mhurhangee/patent-ind-claim-en huggingface dataset:
A moisture curable polyurethane adhesive composition, comprising an isocyanate-functional polyurethane prepolymer which is obtained by reacting a) polyols comprising (a1) an amorphous polyester polyol produced by polycondensation of an aromatic polycarboxylic acid and an aliphatic polyol, (a2) a semi-crystalline polyester polyol having a crystallinity of at least 20%, but less than 90%, as determined by differential scanning calorimetry according to ISO 11357, and (a3) a polyether polyol, and b) a polyisocyanate, wherein the moisture curable polyurethane adhesive composition further comprises less than 5% by weight of crystalline polyol having a crystallinity of at least 90%, as determined by differential scanning calorimetry according to ISO 11357. a) polyols comprising (a1) an amorphous polyester polyol produced by polycondensation of an aromatic polycarboxylic acid and an aliphatic polyol, (a2) a semi-crystalline polyester polyol having a crystallinity of at least 20%, but less than 90%, as determined by differential scanning calorimetry according to ISO 11357, and (a3) a polyether polyol, and (a1) an amorphous polyester polyol produced by polycondensation of an aromatic polycarboxylic acid and an aliphatic polyol, (a2) a semi-crystalline polyester polyol having a crystallinity of at least 20%, but less than 90%, as determined by differential scanning calorimetry according to ISO 11357, and (a3) a polyether polyol, and b) a polyisocyanate, wherein the moisture curable polyurethane adhesive composition further comprises less than 5% by weight of crystalline polyol having a crystallinity of at least 90%, as determined by differential scanning calorimetry according to ISO 11357.
A method for preparing a polythiol compound containing 1,2-bis[(2-mercaptoethyl)thio]-3-mercaptopropane, the method comprising the steps of: reacting an epichlorohydrin compound with 2-mercaptoethanol to obtain a polyalcohol compound; reacting the polyalcohol compound with thiourea to obtain a thiouronium salt; and hydrolyzing the thiouronium salt to obtain a polythiol compound containing 1,2-bis[(2-mercaptoethyl)thio]-3-mercaptopropane; wherein the epichlorohydrin compound contains 0.5% by weight or less of impurities comprising acrolein, allyl chloride, 1,2-dichloropropane, 2,3-dichloropropene, 2-methyl-2-pentanol, 2-chloroallyl alcohol, cis-1,3-dichloropropene, trans-1,3-dichloropropene, 1,3-dichloroisopropanol, 1,2,3-trichloropropane and 2,3-dichloropropanol. reacting an epichlorohydrin compound with 2-mercaptoethanol to obtain a polyalcohol compound; reacting the polyalcohol compound with thiourea to obtain a thiouronium salt; and hydrolyzing the thiouronium salt to obtain a polythiol compound containing 1,2-bis[(2-mercaptoethyl)thio]-3-mercaptopropane; wherein the epichlorohydrin compound contains 0.5% by weight or less of impurities comprising acrolein, allyl chloride, 1,2-dichloropropane, 2,3-dichloropropene, 2-methyl-2-pentanol, 2-chloroallyl alcohol, cis-1,3-dichloropropene, trans-1,3-dichloropropene, 1,3-dichloroisopropanol, 1,2,3-trichloropropane and 2,3-dichloropropanol.
A device comprising: a first antenna element coupled to a first antenna feed , the first antenna feed being coupled to a first feed line via a first impedance matching circuit ; a second antenna element coupled to a second antenna feed , the second antenna feed being coupled to a second feed line via a second impedance matching circuit ; and a radio frequency, RF, switch configurable into states (104, 106-107); wherein in a first state , the switch is configured to ground the first antenna feed ; in a second state , the switch is configured to be in a non-connection state, wherein neither the first antenna feed nor the second antenna feed is grounded; and in a third state , the switch is configured to ground the second antenna feed , characterized in that the RF switch is a single pole multi-throw switch having a single pole connected to ground. a first antenna element coupled to a first antenna feed , the first antenna feed being coupled to a first feed line via a first impedance matching circuit ; a second antenna element coupled to a second antenna feed , the second antenna feed being coupled to a second feed line via a second impedance matching circuit ; and a radio frequency, RF, switch configurable into states (104, 106-107); wherein in a first state , the switch is configured to ground the first antenna feed ; in a second state , the switch is configured to be in a non-connection state, wherein neither the first antenna feed nor the second antenna feed is grounded; and in a third state , the switch is configured to ground the second antenna feed , characterized in that the RF switch is a single pole multi-throw switch having a single pole connected to ground.
A genetically modified Sendai Virus (SeV) which, in comparison with the wild type (wt), comprises in its F gene at least a first genetic modification and in its P gene at least a second genetic modification, wherein by the first genetic modification the nucleotide sequence coding for the SeV wt protease cleavage site is replaced by a nucleotide sequence coding for a ubiquitous protease cleavage site, and wherein by the second genetic modification the coding nucleotide sequence of at least one of the accessory non-structural proteins encoded by the P gene is modified in such a manner that at least one of the accessory non-structural proteins is functionally destroyed.
Safety belt device for a vehicle, with a safety belt force limiting unit constructed as a piston-cylinder arrangement, made up of a piston tube and a piston , which can be displaced in the event of a safety belt force limitation, in particular a collision, with expansion and plastic deformation across a force limitation path (s) in the piston tube , so that the belt force (F) exerted on a vehicle occupant (F) is limited to a predefined force level, characterized in that the safety belt device has a switching unit by means of which a force level profile (F(s)) across the force limitation path (s) can be predefined depending on the size, weight, and/or seating position of the vehicle occupant; and in that the switching unit is connected in terms of signaling with a collision sensor system and with an occupant detection sensor system by means of which the size, weight, and/or seating position of the vehicle occupant can be determined; and in that, in the event of a pre-collision phase, an actuator can be controlled by means of the switching unit , with which actuator a component strength of the piston tube can be reduced/increased depending on the size/the weight or the seating position of the vehicle occupant.
A method comprising: receiving , at a computing device , sensor data depicting a forward path for an autonomous vehicle, wherein the computing device is positioned remotely from the autonomous vehicle; displaying , by the computing device, a representation of the forward path based on the sensor data; augmenting the representation of the forward path to further depict one or more proposed trajectories available for the autonomous vehicle to perform, wherein each proposed trajectory conveys one or more maneuvers positioned relative to road boundaries in the forward path and is determined by the computing device; receiving a plurality of behavior predictions for one or more objects positioned relative to the forward path; augmenting the representation of the forward path to further convey respective behavior prediction trajectories for the one or more objects; receiving , at the computing device, a selection of a proposed trajectory from the one or more proposed trajectories available for the autonomous vehicle to perform; and providing , by the computing device and to the autonomous vehicle, navigation instructions based on the proposed trajectory. receiving , at a computing device , sensor data depicting a forward path for an autonomous vehicle, wherein the computing device is positioned remotely from the autonomous vehicle; displaying , by the computing device, a representation of the forward path based on the sensor data; augmenting the representation of the forward path to further depict one or more proposed trajectories available for the autonomous vehicle to perform, wherein each proposed trajectory conveys one or more maneuvers positioned relative to road boundaries in the forward path and is determined by the computing device; receiving a plurality of behavior predictions for one or more objects positioned relative to the forward path; augmenting the representation of the forward path to further convey respective behavior prediction trajectories for the one or more objects; receiving , at the computing device, a selection of a proposed trajectory from the one or more proposed trajectories available for the autonomous vehicle to perform; and providing , by the computing device and to the autonomous vehicle, navigation instructions based on the proposed trajectory.
A process for producing neosaxitoxin in a recombinant host cell, the process comprising the step: (A) culturing a recombinant host cell in a culture medium in the presence of the substrates: (i) S-adenosylmethionine, (ii) arginine (iii) acetyl-CoA, malony-CoA or propionyl-CoA, and (iv) carbamoyl phosphate, wherein the recombinant host cell is one which has been modified by the introduction of nucleic acid molecules encoding the Sxt polypeptides A, B, D, G, H, I, S, T, U, V, W and X, and wherein the substrates are not contacted with one or more of the Sxt polypeptides Q, R and ORF24, and/or the recombinant host cells do not comprise nucleic acid molecules encoding one or more of Sxt polypeptides Q, R and ORF24, under conditions which are suitable for the production of neosaxitoxin. (A) culturing a recombinant host cell in a culture medium in the presence of the substrates: (i) S-adenosylmethionine, (ii) arginine (iii) acetyl-CoA, malony-CoA or propionyl-CoA, and (iv) carbamoyl phosphate, (i) S-adenosylmethionine, (ii) arginine (iii) acetyl-CoA, malony-CoA or propionyl-CoA, and (iv) carbamoyl phosphate,
LED module having: - terminals for an LED converter that supplies the LED module with a supply voltage; - additional terminals for an LED series ; - a circuit that can be activated if a predetermined constant current that is less than the rated current of the LED series or a predetermined constant voltage that is less than the forward voltage of the LED series is applied to the LED module at the terminals for the LED converter , wherein a start phase begins with the application of the predetermined constant current or of the constant voltage; wherein the circuit is designed to represent, upon activation, a variable-current, active power load which produces a repeated change in the power consumption of the LED module according to at least one predetermined protocol, wherein the circuit can be deactivated and, upon being deactivated, is designed to not represent an active power load, and characterized in that the circuit has means for automatically deactivating itself after a predetermined time interval has elapsed since the beginning of the start phase. - terminals for an LED converter that supplies the LED module with a supply voltage; - additional terminals for an LED series ; - a circuit that can be activated if a predetermined constant current that is less than the rated current of the LED series or a predetermined constant voltage that is less than the forward voltage of the LED series is applied to the LED module at the terminals for the LED converter , wherein a start phase begins with the application of the predetermined constant current or of the constant voltage;
Mask for the respiratory therapy with dedicated access for a nasogastric tube comprising a shaped shell at least covering mouth, nose and eyes of a patient , provided, along a perimeter which is suitable for being placed in contact against the patient's face, with a sealing gasket , said shaped shell being provided with at least one inlet fitting for a mixture of air and oxygen, said mask also comprising a neckpiece provided with a plurality of prongs , each joined in a fixed or removable manner to a corresponding fastening point , said plurality of fastening points being distributed over the perimeter of said shaped shell , comprising a pneumatic-sealed dedicated access for a nasogastric tube , wherein said shaped shell bears a hole having sufficient dimensions for the passage of the end of the nasogastric tube, and wherein on said hole of said shaped shell an elastic membrane is stably applied, said elastic membrane being equipped with an expandable hole and with a closing plug , said expandable hole having a diameter suitable for making a pneumatic seal - by interference - on the nasogastric tube when in position, said mask being characterised in that said sealing gasket and said elastic membrane complete with expandable hole and closing plug are made without solution of continuity as an enbloc with said shaped shell by overmoulding on said shell through a single injection point for injecting a thermoplastic elastomer (TPE) into the mould.
A current output-type detection device that changes an amount of current consumption of the device itself in response to a detection result, the detection device comprising: a sensor circuit that detects a physical quantity to be detected; a sensor signal processing circuit that outputs a detection signal upon receiving a signal of a detection result from the sensor circuit ; and characterized by a control circuit that outputs control signals to the sensor circuit and the sensor signal processing circuit and receives the detection signal from the sensor signal processing circuit , wherein the sensor circuit and the sensor signal processing circuit operate intermittently in response to the control signals, wherein, during a period (T1) in which the sensor signal processing circuit does not output the detection signal to the control circuit , the control circuit controls the sensor circuit and the sensor signal processing circuit to repeat a sleep state (tsl) in which the circuits are inactive and an awake state (taw) in which the circuits are active, and wherein during a period (T2) in which the control circuit receives the detection signal from the sensor signal processing circuit , the control circuit outputs the control signals to the sensor circuit and the sensor signal processing circuit and maintains an awake current (law) in the detection device . a sensor circuit that detects a physical quantity to be detected; a sensor signal processing circuit that outputs a detection signal upon receiving a signal of a detection result from the sensor circuit ; and characterized by a control circuit that outputs control signals to the sensor circuit and the sensor signal processing circuit and receives the detection signal from the sensor signal processing circuit , wherein the sensor circuit and the sensor signal processing circuit operate intermittently in response to the control signals, wherein, during a period (T1) in which the sensor signal processing circuit does not output the detection signal to the control circuit , the control circuit controls the sensor circuit and the sensor signal processing circuit to repeat a sleep state (tsl) in which the circuits are inactive and an awake state (taw) in which the circuits are active, and wherein during a period (T2) in which the control circuit receives the detection signal from the sensor signal processing circuit , the control circuit outputs the control signals to the sensor circuit and the sensor signal processing circuit and maintains an awake current (law) in the detection device .
A waterproof outdoor bag for mobile phone storage with touch operation, comprising: a storage bag main body comprising a top bag body (1-1), a bottom bag body (1-2) and a zipper (1-3), wherein: an upper side of the bottom bag body (1-2) is stitched with a positioning tape of the zipper , an upper side of the positioning tape of the zipper and a lower side of the top bag body (1-1) are stitched to each other, two ends of the zipper (1-3) are stitched one-to-one correspondingly to a left side and a right side of the positioning tape of the zipper , the storage bag main body is opened and closed by the zipper (1-3) between the top bag body (1-1) and the bottom bag body (1-2), an opening for a mobile phone screen is formed in a middle of the top bag body (1-1), the top bag body (1-1) is integrally formed by injection molding, a transparent plastic film is welded at the opening for the mobile phone screen , the transparent plastic film seals the opening for the mobile phone screen , an inner side of the top bag body (1-1) forms a placement position for a mobile phone, the inner side of the top bag body (1-1) is welded with fixing belts for the mobile phone, and the fixing belts are set on sides of the opening for the mobile phone screen . an upper side of the bottom bag body (1-2) is stitched with a positioning tape of the zipper , an upper side of the positioning tape of the zipper and a lower side of the top bag body (1-1) are stitched to each other, two ends of the zipper (1-3) are stitched one-to-one correspondingly to a left side and a right side of the positioning tape of the zipper , the storage bag main body is opened and closed by the zipper (1-3) between the top bag body (1-1) and the bottom bag body (1-2), an opening for a mobile phone screen is formed in a middle of the top bag body (1-1), the top bag body (1-1) is integrally formed by injection molding, a transparent plastic film is welded at the opening for the mobile phone screen , the transparent plastic film seals the opening for the mobile phone screen , an inner side of the top bag body (1-1) forms a placement position for a mobile phone, the inner side of the top bag body (1-1) is welded with fixing belts for the mobile phone, and the fixing belts are set on sides of the opening for the mobile phone screen .
A homotaurine-enriched composition for use in the treatment or prevention of cognitive dysfunction syndrome (CDS) of a canine, the homotaurine-enriched composition comprising: i) homotaurine; and ii) one or more edible materials. i) homotaurine; and ii) one or more edible materials.
A light source device comprising a plurality of aligned light sources (211-214) and a lens being configured to output light, emitted by the plurality of aligned light sources (211 - 214), with uniform light distribution, the lens comprising: a lens body having a first surface which is flat and has an incident hole formed therein, and a second surface which is convex and opposite the first surface ; and a plurality of incident surfaces (330; 331, 332) which are recessed from the incident hole toward the convex surface ; the lens characterized in that each of the plurality of incident surfaces (330; 331, 332) is formed corresponding to a respective light source of the plurality of aligned light sources (211 - 214) with a predetermined concave surface profile having a vertex, wherein the number of incident surfaces (330; 331, 332) is equal to the number of light sources (211 - 214), wherein an optical axis of each of the plurality of aligned light sources (211 - 214) passes through the vertex of a corresponding incident surface of the plurality of incident surfaces (330; 331, 332). a lens body having a first surface which is flat and has an incident hole formed therein, and a second surface which is convex and opposite the first surface ; and a plurality of incident surfaces (330; 331, 332) which are recessed from the incident hole toward the convex surface ; the lens characterized in that each of the plurality of incident surfaces (330; 331, 332) is formed corresponding to a respective light source of the plurality of aligned light sources (211 - 214) with a predetermined concave surface profile having a vertex, wherein the number of incident surfaces (330; 331, 332) is equal to the number of light sources (211 - 214), wherein an optical axis of each of the plurality of aligned light sources (211 - 214) passes through the vertex of a corresponding incident surface of the plurality of incident surfaces (330; 331, 332).
A target device comprising: a storage including an operating system ; a second storage including boot strap information ; and a processor to: execute the boot strap information ; upon receipt, from a remote source , of an erase command associated with a digital signature, authenticate , by verifying the digital signature, the erase command by using a cryptographic key pair received before the reception of the erase command ; upon authentication of the erase command , erase the storage prior to completion of execution of the boot strap information , and upon failure of the authentication of the erase command , refrain from erasing the storage . a storage including an operating system ; a second storage including boot strap information ; and a processor to: execute the boot strap information ; upon receipt, from a remote source , of an erase command associated with a digital signature, authenticate , by verifying the digital signature, the erase command by using a cryptographic key pair received before the reception of the erase command ; upon authentication of the erase command , erase the storage prior to completion of execution of the boot strap information , and upon failure of the authentication of the erase command , refrain from erasing the storage . execute the boot strap information ; upon receipt, from a remote source , of an erase command associated with a digital signature, authenticate , by verifying the digital signature, the erase command by using a cryptographic key pair received before the reception of the erase command ; upon authentication of the erase command , erase the storage prior to completion of execution of the boot strap information , and upon failure of the authentication of the erase command , refrain from erasing the storage .