mhurhangee/patent-ind-claim-en huggingface dataset:
Device for thermal compression of a gaseous fluid, comprising: - an inlet for gaseous fluid to be compressed and an outlet for compressed gaseous fluid, - a work enclosure containing the gaseous fluid, - a first chamber , thermally coupled with a heat source adapted to provide heat to the gaseous fluid, - a second chamber , thermally coupled with a cold source in order to transfer heat from the gaseous fluid to the cold source, - a piston mounted so as to be movable along an axial direction (X) within a cylindrical sleeve and separating the first chamber and second chamber inside said work enclosure, the piston being moved by a rod rigid with the piston, - a regenerative heat exchanger and communication channels placing the first and second chambers in fluid communication, wherein the rod is arranged within a cylindrical sleeve fixed to the work enclosure, and the rod is guided in axial translation by a linear guiding system so as to guide the piston without contact with the sleeve, - a cylindrical sealing ring attached within the cylindrical sleeve and surrounding the rod with a radial clearance (e1) of between 2 and 20 μm, in order to greatly limit the passage of gaseous fluid along the movable rod to and from an auxiliary chamber , characterized in that the linear guiding system is a cylindrical sheath with balls , wherein the balls roll on the sleeve, and the cylindrical sheath moves twice slower than the rod. - an inlet for gaseous fluid to be compressed and an outlet for compressed gaseous fluid, - a work enclosure containing the gaseous fluid, - a first chamber , thermally coupled with a heat source adapted to provide heat to the gaseous fluid, - a second chamber , thermally coupled with a cold source in order to transfer heat from the gaseous fluid to the cold source, - a piston mounted so as to be movable along an axial direction (X) within a cylindrical sleeve and separating the first chamber and second chamber inside said work enclosure, the piston being moved by a rod rigid with the piston, - a regenerative heat exchanger and communication channels placing the first and second chambers in fluid communication, - a cylindrical sealing ring attached within the cylindrical sleeve and surrounding the rod with a radial clearance (e1) of between 2 and 20 μm, in order to greatly limit the passage of gaseous fluid along the movable rod to and from an auxiliary chamber ,
A light generating device comprising: - a light source comprising a light emitting surface , wherein the light source is configured to generate light source light , wherein the light emitting surface is configured in a light chamber ; - wherein the light chamber is at least partly defined by a chamber wall , wherein the chamber wall comprises: (i) a first part , wherein the first part is transmissive for the light source light , wherein the first part has a first reflectance R1 for the light source light , and wherein the first part has a first part area (A1); and (ii) one or more second parts , wherein each second part is transmissive for the light source light , has a second reflectance R2 for the light source light , and wherein the one or more second parts together have a second part area (A2), wherein R1-R2 ≥ 20%, wherein 65% ≤ R1 < 100%, wherein the second part area (A2) is smaller than the first part area (A1), and wherein 0.005 ≤ A2/A1 ≤ 0.05. - a light source comprising a light emitting surface , wherein the light source is configured to generate light source light , wherein the light emitting surface is configured in a light chamber ; - wherein the light chamber is at least partly defined by a chamber wall , wherein the chamber wall comprises: (i) a first part , wherein the first part is transmissive for the light source light , wherein the first part has a first reflectance R1 for the light source light , and wherein the first part has a first part area (A1); and (ii) one or more second parts , wherein each second part is transmissive for the light source light , has a second reflectance R2 for the light source light , and wherein the one or more second parts together have a second part area (A2), wherein R1-R2 ≥ 20%, wherein 65% ≤ R1 < 100%, wherein the second part area (A2) is smaller than the first part area (A1), and wherein 0.005 ≤ A2/A1 ≤ 0.05. (i) a first part , wherein the first part is transmissive for the light source light , wherein the first part has a first reflectance R1 for the light source light , and wherein the first part has a first part area (A1); and (ii) one or more second parts , wherein each second part is transmissive for the light source light , has a second reflectance R2 for the light source light , and wherein the one or more second parts together have a second part area (A2), wherein R1-R2 ≥ 20%, wherein 65% ≤ R1 < 100%, wherein the second part area (A2) is smaller than the first part area (A1), and wherein 0.005 ≤ A2/A1 ≤ 0.05.
Method for preparing isotianil which includes the steps of (a) reaction in an organic aprotic solvent, of 3,4-dichloroisothiazole-5-carbonyl chloride of the formula (II) with 2-cyanoaniline (2-aminobenzonitrile) of the formula (III) under reflux and optionally reduced pressure, and (b) filtration and washing, wherein in step (a) preferably one of the reactants is initially charged in the solvent and heated, and the second reactant is subsequently metered in, characterized in that the organic aprotic solvent is selected from a group consisting of benzene, toluene, o -xylene, m -xylene and p -xylene, preferably toluene. (a) reaction in an organic aprotic solvent, of 3,4-dichloroisothiazole-5-carbonyl chloride of the formula (II) with 2-cyanoaniline (2-aminobenzonitrile) of the formula (III) under reflux and optionally reduced pressure, and (b) filtration and washing,
A printing press having at least one printing assembly and at least one dryer unit (300, wherein the at least one printing assembly has at least one inkjet print head and wherein the at least one dryer unit has at least one first dryer and wherein the at least one first dryer has at least one first energy output device (302; 317) and wherein the at least one first energy output device (302; 317) is arranged such that it can move along an actuating distance between at least one active position and at least one stop position, characterized in that the actuating distance extends in a continuously linear manner in and/or opposite to an actuating direction (S) over at least 75% of its entire length, that the actuating direction (S) deviates from a horizontal direction by a maximum of 40%, that the actuating direction (S) deviates from a normal direction (N) of an average area normal of a portion of a transport path provided for web-type printing substrate lying entirely in an active region of the at least one first energy output device (302; 317) by a maximum of 40%, and that the normal direction (N) of the average area normal is determined as an average over all directions of area normals of tangent planes at all area elements of the transport path provided for the printing substrate in the active region of the at least one first energy output device (302; 317).
Control electronics for an electric motor driven rotary pump, notably a canned motor pump, with a casing in which a luminous element is arranged, in which the casing has a light channel that is assigned to the luminous element and that has a light emission aperture forming an optical display element that is offset laterally to the luminous element and emits light emitted by the luminous element , characterised by a clearance between the emission aperture and the luminous element and by the light channel being directed to the luminous element .
A method for generating and managing decentralized identifiers of an entity, the method comprising: recording a decentralized identifier of a first entity that points to a decentralized identifier document , the decentralized identifier document being associated with the first entity and comprising data associated with the first entity including a signature of a separate entity , the signature authenticating a credential issued to the first entity by the separate entity; determining that the first entity is granting a permission to a second entity to verify the credential issued to the first entity by the separate entity, the permission defining a scope of data and an associated permitted use of that scope of data; signing the permission using a private key of the recorded decentralized identifier; receiving a request from the second entity to act upon the data associated with the first entity to access the signature of the separate entity to verify the credential issued to the first entity by the separate entity; authenticating the signed permission using a public key of the recorded decentralized identifier; and depending on the authentication, authorizing the second entity to act upon the data to access the signature of the separate entity to verify the credential issued to the first entity by the separate entity. recording a decentralized identifier of a first entity that points to a decentralized identifier document , the decentralized identifier document being associated with the first entity and comprising data associated with the first entity including a signature of a separate entity , the signature authenticating a credential issued to the first entity by the separate entity; determining that the first entity is granting a permission to a second entity to verify the credential issued to the first entity by the separate entity, the permission defining a scope of data and an associated permitted use of that scope of data; signing the permission using a private key of the recorded decentralized identifier; receiving a request from the second entity to act upon the data associated with the first entity to access the signature of the separate entity to verify the credential issued to the first entity by the separate entity; authenticating the signed permission using a public key of the recorded decentralized identifier; and depending on the authentication, authorizing the second entity to act upon the data to access the signature of the separate entity to verify the credential issued to the first entity by the separate entity.
A moveable backrest intended for a use in combination with a wheeled mobility device securement system in a wheelchair accessible vehicle, the moveable backrest comprising: a contact member , characterized in that the contact member is supported by a mechanism that permits the contact member to move in a first direction but precludes the contact member from moving in an opposite direction, whereby the contact member is capable of closely following a wheeled mobility device during a forward excursion and providing support for the back of an occupant during a subsequent rearward excursion rebound event.
A side airbag for side collision, which is deployed between two seats in a width direction of a vehicle to prevent occupants siting on the two seats from colliding with each other, the side airbag comprising: a chest protective area (A1) to protect a chest of an occupant (O1); a head protective area (A2) extending upward from the chest protective area (A1) to protect a head (H1) of the occupant ; and a support area (A3) extending rearward from the head protective area (A2) and making contact with a head rest , which is provided on an upper portion of a back of the seat , so as to be supported by the head rest , characterized in that the support area (A3) of the airbag is supported by the head rest when the vehicle collision occurs to prevent a head (H1) of an occupant (O1) who sits near a crashed side from moving rearward of the head protective area (A2), thereby preventing the head (H1) of the occupant sitting near the crashed side from colliding with a head (H2) of a counterparty occupant who faces the occupant (O1) sitting near the crashed side in the width direction of the vehicle and wherein the side airbag further comprises a supplementary chamber area (A4) provided at a side of the support area (A3) facing the head rest and protruding toward the head rest . a chest protective area (A1) to protect a chest of an occupant (O1); a head protective area (A2) extending upward from the chest protective area (A1) to protect a head (H1) of the occupant ; and a support area (A3) extending rearward from the head protective area (A2) and making contact with a head rest , which is provided on an upper portion of a back of the seat , so as to be supported by the head rest , characterized in that the support area (A3) of the airbag is supported by the head rest when the vehicle collision occurs to prevent a head (H1) of an occupant (O1) who sits near a crashed side from moving rearward of the head protective area (A2), thereby preventing the head (H1) of the occupant sitting near the crashed side from colliding with a head (H2) of a counterparty occupant who faces the occupant (O1) sitting near the crashed side in the width direction of the vehicle and wherein the side airbag further comprises a supplementary chamber area (A4) provided at a side of the support area (A3) facing the head rest and protruding toward the head rest .
A combination for use in the treatment of breast cancer or lung cancer comprising: (a) a MCL-1 inhibitor which is (2 R )-2-{[(5 S a )-5-{3-chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl)ethoxy]phenyl}-6-(5-fluorofuran-2-yl)thieno[2,3-d]pyrimidin-4-yl]oxy}-3-(2-{[1-(2,2,2-trifluoroethyl)-1 H -pyrazol-5-yl]methoxy}phenyl)propanoic acid or (2 R )-2-{[(5 S a )-5-{3-chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl)ethoxy]phenyl}-6-(4-fluorophenyl)thieno[2,3- d ]pyrimidin-4-yl]oxy}-3-(2-{ [2-(2-methoxyphenyl)pyrimidin-4-yl]methoxy}phenyl)propanoic acid, and (b) a taxane compound which is paclitaxel or docetaxel, for simultaneous, sequential or separate use. (a) a MCL-1 inhibitor which is (2 R )-2-{[(5 S a )-5-{3-chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl)ethoxy]phenyl}-6-(5-fluorofuran-2-yl)thieno[2,3-d]pyrimidin-4-yl]oxy}-3-(2-{[1-(2,2,2-trifluoroethyl)-1 H -pyrazol-5-yl]methoxy}phenyl)propanoic acid or (2 R )-2-{[(5 S a )-5-{3-chloro-2-methyl-4-[2-(4-methylpiperazin-1-yl)ethoxy]phenyl}-6-(4-fluorophenyl)thieno[2,3- d ]pyrimidin-4-yl]oxy}-3-(2-{ [2-(2-methoxyphenyl)pyrimidin-4-yl]methoxy}phenyl)propanoic acid, and (b) a taxane compound which is paclitaxel or docetaxel,
A railcar comprising a car body equipped with a door apparatus , and a power supply from which the door apparatus receives electric power, the door apparatus comprising: a door body that is openable and closable; a locking mechanism locking the door body in a closed state; and an operation member operated to unlock the door body ; characterized in that the door apparatus further comprises a control unit that controls unlocking of the door body when electric power is properly supplied from the power supply , wherein the control unit determines, when a power supply for the railcar is in a normal state and electric power is properly supplied from the power supply , whether the door body is allowed to be opened by operating the operation member , wherein the door body is unlocked by the locking mechanism only when it is determined that opening of the door body is allowed, wherein when power supply for the railcar is in an abnormal state and electric power is not properly supplied from the power supply , the door body is unlocked by the locking mechanism by operating the operation member . a car body equipped with a door apparatus , and a power supply from which the door apparatus receives electric power, the door apparatus comprising: a door body that is openable and closable; a locking mechanism locking the door body in a closed state; and an operation member operated to unlock the door body ; characterized in that the door apparatus further comprises a control unit that controls unlocking of the door body when electric power is properly supplied from the power supply , wherein the control unit determines, when a power supply for the railcar is in a normal state and electric power is properly supplied from the power supply , whether the door body is allowed to be opened by operating the operation member , wherein the door body is unlocked by the locking mechanism only when it is determined that opening of the door body is allowed, wherein when power supply for the railcar is in an abnormal state and electric power is not properly supplied from the power supply , the door body is unlocked by the locking mechanism by operating the operation member . a door body that is openable and closable; a locking mechanism locking the door body in a closed state; and an operation member operated to unlock the door body ; characterized in that the door apparatus further comprises a control unit that controls unlocking of the door body when electric power is properly supplied from the power supply , wherein the control unit determines, when a power supply for the railcar is in a normal state and electric power is properly supplied from the power supply , whether the door body is allowed to be opened by operating the operation member , wherein the door body is unlocked by the locking mechanism only when it is determined that opening of the door body is allowed, wherein when power supply for the railcar is in an abnormal state and electric power is not properly supplied from the power supply , the door body is unlocked by the locking mechanism by operating the operation member .
Method for identifying a polarity of a freewheeling diode interconnected in parallel with an inductive actuator for a safety device for a vehicle , wherein the method comprises the following steps: applying a test current to a connection of the freewheeling diode ; and performing a comparison between a voltage applied to the connection and a threshold voltage , during the application of the test current , wherein a result of the comparison indicates the polarity of the freewheeling diode , characterized by a step of receiving a diagnosis signal via an interface to a data bus , wherein the step of applying the test current is executed in response to the reception of the diagnosis signal. applying a test current to a connection of the freewheeling diode ; and performing a comparison between a voltage applied to the connection and a threshold voltage , during the application of the test current , wherein a result of the comparison indicates the polarity of the freewheeling diode , characterized by a step of receiving a diagnosis signal via an interface to a data bus , wherein the step of applying the test current is executed in response to the reception of the diagnosis signal.
"Truck and Bus radial" (TBR) pneumatic tyre of a driving wheel, comprising a tread manufactured with a compound comprising a cross-linking unsaturated chain polymer base comprising from 40 to 80% by weight of a styrene-butadiene rubber (SBR), a filler comprising from 40 to 80% by weight of silica and a vulcanization system, characterized in that said tread has a design such as to give an average tread slip of less than 0.5 mm and a slip range for the tread points of between 0.07 mm and 1.17 mm; these slip parameters being measured under the condition of a rolling speed of 0.012 Km/h, of a vertical load equal to the nominal load of the pneumatic tyre, of torque in Nm equal to half of the nominal load of the pneumatic tyre, of lateral slip angles and camber angles equal to zero; said design comprising, within a central portion thereof, a plurality of regular and/or irregular hexagons arranged therebetween with parallel edges and at a distance (A) of between 1.0 mm and 2.0 mm; each of the regular and/or irregular hexagons having a length (B) of between 60 mm and 80 mm, and being transversely divided in half by a shaped groove with a thickness (C) of between 0.4 mm and 0.7 mm.
A kit-of-parts comprising a therapeutic agent for a skin wound or skin roughness and a wound covering material for retaining the therapeutic agent and the skin wound or skin roughness in a closed environment, wherein the therapeutic agent comprises a zinc chloride hydroxide as an active ingredient, wherein the zinc chloride hydroxide is represented by Formula below, Zn 4-6 Cl 1-3 (OH) 7-8 ·nH 2 O where n is 0 to 6, and wherein the wound covering material is a chitin wound covering material. wherein the therapeutic agent comprises a zinc chloride hydroxide as an active ingredient, wherein the zinc chloride hydroxide is represented by Formula below, Zn 4-6 Cl 1-3 (OH) 7-8 ·nH 2 O where n is 0 to 6, and wherein the wound covering material is a chitin wound covering material.
An integrated device comprising: a first integrated circuit package comprising: a first die ; a plurality of first interconnects ; and a dielectric layer encapsulating the first die; a flexible connector coupled to the first integrated circuit package, wherein the flexible connector comprises: the dielectric layer ; a dummy metal layer ; and an interconnect , wherein the dielectric layer includes a cavity , wherein the dummy metal layer is configured to stop a laser from penetrating into a portion of the dielectric layer; and a second integrated circuit package coupled to the flexible connector, wherein the second integrated circuit package comprises: the dielectric layer and a plurality of second interconnects ; wherein the first integrated circuit package, the second integrated circuit package, and the flexible connector are coupled together through at least a portion of the dielectric layer. a first integrated circuit package comprising: a first die ; a plurality of first interconnects ; and a dielectric layer encapsulating the first die; a first die ; a plurality of first interconnects ; and a dielectric layer encapsulating the first die; a flexible connector coupled to the first integrated circuit package, wherein the flexible connector comprises: the dielectric layer ; a dummy metal layer ; and an interconnect , wherein the dielectric layer includes a cavity , wherein the dummy metal layer is configured to stop a laser from penetrating into a portion of the dielectric layer; and the dielectric layer ; a dummy metal layer ; and an interconnect , wherein the dielectric layer includes a cavity , wherein the dummy metal layer is configured to stop a laser from penetrating into a portion of the dielectric layer; and a second integrated circuit package coupled to the flexible connector, wherein the second integrated circuit package comprises: the dielectric layer and a plurality of second interconnects ; the dielectric layer and a plurality of second interconnects ; wherein the first integrated circuit package, the second integrated circuit package, and the flexible connector are coupled together through at least a portion of the dielectric layer.