mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing an alcohol in a hydroformylation process, comprising the steps of: a) introducing a gaseous mixture of ethylene, carbon monoxide and hydrogen into a reactor in the presence of a hydroformylation catalyst in a solvent; b) introducing liquid allyl alcohol (AA) into the reactor; and c) carrying out hydroformylation reaction at a temperature between 50 and 100°C to obtain hydroformylation products. a) introducing a gaseous mixture of ethylene, carbon monoxide and hydrogen into a reactor in the presence of a hydroformylation catalyst in a solvent; b) introducing liquid allyl alcohol (AA) into the reactor; and c) carrying out hydroformylation reaction at a temperature between 50 and 100°C to obtain hydroformylation products.
A gas barrier polymer formed by heating a mixture including a polycarboxylic acid and a polyamine compound, wherein, in an infrared absorption spectrum of the gas barrier polymer, when a total peak area in a range of an absorption band of equal to or more than 1493 cm -1 and equal to or less than 1780 cm -1 is A, and a total peak area in a range of an absorption band of equal to or more than 1598 cm -1 and equal to or less than 1690 cm -1 is B, an area ratio of an amide bond indicated by B/A is 0.370 or more, and wherein, in the infrared absorption spectrum, when a total peak area in a range of an absorption band of equal to or more than 1493 cm -1 and equal to or less than 1598 cm -1 is D, an area ratio of a carboxylate indicated by D/A is 0.450 or less.
A method for controlling a washing machine comprising: a step of receiving a selection of a functional clothes course or a delicate clothes course; a washing step for washing laundry with steam, having a washing temperature set substantially to 27°C - 33°C, a rinsing step for rinsing the laundry; and a spinning step for spinning the laundry, characterized in that the rinsing step includes two times of rinsing, whereby each of said two times of rinsing is performed for a preset time period by using hot water at the first time of rinsing and cold water at the second time of rinsing. a step of receiving a selection of a functional clothes course or a delicate clothes course; a washing step for washing laundry with steam, having a washing temperature set substantially to 27°C - 33°C, a rinsing step for rinsing the laundry; and a spinning step for spinning the laundry, characterized in that the rinsing step includes two times of rinsing, whereby each of said two times of rinsing is performed for a preset time period by using hot water at the first time of rinsing and cold water at the second time of rinsing.
A humidity detector comprising: a humidity sensor provided with a humidity detecting unit and a temperature detecting unit , a heating resistor configured to heat the humidity detecting unit, and a heating temperature control unit configured to control a heating temperature of the heating resistor , characterised in that the humidity detector further comprises a microprocessor that includes a target temperature storing unit and a retrieving unit , wherein the target temperature storing unit stores a plurality of target temperatures (TT) of the heating resistor , and wherein the plurality of target temperatures comprises target temperatures for each temperature measured by the temperature detecting unit and each humidity measured by the humidity sensor , and wherein the target temperature storing unit stores the plurality of target temperatures (TT) as map data. a humidity sensor provided with a humidity detecting unit and a temperature detecting unit , a heating resistor configured to heat the humidity detecting unit, and a heating temperature control unit configured to control a heating temperature of the heating resistor , characterised in that the humidity detector further comprises a microprocessor that includes a target temperature storing unit and a retrieving unit , wherein the target temperature storing unit stores a plurality of target temperatures (TT) of the heating resistor , and wherein the plurality of target temperatures comprises target temperatures for each temperature measured by the temperature detecting unit and each humidity measured by the humidity sensor , and wherein the target temperature storing unit stores the plurality of target temperatures (TT) as map data.
HV cable set , in particular for a vehicle electrical system, having a number of cables which are surrounded by a common shield , and having a connection piece which is made of a conductive material and is electrically connected to the shield by virtue of a clamping sleeve being pushed onto the connection piece in a longitudinal direction (L) and the shield being clamped between a first clamping surface of the connection piece and a second clamping surface of the clamping sleeve , characterized in that the clamping sleeve is fastened to the connection piece by means of a number of screws , and in that the screws are screwed into the connection piece in the longitudinal direction (L) .
A method of fabricating a composite material part, the method comprising the following steps: - forming a fiber texture from refractory ceramic fibers; - placing the fiber texture in a mold including in its bottom portion a part made of porous material on which a first face of said texture rests; - closing the mold with a mold cover or lid placed facing a second face of the fiber texture ; - injecting a liquid under pressure into the fiber texture , the liquid containing a powder of refractory ceramic particles or of refractory ceramic precursor particles; - draining via the porous material part the liquid that has passed through the fiber texture , while said porous material part retains the powder of refractory ceramic particles or of refractory ceramic precursor particles within said texture so as to obtain a fiber preform filled with refractory ceramic particles or with refractory ceramic precursor particles, the liquid being discharged via at least one vent present in the bottom of the mold; - drying the fiber preform ; - unmolding the fiber preform ; and - subjecting the refractory ceramic particles or the refractory ceramic precursor particles present in the fiber preform to heat treatment so as to form a refractory ceramic matrix in said preform; a perforated rigid element being interposed between the bottom of the mold and the porous material part ; the method being characterized in that the perforated rigid element includes notches or cutouts in its bottom face in contact with the inside surface of the bottom of the mold . - forming a fiber texture from refractory ceramic fibers; - placing the fiber texture in a mold including in its bottom portion a part made of porous material on which a first face of said texture rests; - closing the mold with a mold cover or lid placed facing a second face of the fiber texture ; - injecting a liquid under pressure into the fiber texture , the liquid containing a powder of refractory ceramic particles or of refractory ceramic precursor particles; - draining via the porous material part the liquid that has passed through the fiber texture , while said porous material part retains the powder of refractory ceramic particles or of refractory ceramic precursor particles within said texture so as to obtain a fiber preform filled with refractory ceramic particles or with refractory ceramic precursor particles, the liquid being discharged via at least one vent present in the bottom of the mold; - drying the fiber preform ; - unmolding the fiber preform ; and - subjecting the refractory ceramic particles or the refractory ceramic precursor particles present in the fiber preform to heat treatment so as to form a refractory ceramic matrix in said preform; a perforated rigid element being interposed between the bottom of the mold and the porous material part ; the method being characterized in that the perforated rigid element includes notches or cutouts in its bottom face in contact with the inside surface of the bottom of the mold .
A power system comprising: a photovoltaic cell panel ; a first power conversion device configured to convert DC power from the photovoltaic cell panel into AC power, the first power conversion device configured to output the AC power to an electric power grid ; a DC-side switch device provided between the photovoltaic cell panel and the first power conversion device , the DC-side switch device configured to open upon occurrence of a trouble in the electric power grid ; a storage battery ; and a second power conversion device connected to a connection point (X) between the photovoltaic cell panel and the DC-side switch device , the second power conversion device configured to control charging and discharging of the storage battery , wherein, the power system is configured to execute a disconnection charging control mode for charging the storage battery by converting the DC power from the photovoltaic cell panel if a DC voltage (V DC ) at the connection point (X) exceeds a predetermined threshold value (V th ) upon opening of the DC-side switch device . a photovoltaic cell panel ; a first power conversion device configured to convert DC power from the photovoltaic cell panel into AC power, the first power conversion device configured to output the AC power to an electric power grid ; a DC-side switch device provided between the photovoltaic cell panel and the first power conversion device , the DC-side switch device configured to open upon occurrence of a trouble in the electric power grid ; a storage battery ; and a second power conversion device connected to a connection point (X) between the photovoltaic cell panel and the DC-side switch device , the second power conversion device configured to control charging and discharging of the storage battery , wherein, the power system is configured to execute a disconnection charging control mode for charging the storage battery by converting the DC power from the photovoltaic cell panel if a DC voltage (V DC ) at the connection point (X) exceeds a predetermined threshold value (V th ) upon opening of the DC-side switch device .
A curable composition comprising a) one or more reactive components that cure upon exposure to suitable conditions, and b) a sulfur impregnated particulate solid which acts as a release agent for sulfur during the cure process; and c) optionally a solvent, and d) at least one film former selected from halogenated polyolefins and a film former component comprising at least one non-halogenated hydroxy group containing resin together with at least one cross linking agent. a) one or more reactive components that cure upon exposure to suitable conditions, and b) a sulfur impregnated particulate solid which acts as a release agent for sulfur during the cure process; and c) optionally a solvent, and d) at least one film former selected from halogenated polyolefins and a film former component comprising at least one non-halogenated hydroxy group containing resin together with at least one cross linking agent.
A method of processing packets by a network element that transfers first and second packet flows of the same traffic handling class, the method comprising: receiving , from a network controller , information defining a relative forwarding order between first and second packet flow packets, wherein the relative forwarding order is defined by at least one delay for at least one of the first and second packet flows, and wherein the relative forwarding order is further defined such that the relative forwarding order controls forwarding of a first packet and a second packet in accordance with a timing scheme; receiving , at at least one ingress port of the network element , the first packet and the second packet; determining that the first packet belongs to the first packet flow and that the second packet belongs to the second packet flow; applying the at least one delay to at least one of the first packet and the second packet; and forwarding the first packet and the second packet towards at least one egress port of the network element in the relative forwarding order defined by the received information. receiving , from a network controller , information defining a relative forwarding order between first and second packet flow packets, wherein the relative forwarding order is defined by at least one delay for at least one of the first and second packet flows, and wherein the relative forwarding order is further defined such that the relative forwarding order controls forwarding of a first packet and a second packet in accordance with a timing scheme; receiving , at at least one ingress port of the network element , the first packet and the second packet; determining that the first packet belongs to the first packet flow and that the second packet belongs to the second packet flow; applying the at least one delay to at least one of the first packet and the second packet; and forwarding the first packet and the second packet towards at least one egress port of the network element in the relative forwarding order defined by the received information.
A lithium metal secondary battery comprising: an electrode assembly comprising a positive electrode, a negative electrode, a separator interposed between the positive electrode and the negative electrode, and a protective layer interposed between the negative electrode and the separator; a non-aqueous electrolyte impregnating the electrode assembly, wherein the negative electrode comprises lithium metal, wherein the protective layer comprises a polymer having a sulfur chain group; characterized in that the surface of the negative electrode is coated with said protective layer comprising a polymer having a sulfur chain group, and the polymer comprising the sulfur chain group is a product of a nucleophilic substitution reaction between a sulfate group-containing polymer and lithium polysulfide, wherein the lithium polysulfide has the formula Li 2 S n , wherein 0 < n < 10. an electrode assembly comprising a positive electrode, a negative electrode, a separator interposed between the positive electrode and the negative electrode, and a protective layer interposed between the negative electrode and the separator; a non-aqueous electrolyte impregnating the electrode assembly, wherein the negative electrode comprises lithium metal, wherein the protective layer comprises a polymer having a sulfur chain group; characterized in that the surface of the negative electrode is coated with said protective layer comprising a polymer having a sulfur chain group, and the polymer comprising the sulfur chain group is a product of a nucleophilic substitution reaction between a sulfate group-containing polymer and lithium polysulfide, wherein the lithium polysulfide has the formula Li 2 S n , wherein 0 < n < 10.
A composition comprising an antigen binding domain that binds to human TIGIT (SEQ ID NO:97) comprising: a) a variable heavy domain comprising SEQ ID NO: 160; and b) a variable light domain comprising SEQ ID NO:165. a) a variable heavy domain comprising SEQ ID NO: 160; and b) a variable light domain comprising SEQ ID NO:165.
A thermal transfer ink ribbon comprising: a backcoat layer ; a ribbon base layer formed on the backcoat layer; a release layer formed on the ribbon base layer and containing resin and wax; an ink layer formed on the release layer and containing a first resin being transparent or translucent and a second resin being transparent or translucent, the second resin having an acid value lower than that of the first resin and having a melting point lower than that of the first resin; an aluminum layer formed on the ink layer; and an adhesive layer formed on the aluminum layer and containing resin and wax. a backcoat layer ; a ribbon base layer formed on the backcoat layer; a release layer formed on the ribbon base layer and containing resin and wax; an ink layer formed on the release layer and containing a first resin being transparent or translucent and a second resin being transparent or translucent, the second resin having an acid value lower than that of the first resin and having a melting point lower than that of the first resin; an aluminum layer formed on the ink layer; and an adhesive layer formed on the aluminum layer and containing resin and wax.
Generator-gearbox arrangement for a wind turbine with a functional component and a magnetic rail brake arrangement , wherein the generator comprises a stator and a rotor , wherein the functional component is arranged on an end side of the generator , wherein the functional component comprises at least one extension which points towards the rotor , wherein at least component parts of at least one magnetic rail brake arrangement are fastened to the extension , wherein a braking action of the magnetic rail brake arrangement is based on an operating principle of electromagnetic attraction between the magnetic rail brake arrangement and the rotor or the functional component . wherein the generator comprises a stator and a rotor , wherein the functional component is arranged on an end side of the generator , wherein the functional component comprises at least one extension which points towards the rotor , wherein at least component parts of at least one magnetic rail brake arrangement are fastened to the extension , wherein a braking action of the magnetic rail brake arrangement is based on an operating principle of electromagnetic attraction between the magnetic rail brake arrangement and the rotor or the functional component .
A neutral point clamped multiple-level switching unit having a coplanar structure, comprising a first, a second, a third and a fourth series-connected switches (K1, K2, K3, K4) between two input terminals of the module, wherein the electric path in the four switches approximately follows a T shape, the second (K2) and third (K3) switches located in the middle of the series association being arranged in the foot of the T; each of said second and third switches (K2, K3) is series-connected with a diode (Dh, Dl) between a first output terminal defined by a node between said second and third switches (K2, K3) and a second output terminal of the unit, the diodes (Dh, Dl) being connected to separate nodes , symmetrically interconnected to the second output terminal , with a first node connected to the first of said diodes (Dh), the first node comprising a connecting terminal for a first capacitive element (C1), and a second node connected to the second of said diodes (Dl), the second node comprising a connecting terminal for a second capacitive element (C2); a node between the first switch (K1) and the second switch (K2) is coupled, by the first diode (Dh), to a second output terminal ; a node between the third switch (K3) and the fourth switch (K4) is coupled, by the second diode (Dl), to the second output terminal .
A method at a Session Management Function, SMF, for facilitating reuse of a private Internet Protocol, IP, address at multiple User Equipments, UEs, comprising (i) a first UE , wherein a first User Plane Function, UPF and a second UPF are connected to the SMF, wherein the first UPF maintains a first private IP address range and the second UPF maintains a second private IP address range, and wherein the first and second private IP address ranges are at least partially identical, the method comprising: transmitting , to a Data Network-Authentication, Authorization & Accounting, DN-AAA, accounting server , a first request message associated with the first UE , the first request message comprising (i) the private IP address comprising an IPv4 address not being globally unique, and (ii) a selected first 3GPP-IP-Address-Pool-Info which, in conjunction with the private IP address, uniquely identifies a Protocol Data Unit, PDU, session of the first UE , wherein the first 3GPP-IP-Address-Pool-Info indicates information on an IP address pool applicable to the private IP address; and receiving , from the DN-AAA accounting server , a first response message associated with the first UE in response to the first request message, wherein: - the first request message is one of: an Accounting-Request START message, an Accounting-Request STOP message, an ACR Command, and an Accounting-Request Interim-Update message, and - the first response message is a corresponding one of: an Accounting-Response START message, an Accounting-Response STOP message, an ACA Command, and an Accounting-Response Interim-Update message. transmitting , to a Data Network-Authentication, Authorization & Accounting, DN-AAA, accounting server , a first request message associated with the first UE , the first request message comprising (i) the private IP address comprising an IPv4 address not being globally unique, and (ii) a selected first 3GPP-IP-Address-Pool-Info which, in conjunction with the private IP address, uniquely identifies a Protocol Data Unit, PDU, session of the first UE , wherein the first 3GPP-IP-Address-Pool-Info indicates information on an IP address pool applicable to the private IP address; and receiving , from the DN-AAA accounting server , a first response message associated with the first UE in response to the first request message, wherein: - the first request message is one of: an Accounting-Request START message, an Accounting-Request STOP message, an ACR Command, and an Accounting-Request Interim-Update message, and - the first response message is a corresponding one of: an Accounting-Response START message, an Accounting-Response STOP message, an ACA Command, and an Accounting-Response Interim-Update message. - the first request message is one of: an Accounting-Request START message, an Accounting-Request STOP message, an ACR Command, and an Accounting-Request Interim-Update message, and - the first response message is a corresponding one of: an Accounting-Response START message, an Accounting-Response STOP message, an ACA Command, and an Accounting-Response Interim-Update message.
Facility comprising high-bay racking having aisles, each having a primary conductor portion installed on the ground, wherein feed-in devices are configured to impress different frequencies on the primary conductor portions, and comprising at least one mobile component having a traction drive, an energy store and a secondary winding for inductively powering the mobile component, wherein the mobile component is configured to determine the frequency of the alternating current induced in the secondary winding using a frequency determination means and to determine therefrom the associated position region of the particular aisle.
Floor cleaning machine which is hand-guided and/or hand-held, comprising a support device , at least one cleaning roller which is arranged on the support device , is capable of being driven in rotation and is provided with a cleaning substrate , a fan device for creating a suction flow, and a suction channel device for the suction flow which provides at least one suction channel operatively connected for fluid communication between the fan device and the at least one cleaning roller , wherein the at least one suction channel has at least one mouth towards the at least one cleaning roller and wherein the at least one mouth comprises a first mouth wall and a spaced second mouth wall having a mouth opening formed therebetween, wherein the first mouth wall is positioned above the second mouth wall relative to the direction of gravity (g) when the at least one cleaning roller is placed on a floor that is to be cleaned, characterized in that the first mouth wall and/or the second mouth wall is in contact against or protrudes into the cleaning substrate of the at least one cleaning roller , and in that at least one sweeping lip is arranged at the suction channel device .