arranged at a further back side than the first surface via a step in the insertion direction; an insertion hole passing through from the second surface to an inside of the housing along the insertion direction and allowing for insertion of the ferrule terminal through the insertion hole ; and an abutting portion formed on an inner peripheral surface of the insertion hole and configured to, when the ferrule terminal is inserted, abut with a leading end of the collar portion to inhibit further insertion, and characterized in that the step is set in a range such that when the leading end of the collar portion abuts with the abutting portion , a proximal end of the collar portion is located between the first surface and the second surface . a second surface orthogonal to the insertion direction and arranged at a further back side than the first surface via a step in the insertion direction; an insertion hole passing through from the second surface to an inside of the housing along the insertion direction and allowing for insertion of the ferrule terminal through the insertion hole ; and an abutting portion formed on an inner peripheral surface of the insertion hole and configured to, when the ferrule terminal is inserted, abut with a leading end of the collar portion to inhibit further insertion, and characterized in that the step is set in a range such that when the leading end of the collar portion abuts with the abutting portion , a proximal end of the collar portion is located between the first surface and the second surface .
Soilless cultivation facility composed of a frame supporting a plurality of profile sections that extend in parallel in a horizontal plane from a transverse loading zone to a transverse harvesting zone, and of a plurality of supports each suitable for receiving a cultivation substrate, said supports being movable longitudinally in the longitudinal gap defined by two adjacent profile sections , the supports being driven by a motorized means capable of changing the distance between two consecutive supports during the stroke in said gap , characterized in that said profile sections have flexible and opaque longitudinal side joining strips , the joining strips of two adjacent profile sections meeting so as to close the gap defined by said adjacent profile sections , and in that said movable supports have, in their front and rear cross sections, arcuate slots on either side of a longitudinal vertical plane, the two slots meeting at their lower edge.
Tooth for attaching to an excavator bucket of a bucket-wheel excavator, the tooth being formed partly from a metal matrix composite material and the metal matrix composite material having an insert of a hard material cast into a metal matrix material , the insert at least partially forming the surface of the tooth , characterised in that the insert of the metal matrix composite material is arranged at least in the region of the tooth head and encloses this tooth head in the region of at least two outer faces , wherein the insert is in the form of a shell and the at least two outer faces comprise two lateral cutting faces or two lateral cutting faces and a central ripping face .
Medical pump for dispensing a liquid , the medical pump comprising: - a chamber further comprising an inlet for receiving the liquid and an outlet , - a first plunger element movably arranged in the chamber and, - a second plunger element movably arranged in the chamber , the first plunger element and the second plunger element being movable with respect to one another to define a chamber space formed between them, wherein the chamber space is displaceable within the chamber by a movement of the first and the second plunger element , wherein the first and the second plunger element are arranged along a common longitudinal axis (x) and the chamber space is axially displaceable by a simultaneous movement of the first and the second plunger element with respect to the chamber and wherein the inlet and the outlet are arranged axially spaced apart from each other, wherein the medical pump is operable and configured such that - when the chamber space is fluidly connected to the inlet, liquid is moved into the chamber space through the inlet by a relative movement of the first and the second plunger element away from each other, and - when liquid is arranged in the chamber space and the chamber space is fluidly connected to the outlet , the liquid is removed from the medical pump through the outlet by a relative movement of the first and the second plunger element towards each other, characterized in that the chamber comprises an opening which is arranged axially spaced from the inlet and the outlet , wherein the chamber space is fluidly connectable to and fluidly disconnectable from the opening by movement of at least one of or both of the first and the second plunger element with respect to the chamber . - a chamber further comprising an inlet for receiving the liquid and an outlet , - a first plunger element movably arranged in the chamber and, - a second plunger element movably arranged in the chamber , the first plunger element and the second plunger element being movable with respect to one another to define a chamber space formed between them, wherein the chamber space is displaceable within the chamber by a movement of the first and the second plunger element , wherein the first and the second plunger element are arranged along a common longitudinal axis (x) and the chamber space is axially displaceable by a simultaneous movement of the first and the second plunger element with respect to the chamber and wherein the inlet and the outlet are arranged axially spaced apart from each other, wherein the medical pump is operable and configured such that - when the chamber space is fluidly connected to the inlet, liquid is moved into the chamber space through the inlet by a relative movement of the first and the second plunger element away from each other, and - when liquid is arranged in the chamber space and the chamber space is fluidly connected to the outlet , the liquid is removed from the medical pump through the outlet by a relative movement of the first and the second plunger element towards each other,
A process for the preparation of Treprostinil and its pharmaceutically acceptable salts, comprising; (a) reacting compound with compound to provide compound (b) oxidizing compound and asymmetrically reducing resulting compound to provide compound , (c) treating compound with a hydroxyl protecting reagent to give compound , which is then cyclized in presence of dicobalt octacarbonyl (Co 2 (CO) 8 ) to give compound , and hydrogenating to provide compound , (d) treating compound with a reducing agent to give compound , deprotecting the side-chain hydroxyl group in compound to give compound , and treating compound with a deprotecting agent to provide compound (e) treating compound with halogenated acetonitrile to provide compound , which on alkaline hydrolysis followed by acidification gave Treprostinil and its pharmaceutically acceptable salts, wherein R is alkyl, alkoxyalkyl, substituted or unsubstituted arylalkyl. (a) reacting compound with compound to provide compound (b) oxidizing compound and asymmetrically reducing resulting compound to provide compound , (c) treating compound with a hydroxyl protecting reagent to give compound , which is then cyclized in presence of dicobalt octacarbonyl (Co 2 (CO) 8 ) to give compound , and hydrogenating to provide compound , (d) treating compound with a reducing agent to give compound , deprotecting the side-chain hydroxyl group in compound to give compound , and treating compound with a deprotecting agent to provide compound (e) treating compound with halogenated acetonitrile to provide compound , which on alkaline hydrolysis followed by acidification gave Treprostinil and its pharmaceutically acceptable salts, wherein R is alkyl, alkoxyalkyl, substituted or unsubstituted arylalkyl.
An Intelligent Transportation System station, ITS-S, (S U ) for being carried by a Vulnerable Road User, VRU, (U j ) comprising: a motion sensor configured to determine VRU motion data (md U ) indicative of a VRU position (p U ), a VRU speed (v U ), and a VRU heading (h U ); a transmitter connected to the motion sensor and configured to transmit a VRU message (M U ) including the determined VRU motion data (md U ); a receiver configured to receive, concerning a vehicle (C i ), vehicle motion data (md C ) indicative of a vehicle position (p C ), a vehicle speed (v C ), and a vehicle heading (h C ); and a controller connected to the motion sensor and to the receiver and configured to control the transmitter , wherein the controller is configured to compare the determined VRU motion data (md U ) with the received vehicle motion data (md C ) and, when the result of the comparison meets a predetermined criterion, to suppress the transmitting of said VRU message (M U ), wherein said comparison comprises the determination of a position difference (Δp) between the VRU position (p U ) and the vehicle position (p C ) and of a heading difference (Δh) between the VRU heading (h U ) and the vehicle heading (h C ), characterised in that said predetermined criterion is met when the position difference (Δp) falls below a predetermined position threshold (Tp), the heading difference (Δh) falls within a predetermined range (α), and the vehicle speed (v C ) is substantially zero, and wherein said predetermined range (α) is from 30 degrees to 150 degrees and/or from 210 degrees to 330 degrees. a motion sensor configured to determine VRU motion data (md U ) indicative of a VRU position (p U ), a VRU speed (v U ), and a VRU heading (h U ); a transmitter connected to the motion sensor and configured to transmit a VRU message (M U ) including the determined VRU motion data (md U ); a receiver configured to receive, concerning a vehicle (C i ), vehicle motion data (md C ) indicative of a vehicle position (p C ), a vehicle speed (v C ), and a vehicle heading (h C ); and a controller connected to the motion sensor and to the receiver and configured to control the transmitter , wherein the controller is configured to compare the determined VRU motion data (md U ) with the received vehicle motion data (md C ) and, when the result of the comparison meets a predetermined criterion, to suppress the transmitting of said VRU message (M U ), wherein said comparison comprises the determination of a position difference (Δp) between the VRU position (p U ) and the vehicle position (p C ) and of a heading difference (Δh) between the VRU heading (h U ) and the vehicle heading (h C ), characterised in that said predetermined criterion is met when the position difference (Δp) falls below a predetermined position threshold (Tp), the heading difference (Δh) falls within a predetermined range (α), and the vehicle speed (v C ) is substantially zero, and wherein said predetermined range (α) is from 30 degrees to 150 degrees and/or from 210 degrees to 330 degrees.
Compressor blade (20; 7, 11, 12, 11', 12', ...), which has an underlying aluminium-containing or zirconium-containing sub-layer on a metallic substrate , directly on and/or in the substrate , wherein the sub-layer comprises only aluminium (Al) or an aluminium-zirconium alloy or only zirconium (Zr) or a zirconium alloy and has an outer multilayered, alternating cover layer (11, 12, 11', 12', ...) composed of TiAlN layers (11, 11', ...) and AlTiN layers (12, 12', ...), which (11, 12, 11', 12', ...) has been applied in particular by PVD.
Non-gastight housing of the pressure-proof enclosure protection class, for receiving electrical or electronic components which may constitute ignition sources, with a housing body which is configured to delimit an interior for receiving the electrical or electronic components, and which has an opening delimited by a flange and one or more openings provided with flame screens comprising bodies which have narrow channels and/or pores and are hence gas-permeable, with a cover having an edge with an edge face lying on the flange , with a number of clamps which are arranged spaced apart from one another along the flange and the edge , and which grip the edge and the flange in order to clamp the edge against the flange with or without interposed seal, wherein each clamp has a clamping face and a clamping means opposite this clamping face , wherein the clamps are held movably on the housing body or on the cover , wherein the clamps are held pivotably about a pivot axis on the housing body or on the cover , and each clamp is mounted so as to be movable between an open position in which it does not grip the edge and a closed position in which it grips the edge , wherein a means defining the open position is assigned to each clamp and fixes the clamp in the open position, and a means defining the closed position is assigned to each clamp and ensures that the clamp stands in the desired nominal position. with a housing body which is configured to delimit an interior for receiving the electrical or electronic components, and which has an opening delimited by a flange and one or more openings provided with flame screens comprising bodies which have narrow channels and/or pores and are hence gas-permeable, with a cover having an edge with an edge face lying on the flange , with a number of clamps which are arranged spaced apart from one another along the flange and the edge , and which grip the edge and the flange in order to clamp the edge against the flange with or without interposed seal, wherein each clamp has a clamping face and a clamping means opposite this clamping face , wherein the clamps are held movably on the housing body or on the cover , wherein the clamps are held pivotably about a pivot axis on the housing body or on the cover , and each clamp is mounted so as to be movable between an open position in which it does not grip the edge and a closed position in which it grips the edge , wherein a means defining the open position is assigned to each clamp and fixes the clamp in the open position, and a means defining the closed position is assigned to each clamp and ensures that the clamp stands in the desired nominal position.
A medicament delivery device comprising: - a housing (2; 2a) having a proximal end and a distal end; - a medicament container positioned in the housing (2; 2a) and having a medicament delivery member shield ; - a medicament delivery mechanism associated with the medicament container ; - an activation member operably connected to the medicament delivery mechanism and longitudinally movable in relation to the housing from an extended position to a retracted position to activate the medicament delivery mechanism; and - a removable cap assembly comprising an outer tubular cap body (7; 7a) and an inner tubular integrity lock member (9; 9a) coaxially coupled to the outer tubular cap body; characterized in that in a first position of the removable cap assembly , a resilient structure (91; 91a) of the inner tubular integrity lock member (9; 9a) is configured to interact with both a first engaging structure of the activation member and a second engaging structure (21; 21a) of the housing (2; 2a) for preventing the activation member from moving into the retracted position; wherein the resilient structure (91; 91a) of the inner tubular integrity lock member (9; 9a) comprises a pair of spaced apart longitudinally extending arms (92; 92a) which are flexible in the transversal direction and which define an opening (93; 93a) between them. - a housing (2; 2a) having a proximal end and a distal end; - a medicament container positioned in the housing (2; 2a) and having a medicament delivery member shield ; - a medicament delivery mechanism associated with the medicament container ; - an activation member operably connected to the medicament delivery mechanism and longitudinally movable in relation to the housing from an extended position to a retracted position to activate the medicament delivery mechanism; and - a removable cap assembly comprising an outer tubular cap body (7; 7a) and an inner tubular integrity lock member (9; 9a) coaxially coupled to the outer tubular cap body; characterized in that in a first position of the removable cap assembly , a resilient structure (91; 91a) of the inner tubular integrity lock member (9; 9a) is configured to interact with both a first engaging structure of the activation member and a second engaging structure (21; 21a) of the housing (2; 2a) for preventing the activation member from moving into the retracted position; wherein the resilient structure (91; 91a) of the inner tubular integrity lock member (9; 9a) comprises a pair of spaced apart longitudinally extending arms (92; 92a) which are flexible in the transversal direction and which define an opening (93; 93a) between them.
A heat exchanger for use in a desiccant air conditioning system, comprising: a plurality of membrane-plate assemblies facing each other in a generally parallel arrangement and being spaced apart to define air gaps therebetween through which air to be treated by the desiccant air conditioning system can flow, each of said membrane-plate assemblies comprising: (a) a plate structure , (b) two membranes , each facing an opposite side of the plate structure and spaced apart from the plate structure to define a gap therebetween through which a liquid desiccant can flow, and (c) at least one desiccant drain port , wherein each membrane has a bottom portion that is sealed to the plate structure such that liquid desiccant is forced to flow through the at least one drain port , thereby creating a negative pressure in the gap between each membrane and the plate structure . a plurality of membrane-plate assemblies facing each other in a generally parallel arrangement and being spaced apart to define air gaps therebetween through which air to be treated by the desiccant air conditioning system can flow, each of said membrane-plate assemblies comprising: (a) a plate structure , (b) two membranes , each facing an opposite side of the plate structure and spaced apart from the plate structure to define a gap therebetween through which a liquid desiccant can flow, and (c) at least one desiccant drain port , (a) a plate structure , (b) two membranes , each facing an opposite side of the plate structure and spaced apart from the plate structure to define a gap therebetween through which a liquid desiccant can flow, and (c) at least one desiccant drain port , wherein each membrane has a bottom portion that is sealed to the plate structure such that liquid desiccant is forced to flow through the at least one drain port , thereby creating a negative pressure in the gap between each membrane and the plate structure .
A system for changing a concentration of at least one given group of particles comprised in a fluid, the system comprising: - a first container and a second container ; - a first transfer device and a second transfer device , wherein the first container is fluidly connected to an inlet of the first transfer device and the second container is fluidly connected to an inlet of the second transfer device , each of the first and second transfer devices comprising: a chamber configured to be associated with at least one acoustic wave generator for generating acoustic waves within the chamber; at least two outlets comprising a first outlet for fluid enriched with said given group of particles and a second outlet for fluid depleted of said given group of particles; the first outlet being fluidly connected to the first container and the second outlet being fluidly connected to the second container ; and - means for keeping the volume of fluid in each of the first and second containers constant. - a first container and a second container ; - a first transfer device and a second transfer device , wherein the first container is fluidly connected to an inlet of the first transfer device and the second container is fluidly connected to an inlet of the second transfer device , each of the first and second transfer devices comprising: a chamber configured to be associated with at least one acoustic wave generator for generating acoustic waves within the chamber; at least two outlets comprising a first outlet for fluid enriched with said given group of particles and a second outlet for fluid depleted of said given group of particles; the first outlet being fluidly connected to the first container and the second outlet being fluidly connected to the second container ; and a chamber configured to be associated with at least one acoustic wave generator for generating acoustic waves within the chamber; at least two outlets comprising a first outlet for fluid enriched with said given group of particles and a second outlet for fluid depleted of said given group of particles; - means for keeping the volume of fluid in each of the first and second containers constant.