mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the epoxidation of an olefin, comprising the steps: a) providing a dry, shaped titanium silicalite catalyst; b) contacting said catalyst with a first conditioning liquid comprising more than 60 % by weight water and less than 40 % by weight methanol to provide a conditioned catalyst; c) optionally contacting said catalyst subsequent to step b) with at least one further conditioning liquid having a methanol content higher than the methanol content of said first conditioning liquid; and d) passing a mixture comprising olefin, hydrogen peroxide, water and methanol through a catalyst fixed bed comprising said conditioned catalyst, wherein the weight ratio of water to methanol is less than 1; wherein at least one of said conditioning liquids comprises water and from 25 to 45 % by weight methanol with the combined amount of water and methanol being at least 95 % by weight. a) providing a dry, shaped titanium silicalite catalyst; b) contacting said catalyst with a first conditioning liquid comprising more than 60 % by weight water and less than 40 % by weight methanol to provide a conditioned catalyst; c) optionally contacting said catalyst subsequent to step b) with at least one further conditioning liquid having a methanol content higher than the methanol content of said first conditioning liquid; and d) passing a mixture comprising olefin, hydrogen peroxide, water and methanol through a catalyst fixed bed comprising said conditioned catalyst, wherein the weight ratio of water to methanol is less than 1;
Method for providing a DNA-encoded library, comprising a) synthesizing many different DNA molecules which differ from each other by comprising different DNA barcode sequences, wherein each DNA barcode sequence comprises at least a first coding region DNA sequence comprising at least a first part, a second part and a third part, wherein the second part is located between the first and third part and the second part differs between all the DNA molecules by at least two nucleotides; and b) bonding each of the many different DNA molecules to at least a specific substance forming different DNA-substance conjugates, wherein the DNA-substance conjugates differ from each other by the specific substance and by their DNA molecules; characterized in that the first part and the third part encode information regarding the second part of the first coding region, wherein a certain first part and/or a certain third part uniquely codes for a certain group of DNA-substance conjugates which is smaller than the group of all DNA-substance conjugates in the DNA-encoded library. a) synthesizing many different DNA molecules which differ from each other by comprising different DNA barcode sequences, wherein each DNA barcode sequence comprises at least a first coding region DNA sequence comprising at least a first part, a second part and a third part, wherein the second part is located between the first and third part and the second part differs between all the DNA molecules by at least two nucleotides; and b) bonding each of the many different DNA molecules to at least a specific substance forming different DNA-substance conjugates, wherein the DNA-substance conjugates differ from each other by the specific substance and by their DNA molecules;
Method for direction finding comprising the following steps: a) Scanning incoming signals, b) Analyzing the incoming signals, c) Determining the bearing value and its quality of the incoming signals by using a conventional direction finding method, d) Generating a covariance matrix from the incoming signals by using a multiple-wave detector unit , e) Reducing the dimension of the covariance matrix in order to obtain a reduced covariance matrix, f) Determining the eigenvalues of the reduced covariance matrix, and g) Determining whether more than one signal, a single signal or no signal is detected by using the eigenvalues and the quality determined by using the conventional direction finding method. a) Scanning incoming signals, b) Analyzing the incoming signals, c) Determining the bearing value and its quality of the incoming signals by using a conventional direction finding method, d) Generating a covariance matrix from the incoming signals by using a multiple-wave detector unit , e) Reducing the dimension of the covariance matrix in order to obtain a reduced covariance matrix, f) Determining the eigenvalues of the reduced covariance matrix, and g) Determining whether more than one signal, a single signal or no signal is detected by using the eigenvalues and the quality determined by using the conventional direction finding method.
A safety helmet with a rotary impact buffering function, comprising a shell ; further comprising an elastic liner arranged in the shell , wherein a gap is formed between the shell and the elastic liner , and a rotary impact buffering device enabling the shell to rotate relative to the elastic liner is arranged between the shell and the elastic liner , characterized in that the rotary impact buffering device comprises a plurality of buffering components ; each buffering component comprises a plastic nail holder , a columnar elastic washer and a plastic nail , wherein the plastic nail holder is inlaid in the inner side of the shell and provided with an outer step hole with the small-diameter end located at the inner end, the elastic washer is provided with an inner step hole with the small-diameter end located at the outer end, the outer end face of the elastic washer is tightly attached to the inner end face of the plastic nail holder , and the elastic washer and the plastic nail holder are connected through the plastic nail ; each plastic nail comprises a platen , a nail rod and an anti-disengaging buckle head , wherein the platen is located in the large-diameter section of the corresponding inner step hole, the nail rod penetrates through the small-diameter section of the corresponding inner step hole and the small-diameter section of the corresponding outer step hole , one end of the nail rod is connected with the platen , the diameter of the small-diameter section of the corresponding inner step hole is matched with the outer diameter of the nail rod , and the diameter of the corresponding small-diameter section of the outer step hole is greater than the outer diameter of the nail rod , and the anti-disengaging buckle head is located in the large-diameter section of the outer step hole and connected with the other end of the nail rod , and the inner end face of the elastic washer is connected with the elastic liner , wherein an inner convex ring and an outer convex ring are separately arranged on the outer peripheries of the two ends of each elastic washer , the elastic washers are connected with the elastic liner through the inner convex rings , a plurality of outer circular grooves are formed in the outer periphery of each elastic washer between the corresponding inner convex ring and the corresponding outer convex ring , and a plurality of inner circular grooves are formed in the inner periphery of the large-diameter section of the inner step hole of each elastic washer .
A vaccine for use in the prophylaxis and/or treatment of a disease wherein the vaccine comprises: i. a papilloma virus (PV) L1 protein containing a biotin acceptor site, and ii. a biotin molecule enzymatically conjugated to said biotin acceptor site, and iii. an antigen fused to a monovalent streptavidin, wherein the PV L1 protein containing the biotin acceptor site comprises an amino acid sequence selected from the group consisting of SEQ ID NO: 3 [DE-loop, HPV genotype 16] and SEQ ID NO: 2 [HI-loop, HPV genotype 16], wherein the antigen and PV L1 protein are linked via the interaction between the monovalent streptavidin and the biotin molecule enzymatically conjugated to the biotin acceptor site of the PV L1 protein, and wherein i - iii form a virus like particle displaying said antigen and wherein the biotin acceptor site comprises the amino acid sequence SEQ ID NO: 36. i. a papilloma virus (PV) L1 protein containing a biotin acceptor site, and ii. a biotin molecule enzymatically conjugated to said biotin acceptor site, and iii. an antigen fused to a monovalent streptavidin,
A vehicle pedal sensor assembly for use in a vehicle brake pedal including a base and a pedal arm pivotally mounted to the pedal base, the vehicle pedal sensor assembly comprising: a sensor housing including a non-contacting pedal position sensor , the sensor housing being mounted to the base of the vehicle brake pedal ; and a magnet mounted to the pedal arm in a relationship opposed and spaced from the pedal position sensor , the pedal position sensor being adapted for sensing a change in the magnitude and/or direction of the magnetic field generated by the magnet in response to a change in the position of the pedal arm for determining the position of the pedal arm ; characterized in that the sensor housing further includes a contacting pedal force sensor ; and by further comprising a pedal force application member operably coupled to the pedal arm and adapted to exert a contact force against the pedal force sensor in response to the change in the position of the pedal arm for determining the position of the pedal arm . a sensor housing including a non-contacting pedal position sensor , the sensor housing being mounted to the base of the vehicle brake pedal ; and a magnet mounted to the pedal arm in a relationship opposed and spaced from the pedal position sensor , the pedal position sensor being adapted for sensing a change in the magnitude and/or direction of the magnetic field generated by the magnet in response to a change in the position of the pedal arm for determining the position of the pedal arm ; characterized in that the sensor housing further includes a contacting pedal force sensor ; and by further comprising a pedal force application member operably coupled to the pedal arm and adapted to exert a contact force against the pedal force sensor in response to the change in the position of the pedal arm for determining the position of the pedal arm .
A suture loading package , comprising: a length of suture (S); a body portion including a proximal end; a securement structure configured and adapted to releasably secure said length of suture (S); characterized in that the securement structure is disposed within the body portion , an opening is provided at the proximal end of the body portion , the opening configured and adapted to receive said length of suture (S) therethrough; and a hub is disposed at or near the proximal end of the body portion , the hub configured and adapted to receive a suture loading mechanism thereon, wherein said length of suture (S) comprises a looped portion, wherein the securement structure comprises one or more protrusions , and wherein the suture loading package includes one or more posts which are configured and adapted to frictionally and releasably secure said length of suture S therein, wherein each post defines a channel that is configured and adapted to receive the length of suture (S) therethrough and wherein the dimensions of the channel inhibit the translation of said looped portion of said length of suture S through the channel. a length of suture (S); a body portion including a proximal end; a securement structure configured and adapted to releasably secure said length of suture (S); characterized in that the securement structure is disposed within the body portion , an opening is provided at the proximal end of the body portion , the opening configured and adapted to receive said length of suture (S) therethrough; and a hub is disposed at or near the proximal end of the body portion , the hub configured and adapted to receive a suture loading mechanism thereon, wherein said length of suture (S) comprises a looped portion, wherein the securement structure comprises one or more protrusions , and wherein the suture loading package includes one or more posts which are configured and adapted to frictionally and releasably secure said length of suture S therein, wherein each post defines a channel that is configured and adapted to receive the length of suture (S) therethrough and wherein the dimensions of the channel inhibit the translation of said looped portion of said length of suture S through the channel.
A coupling arrangement for fluid coupling a work tool to a machine comprising: a plurality of coupler assemblies , each coupler assembly being slideably mounted for coupling a machine fluid circuit and a work tool fluid circuit wherein the plurality of coupler assemblies are slideable in a plurality of cavities ; at least one actuator connected to the plurality of coupler assemblies wherein the at least one actuator is arranged to retract the plurality of coupler assemblies from respective connect positions to respective disconnect positions; and characterized in that it comprises a sensor to detect the fully retracted position of the at least one actuator for actuation of a locking device . a plurality of coupler assemblies , each coupler assembly being slideably mounted for coupling a machine fluid circuit and a work tool fluid circuit wherein the plurality of coupler assemblies are slideable in a plurality of cavities ; at least one actuator connected to the plurality of coupler assemblies wherein the at least one actuator is arranged to retract the plurality of coupler assemblies from respective connect positions to respective disconnect positions; and characterized in that it comprises a sensor to detect the fully retracted position of the at least one actuator for actuation of a locking device .
Heat-sensitive recording material comprising a carrier substrate which is black or coloured on at least one side, and a thermoresponsive layer on the at least one black or coloured side of the carrier substrate, wherein the thermoresponsive layer comprises nanoparticles of at least one cellulose ester.
Method for filling a cavern of a cavern storage facility with liquid hydrogen, characterized by - introducing a heat exchanger coil or a tube (coil tubing) into a cased bore hole , which leads from the ground surface to the cavern head all the way up to the cavern head , - sealing an outlet of the heat exchanger coil or the line with a baffle plate , - introducing 10 m 3 to 50m 3 of liquid hydrogen (H 2 ) into the heat exchanger coil or into the tube, - waiting until the pressure in the cavern of the cavern storage facility has risen again to 70% to 120% of the original pressure, - re-introducing 10 m 3 to 50 m 3 of liquid hydrogen (H 2 ) into the heat exchanger coil or into the tube, - wherein the waiting and re-introducing are repeated until a pre-selected filling quantity of the cavern storage facility has been reached. - introducing a heat exchanger coil or a tube (coil tubing) into a cased bore hole , which leads from the ground surface to the cavern head all the way up to the cavern head , - sealing an outlet of the heat exchanger coil or the line with a baffle plate , - introducing 10 m 3 to 50m 3 of liquid hydrogen (H 2 ) into the heat exchanger coil or into the tube, - waiting until the pressure in the cavern of the cavern storage facility has risen again to 70% to 120% of the original pressure, - re-introducing 10 m 3 to 50 m 3 of liquid hydrogen (H 2 ) into the heat exchanger coil or into the tube, - wherein the waiting and re-introducing are repeated until a pre-selected filling quantity of the cavern storage facility has been reached.
Cartridge filter having a plurality of filter media sets , wherein two filter media sets are arranged in a V-shaped manner in each case, and having a frame for receiving the filter media sets , characterized in that the frame has an upper frame , an outflow-side base plate and two side plates , and in that the upper frame is formed from an inflow-side single-piece upper plate and part-faces of the side plates .
A method of manufacturing a silicon carbide semiconductor device comprising, in the following order: a silicon carbide semiconductor base body preparation step of preparing a silicon carbide semiconductor base body having a first main surface which is an element forming surface and a second main surface which is a surface on a side opposite to the first main surface ; a polishing step of polishing the silicon carbide semiconductor base body from a second main surface side thus forming unevenness on the second main surface ; a thin metal film forming step of forming a thin metal film made of metal capable of forming a metal carbide on the second main surface of the silicon carbide semiconductor base body ; a laser beam irradiating step of irradiating a laser beam which falls within a visible region or within an infrared region to the thin metal film so as to heat the thin metal film thus forming a metal carbide on a boundary face between the silicon carbide semiconductor base body and the thin metal film ; an etching step of removing by etching a metal containing byproduct layer possibly formed on a surface side of the metal carbide by a non-oxidizing chemical solution thus exposing a surface of the metal carbide ; and an electrode layer forming step of forming an electrode layer on the metal carbide . a silicon carbide semiconductor base body preparation step of preparing a silicon carbide semiconductor base body having a first main surface which is an element forming surface and a second main surface which is a surface on a side opposite to the first main surface ; a polishing step of polishing the silicon carbide semiconductor base body from a second main surface side thus forming unevenness on the second main surface ; a thin metal film forming step of forming a thin metal film made of metal capable of forming a metal carbide on the second main surface of the silicon carbide semiconductor base body ; a laser beam irradiating step of irradiating a laser beam which falls within a visible region or within an infrared region to the thin metal film so as to heat the thin metal film thus forming a metal carbide on a boundary face between the silicon carbide semiconductor base body and the thin metal film ; an etching step of removing by etching a metal containing byproduct layer possibly formed on a surface side of the metal carbide by a non-oxidizing chemical solution thus exposing a surface of the metal carbide ; and an electrode layer forming step of forming an electrode layer on the metal carbide .
An extract of Lespedeza capitata for its use for the treatment and/or prevention of at least one dermo-capillary disorder, characterized in that the at least one dermo-capillary disorder is selected from alopecia, seborrhea of the scalp, and a combination thereof and that the extract is obtained from one or more parts of the Lespedeza capitata plant selected from aerial parts such as stems, branches, leaves, fruits, seeds and/or flowers following an extraction by a hydrophilic or moderately polar solvent selected from the group consisting of C1 to C5 alcohols, alkyl esters and a hydro-alcoholic mixture.
Pliers with a first and a second pliers leg , which are mounted in a joint region so as to be rotatable relative to one another about an axis of rotation (x) and form grip regions on one side of the joint region and a pliers jaw on the other side, wherein the pliers legs being formed in an overlap region (U) by first and second recesses which can be brought into alignment one above the other, a threaded formation being provided in any case in a first recess , for shearing off a threaded bolt , the threaded formation only extending over part of the height (h) and the first recess being formed with a cylindrical inner surface , a longitudinal cylinder axis (y) of the inner surface forming an acute angle with the axis of rotation (x), characterized in that that two circumferentially opposed and vertically offset thread formations are provided, that the thread formations are formed only over a part of the inner circumference of the first recess and that the thread formations extend with respect to a thread root in alignment with the axis of rotation (x).
A sheetlike composite comprising a layer configuration with the following layers in the sequence shown: o. optionally a layer of thermoplastic KSu ; i. a carrier layer , wherein the carrier layer is paper or cardboard; ii. a first layer of thermoplastic KSv ; iii. a barrier layer made of an aluminium foil; iv. a second layer of thermoplastic KSa ; v. at least one further layer of thermoplastic KSw ; wherein the plastics of the first layer of thermoplastic KSv and the second layer of thermoplastic KSa contain no comonomers which are known to have the effect of an improvement in adhesion; wherein the Vicat softening temperature of the layer of thermoplastic KSv and the Vicat softening temperature of the layer of thermoplastic KSa is in each case higher than the Vicat softening temperature of the layer of thermoplastic KSw , wherein each Vicat softening temperature is measured according to ISO 306:2004, method VST-A50 (load = 10 N, increase in temperature = 50 K/h) using an oil heating bath. o. optionally a layer of thermoplastic KSu ; i. a carrier layer , wherein the carrier layer is paper or cardboard; ii. a first layer of thermoplastic KSv ; iii. a barrier layer made of an aluminium foil; iv. a second layer of thermoplastic KSa ; v. at least one further layer of thermoplastic KSw ;
A charging integrated circuit , IC, for a mobile device including a battery , the charging IC comprising: a switching charger including at least one inductor, and a direct charger including at least one capacitor; and a control circuit configured to detect a connection between the mobile device and an external power unit , wherein the switching charger and the direct charger are configured to receive an external power signal to be provided by the external power unit by the connection between the mobile device and an external power unit , wherein the charging IC is configured to: activate the direct charger and provide a constant charging current to the battery using the direct charger upon detecting the connection between the mobile device and the external power unit , and characterized in that : the control circuit is configured to detect a communication disconnection between the mobile device and the external power unit , and the charging IC is configured to deactivate the direct charger , activate the switching charger , and maintain a battery voltage associated with the battery using the switching charger upon detecting the communication disconnection between the mobile device and the external power unit . a switching charger including at least one inductor, and a direct charger including at least one capacitor; and a control circuit configured to detect a connection between the mobile device and an external power unit , wherein the switching charger and the direct charger are configured to receive an external power signal to be provided by the external power unit by the connection between the mobile device and an external power unit , wherein the charging IC is configured to: activate the direct charger and provide a constant charging current to the battery using the direct charger upon detecting the connection between the mobile device and the external power unit , and the control circuit is configured to detect a communication disconnection between the mobile device and the external power unit , and the charging IC is configured to deactivate the direct charger , activate the switching charger , and maintain a battery voltage associated with the battery using the switching charger upon detecting the communication disconnection between the mobile device and the external power unit .