mhurhangee/patent-ind-claim-en huggingface dataset:
A tool for installing an explosively driven fastener , the fastener including a nail and an explosive load attached to the nail , said tool comprising: a trigger body; a firing pin holder located within said trigger body, the firing pin holder having a proximal end and a distal end ; a firing spring mounted coaxially on the proximal end of said firing pin holder and arranged to bias said firing pin holder out of said trigger body; a firing pin having a proximal end and a pointed distal end , the firing pin coupled to the distal end of said firing pin holder by a pin which engages a diametrical hole in the firing pin and a diametrical hole in the firing pin holder ; a first muzzle having a proximal end and a distal end, said proximal end arranged to receive said firing pin and said distal end arranged to receive the fastener , such that when the fastener is placed in the distal end of the first muzzle and the firing pin holder is biased out of the trigger body by the firing spring , the firing pin strikes the explosive load causing the explosive load to explode and drive the nail out of the first muzzle . a trigger body; a firing pin holder located within said trigger body, the firing pin holder having a proximal end and a distal end ; a firing spring mounted coaxially on the proximal end of said firing pin holder and arranged to bias said firing pin holder out of said trigger body; a firing pin having a proximal end and a pointed distal end , the firing pin coupled to the distal end of said firing pin holder by a pin which engages a diametrical hole in the firing pin and a diametrical hole in the firing pin holder ; a first muzzle having a proximal end and a distal end, said proximal end arranged to receive said firing pin and said distal end arranged to receive the fastener , such that when the fastener is placed in the distal end of the first muzzle and the firing pin holder is biased out of the trigger body by the firing spring , the firing pin strikes the explosive load causing the explosive load to explode and drive the nail out of the first muzzle .
An electrostatic ink composition comprising: a) chargeable particles comprising a resin; b) a charge director comprising a sulfosuccinate salt of the general formula M'A m , wherein M' is a metal, m is the valence of M', and A is an ion of the general formula (I): (I) [R 3 -O-C(O)CH 2 CH(SO 3 )C(O)-O-R 4 ] - wherein each of R 3 and R 4 is an alkyl group; c) an optionally substituted naphthalene-sulfonate moiety; and d) a liquid carrier. a) chargeable particles comprising a resin; b) a charge director comprising a sulfosuccinate salt of the general formula M'A m , wherein M' is a metal, m is the valence of M', and A is an ion of the general formula (I): (I) [R 3 -O-C(O)CH 2 CH(SO 3 )C(O)-O-R 4 ] - wherein each of R 3 and R 4 is an alkyl group; c) an optionally substituted naphthalene-sulfonate moiety; and d) a liquid carrier.
Method for direct quantification of recombinant adenovirus particles in a biological sample, comprising: a) introducing said biological sample comprising recombinant adenovirus particles into a capillary tube containing a buffer solution; b) applying an electrical field to said capillary tube of sufficient voltage to allow for the separation of the adenovirus particles from additional constituents in said sample, to obtain electrophoretical fractions; and c) generating an electropherogram associated with the electrophoretical fractions; d) determining the concentration of adenovirus particles in said sample by comparing the electropherogram with an electropherogram generated from a reference sample containing a known concentration of said adenovirus particles, wherein said buffer solution comprises tris(hydroxymethyl)aminomethane in a concentration of between 100 and 500 mM and tricine in a concentration of between 100 and 500 mM, and has a pH of between 7.3 and 8.9, and wherein said capillary tube is flushed in reverse direction with a phosphoric acid solution before flushing and filling with said buffer solution. a) introducing said biological sample comprising recombinant adenovirus particles into a capillary tube containing a buffer solution; b) applying an electrical field to said capillary tube of sufficient voltage to allow for the separation of the adenovirus particles from additional constituents in said sample, to obtain electrophoretical fractions; and c) generating an electropherogram associated with the electrophoretical fractions; d) determining the concentration of adenovirus particles in said sample by comparing the electropherogram with an electropherogram generated from a reference sample containing a known concentration of said adenovirus particles,
Process for the production of a hydrogen gas stream with a CO content of less than 1 ppm starting from synthesis gas , comprising a production cycle with two phases: - a first phase comprising the following successive steps: a) a step of purification of the synthesis gas by adsorption by means of a unit of PSA type , b) a step of recovery, at the outlet of the PSA unit , of a hydrogen gas stream with a CO content of more than 1 ppm, c) a step of purification of the gas stream recovered in step b) by adsorption by means of a unit of TSA type of chemisorber type , and d) a step of recovery, at the outlet of the TSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm, - a second phase comprising the following successive steps: e) a step of purification of the synthesis gas by adsorption by means of the unit of PSA type , f) a step of recovery, at the outlet of the PSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm, with, throughout the duration of step e) and f), the TSA unit is bypassed by the hydrogen gas stream and regenerated , and, throughout the duration of the regeneration of the TSA, the PSA is set to "high purity"; in other words, the yield of the PSA is lowered and the production of hydrogen exhibiting a CO content of less than 1 ppm is rendered possible, either by reducing the time of the overall cycle or, preferably, by reducing the depressurization pressure. - a first phase comprising the following successive steps: a) a step of purification of the synthesis gas by adsorption by means of a unit of PSA type , b) a step of recovery, at the outlet of the PSA unit , of a hydrogen gas stream with a CO content of more than 1 ppm, c) a step of purification of the gas stream recovered in step b) by adsorption by means of a unit of TSA type of chemisorber type , and d) a step of recovery, at the outlet of the TSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm, a) a step of purification of the synthesis gas by adsorption by means of a unit of PSA type , b) a step of recovery, at the outlet of the PSA unit , of a hydrogen gas stream with a CO content of more than 1 ppm, c) a step of purification of the gas stream recovered in step b) by adsorption by means of a unit of TSA type of chemisorber type , and d) a step of recovery, at the outlet of the TSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm, - a second phase comprising the following successive steps: e) a step of purification of the synthesis gas by adsorption by means of the unit of PSA type , f) a step of recovery, at the outlet of the PSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm, e) a step of purification of the synthesis gas by adsorption by means of the unit of PSA type , f) a step of recovery, at the outlet of the PSA unit, of a hydrogen gas stream with a CO content of less than 1 ppm,
Rotor blade assembly which comprises at the pressure side between 5% L and 25% L an addition of flow blocking measures wherein said assembly comprises in the range between 5% L and 50% L at the suction side vortex generators and characterized in that said flow blocking measures comprise a radial flow blocking element with a concavity at the pressure side.
A process for the preparation of a carrier system, wherein the carrier system comprises a pharmaceutically active agent and at least one glycerophospholipid, the process comprising the steps of: - providing a solvent stream comprising an organic solvent, the at least one glycerophospholipid and the pharmaceutically active agent, - providing an aqueous stream, and - mixing the solvent stream and the aqueous stream by frontal collision, whereby the carrier system is precipitated as nanoparticles, characterized in that the average particle size of the precipitated nanoparticles measured by dynamic light scattering (DLS) at a temperature of 25 °C is 10 to 500 nm, the solvent stream contains 1 to 1000 mg/mL of the at least one glycerophospholipid and the hydrodynamic pressure in the aqueous stream is at least 1 bar. - providing a solvent stream comprising an organic solvent, the at least one glycerophospholipid and the pharmaceutically active agent, - providing an aqueous stream, and - mixing the solvent stream and the aqueous stream by frontal collision, whereby the carrier system is precipitated as nanoparticles,
A method for personalising a security applet installed on a first security element of a mobile terminal , using a first ID token and a personalisation server , wherein an ID application program is installed on the mobile terminal , to which the security applet is assigned, wherein first attributes of a user are stored in the first ID token , wherein the personalisation comprises: • establishing an encrypted communication channel between the mobile terminal and the personalisation server via a network , wherein the ID application program is used to establish the encrypted communication channel , • establishing a first encrypted subchannel between the first ID token and the personalisation server within the encrypted communication channel via the mobile terminal , wherein the ID application program is used to establish the first encrypted subchannel , • reading out one or more of the first attributes from the first ID token by the personalisation server via the first encrypted subchannel within the encrypted communication channel , • establishing a second encrypted subchannel between the security applet of the first security element and the personalisation server within the encrypted communication channel , wherein the ID application program is used to establish the second encrypted subchannel , • receiving, by the security applet of the first security element , the read-out first attributes from the personalisation server via the second encrypted subchannel within the encrypted communication channel , • storing the received first attributes by the security applet , wherein the ID application program is configured to use the first attributes to prove an identity of the user to another computer system. • establishing an encrypted communication channel between the mobile terminal and the personalisation server via a network , wherein the ID application program is used to establish the encrypted communication channel , • establishing a first encrypted subchannel between the first ID token and the personalisation server within the encrypted communication channel via the mobile terminal , wherein the ID application program is used to establish the first encrypted subchannel , • reading out one or more of the first attributes from the first ID token by the personalisation server via the first encrypted subchannel within the encrypted communication channel , • establishing a second encrypted subchannel between the security applet of the first security element and the personalisation server within the encrypted communication channel , wherein the ID application program is used to establish the second encrypted subchannel , • receiving, by the security applet of the first security element , the read-out first attributes from the personalisation server via the second encrypted subchannel within the encrypted communication channel , • storing the received first attributes by the security applet , wherein the ID application program is configured to use the first attributes to prove an identity of the user to another computer system.
A garment care device, comprising: - a housing ; - a steam generator arranged in the housing for generating steam, wherein the housing surrounds the steam generator, the steam generator comprising: a steam chamber having an outer wall ; a first cover mounted over the outer wall for closing the steam chamber ; a second cover (90;140) arranged over the first cover ; and a sealing gasket between the outer wall and the second cover, extending around the outer periphery of the first cover, such that the second cover is fluidly sealed over the first cover on the outer wall, so as to create an enclosed compartment between the first cover and the second cover for containing steam which has leaked from the steam chamber past the first cover. - a housing ; - a steam generator arranged in the housing for generating steam, wherein the housing surrounds the steam generator, the steam generator comprising: a steam chamber having an outer wall ; a first cover mounted over the outer wall for closing the steam chamber ; a second cover (90;140) arranged over the first cover ; and a sealing gasket between the outer wall and the second cover, extending around the outer periphery of the first cover, such that the second cover is fluidly sealed over the first cover on the outer wall, so as to create an enclosed compartment between the first cover and the second cover for containing steam which has leaked from the steam chamber past the first cover. a steam chamber having an outer wall ; a first cover mounted over the outer wall for closing the steam chamber ; a second cover (90;140) arranged over the first cover ; and a sealing gasket between the outer wall and the second cover, extending around the outer periphery of the first cover, such that the second cover is fluidly sealed over the first cover on the outer wall, so as to create an enclosed compartment between the first cover and the second cover for containing steam which has leaked from the steam chamber past the first cover.
Laboratory centrifuge with a centrifuge vessel and a compressor cooling device , which has a refrigeration cycle , an evaporator , a condenser and a compressor , wherein at least one controllable throttle device , acting in particular as an expansion element, is provided in the refrigeration cycle upstream of the evaporator to regulate the refrigerant flow, wherein means for determining the actual temperature (T) of the centrifuge vessel of the centrifuge are provided, the compressor is formed to be controllable in respect of its flow rate, characterised in that the laboratory centrifuge is adapted thereto that a target temperature (T K ) of the centrifuge vessel can be set, wherein a tolerance range of a maximum of +/- 5K can be set around the target temperature (T K ), and the laboratory centrifuge is further adapted to set the controllable throttle device to a certain refrigerant flow on starting of the compressor cooling device and to lower the actual temperature (T) in the centrifuge vessel as far as the tolerance range by means of the controllable compressor and thereafter to keep the compressor output constant as long as the actual temperature (T) is in the tolerance range and the actual temperature (T), when it is within the tolerance range, is regulated via the controllable throttle device , wherein the actual temperature (T) is only regulated by means of the controllable throttle device if it is within the defined tolerance range and wherein the actual temperature (T) is only regulated via the compressor if the actual temperature is not within the tolerance range.
A spindle nut assembly for an electric parking brake comprising: a spindle having a plurality of spindle stops and a plurality of external threads , wherein the plurality of external threads has at least two threads; a spindle nut operatively connected to the spindle and having at least one stop cam and a plurality of internal threads , wherein at least one stop cam is engaged with at least one of the plurality of spindle stops when a first thread of the plurality of internal threads is started threaded into any external thread of the plurality of external threads , characterised in that the spindle stops are wedge-shaped, wherein the at least one stop cam has a vertical stop and a cam portion , wherein the vertical stop is in a plane not normal to the external surface of the spindle nut and that extends along the longitudinal axis X or wherein the vertical stop is otherwise inclined or angled. a spindle having a plurality of spindle stops and a plurality of external threads , wherein the plurality of external threads has at least two threads; a spindle nut operatively connected to the spindle and having at least one stop cam and a plurality of internal threads , wherein at least one stop cam is engaged with at least one of the plurality of spindle stops when a first thread of the plurality of internal threads is started threaded into any external thread of the plurality of external threads , characterised in that the spindle stops are wedge-shaped, wherein the at least one stop cam has a vertical stop and a cam portion , wherein the vertical stop is in a plane not normal to the external surface of the spindle nut and that extends along the longitudinal axis X or wherein the vertical stop is otherwise inclined or angled.
Method for coating objects by applying, drying, curing and finishing of moisture-curing paint systems to the object, comprising the following steps: a) humidifying compressed atomizer air or an atomizer gas; b) supplying heat to the compressed atomizer air or the atomizer gas; c) painting the object by spraying the moisture-curing paint system by means of the humidified compressed atomizer air or the atomizer gas within a painting booth; d) removing the object from the painting booth at a point in time of drying, wherein, from the point in time of drying, a state of the paint system in which the surface is dust dry, and thus in which it can be handled, arises; e) curing and/or further curing of the paint system outside the painting booth by irradiating the object by means of at least one infrared radiator for a curing time until at a point in time of curing. a) humidifying compressed atomizer air or an atomizer gas; b) supplying heat to the compressed atomizer air or the atomizer gas; c) painting the object by spraying the moisture-curing paint system by means of the humidified compressed atomizer air or the atomizer gas within a painting booth; d) removing the object from the painting booth at a point in time of drying, wherein, from the point in time of drying, a state of the paint system in which the surface is dust dry, and thus in which it can be handled, arises; e) curing and/or further curing of the paint system outside the painting booth by irradiating the object by means of at least one infrared radiator for a curing time until at a point in time of curing.
A circuit comprising: a memory circuit that is operative to move image information representing scan lines of a static image initially distributed among a plurality of memory channels (126-130) into reconfigured image information, the reconfigured image information being configured to be distributed among a subset of the plurality of memory channels, such that the reconfigured image information is provided one scan line at a time to one of the plurality of memory channels in the subset.
Black magnetic iron oxide particles comprising core particles and a surface layer formed on a surface of the core particles which is made of a compound of aluminium and at least one alkali earth metal selected from Mg, Ca, Sr and Ba, in which the content of the at least one alkali earth metal present in the surface layer is from 100 ppm to 1000 ppm on the basis of the whole weight of the black magnetic iron oxide particles; the content of aluminum present in the surface layer is from 1000 ppm to 20000 ppm on the basis of the whole weight of the black magnetic iron oxide particles; and the ratio [A/B] of the content [A (ppm)] of aluminum to the content [B (ppm)] of the at least one alkali earth metal present in the surface layer is from 1 to 100, wherein Fe is not present in the surface layer and wherein said particles have an average particle diameter of 0.10 to 0.30 μm, wherein the core particles are magnetite.
A passenger seat , comprising: a seat shell , a passenger sitting area , and a backrest , wherein the passenger sitting area and the backrest do not employ a seat actuator therebetween, a side ottoman extending from one side of the sitting area , an open space positioned forward of the sitting area , the open space configured to receive a bed extension for creating a lying space bed for a seat occupant, characterized in that the seat shell defines the passenger sitting area and the backrest such that the passenger sits directly on the seat shell albeit intervening cushions and rather than providing a seat unit that requires a completely separate seat shell and in that the side ottoman is integrated with the sitting area to provide a one-piece cushioned bed/lounging experience. a seat shell , a passenger sitting area , and a backrest , wherein the passenger sitting area and the backrest do not employ a seat actuator therebetween, a side ottoman extending from one side of the sitting area , an open space positioned forward of the sitting area , the open space configured to receive a bed extension for creating a lying space bed for a seat occupant, characterized in that the seat shell defines the passenger sitting area and the backrest such that the passenger sits directly on the seat shell albeit intervening cushions and rather than providing a seat unit that requires a completely separate seat shell and in that the side ottoman is integrated with the sitting area to provide a one-piece cushioned bed/lounging experience.
A hearing aid comprising a radio configured for reception of a wirelessly broadcasted signal including a message wherein at least a part of the message, which part has been encoded using an error checking code, has been encrypted with a first key , and the first key, wherein the first key , as included in the wirelessly broadcasted signal, has been encrypted with a second key , an authenticator configured for authentication of the message by decrypting the first key with a third key , and decrypting the at least a part of the message, which part has been encoded using the error checking code, with the first key , and a processing unit that is configured for converting the message into an acoustic signal for transmission towards an eardrum of a user of the hearing aid upon successful authentication of the message, wherein the successful authentication includes correct verification of the received at least a part of the message using the error checking code. a message wherein at least a part of the message, which part has been encoded using an error checking code, has been encrypted with a first key , and the first key, wherein the first key , as included in the wirelessly broadcasted signal, has been encrypted with a second key , decrypting the first key with a third key , and decrypting the at least a part of the message, which part has been encoded using the error checking code, with the first key , and