mhurhangee/patent-ind-claim-en huggingface dataset:
Multiple lighting safety device with an optical element embedded into lighting fixture wherein the front surface of the lighting fixture does not have any irregularities, where said optical element has a thickness S approximately equal to the thickness of the lighting fixture side, is adapted to be connected to one or more light sources at its rear, including the back of said optical element at least two surfaces and capable of collecting the flux, front, inclined and side, emitted by the light source, and to guide, due to the difference of the refractive index, the luminous flux towards its front outside part in the frontal direction, wherein said optical element further comprises a recess , with at least one flat reflection surface , or one rotational reflection surface , wherein said reflection surface is capable of guiding the luminous flux of the light source through the side , diagonal and lower surfaces of the optical element; characterized in that said light source is composed of a pair of LEDs, the first of which makes most of the light flux for the frontal emission, and the second of which makes most of the light fluxes for inclined and side emission; whereinthe optical element has a front surface with a non protruding shape and the recess is located in said front surface, the recess having : - a flat reflection surface that is slanted to reflect the light source beams directed by the surfaces onto the inner side of the optical element towards the lower output surface ; - and/or a slanted reflection surface to reflect the beams of the directed light source from the surfaces on the inside of the optical element towards the corner output surface ; - and/or a flat reflection surface and/or a rotational reflection surface slanted to reflect the light source beams directed by the surfaces onto the inner side of the optical element towards the side output surface . - a flat reflection surface that is slanted to reflect the light source beams directed by the surfaces onto the inner side of the optical element towards the lower output surface ; - and/or a slanted reflection surface to reflect the beams of the directed light source from the surfaces on the inside of the optical element towards the corner output surface ; - and/or a flat reflection surface and/or a rotational reflection surface slanted to reflect the light source beams directed by the surfaces onto the inner side of the optical element towards the side output surface .
A load carrier foot for attaching a load carrying portion , preferably a profile element, to a vehicle, comprising a base portion , a cover portion , a lock for locking the cover portion to the base portion at a first position (P 1 ), and a fixing mechanism for fixing the cover portion to the base portion at a second position (P 2 ) spaced apart from the first position (P 1 ), wherein the fixing mechanism is releasable by opening the lock , characterized in that the cover portion is shifted sideways to release the fixing mechanism by opening the lock . a base portion , a cover portion , a lock for locking the cover portion to the base portion at a first position (P 1 ), and a fixing mechanism for fixing the cover portion to the base portion at a second position (P 2 ) spaced apart from the first position (P 1 ), wherein the fixing mechanism is releasable by opening the lock , characterized in that the cover portion is shifted sideways to release the fixing mechanism by opening the lock .
Process for the production of bis-hydroxyalkylene dicarboxylates comprising the steps in this order of: (a) providing to a reaction vessel a reaction mixture comprising a dicarboxylic acid or a diester thereof and an alkylene diol; (b) providing a quantity of a catalyst to the reaction mixture; and (c) reacting the reaction mixture at a temperature in the range of ≥ 180 and ≤ 280°C wherein the catalyst is a compound according to the formula (I): in which R1 is an alkyl moiety comprising 2-10 carbon atoms and n is an integer of ≥ 2. (a) providing to a reaction vessel a reaction mixture comprising a dicarboxylic acid or a diester thereof and an alkylene diol; (b) providing a quantity of a catalyst to the reaction mixture; and (c) reacting the reaction mixture at a temperature in the range of ≥ 180 and ≤ 280°C
An axle assembly for a bicycle , the axle assembly comprising: an axle having an inner wall extending along a length of the axle between a first end and a second end of the axle , the inner wall at least partially defining a first volume and a second volume within the axle , the first volume having a first diameter (D1) and the second volume having a second diameter (D2) that is greater than the first diameter (D1), the first volume being closer than the second volume to the first end of the axle ; and a sensor attached to the inner wall of the axle within the second volume of the axle . an axle having an inner wall extending along a length of the axle between a first end and a second end of the axle , the inner wall at least partially defining a first volume and a second volume within the axle , the first volume having a first diameter (D1) and the second volume having a second diameter (D2) that is greater than the first diameter (D1), the first volume being closer than the second volume to the first end of the axle ; and a sensor attached to the inner wall of the axle within the second volume of the axle .
Method for the detection of wired obstacles intended for an aircraft , said aircraft comprising at least one detection device , characterised in that said method consists of the following steps: - detection of at least one pylon in the surroundings of said aircraft by means of a detection device , - identification of a family of pylons to which said at least one detected pylon corresponds from a database of families of pylons, - characterisation of at least one cable supported by said at least one detected pylon from said database and - determination of a prohibited zone that is likely to contain said at least one detected pylon and said at least one cable and a safe zone which does not contain either said at least one pylon or said at least one cable . - detection of at least one pylon in the surroundings of said aircraft by means of a detection device , - identification of a family of pylons to which said at least one detected pylon corresponds from a database of families of pylons, - characterisation of at least one cable supported by said at least one detected pylon from said database and - determination of a prohibited zone that is likely to contain said at least one detected pylon and said at least one cable and a safe zone which does not contain either said at least one pylon or said at least one cable .
Method for reprocessing an endoscope having at least one channel in a reprocessing device , having the steps: - Introducing the endoscope into the reprocessing device , - Connecting at least one channel of the endoscope to a flushing system of the reprocessing device , - Flushing the at least one channel of the endoscope with a flushing liquid, wherein a flow rate of the flushing liquid through the at least one channel is measured to detect a complete or partial blockage of the at least one channel or an incomplete connection of the at least one channel to the flushing system, and the flow rate is measured a plurality of times over a predetermined period of time, characterized in that the change in flow rate over time is used to detect blockage of the at least one channel or incomplete connection of the at least one channel to the flushing system. - Introducing the endoscope into the reprocessing device , - Connecting at least one channel of the endoscope to a flushing system of the reprocessing device , - Flushing the at least one channel of the endoscope with a flushing liquid, wherein a flow rate of the flushing liquid through the at least one channel is measured to detect a complete or partial blockage of the at least one channel or an incomplete connection of the at least one channel to the flushing system, and the flow rate is measured a plurality of times over a predetermined period of time, characterized in that the change in flow rate over time is used to detect blockage of the at least one channel or incomplete connection of the at least one channel to the flushing system.
An inflator for a protective device in a vehicle, comprising an igniter sleeve which at least partially encloses an igniter and an igniter chamber filled with a booster charge and is adjacent to a first combustion chamber filled with fuel, wherein the igniter sleeve includes a marker distant from its central axis B or extending non-symmetrically from the central axis B which indicates a predetermined orientation of the igniter sleeve , characterized in that the igniter sleeve is arranged offset with respect to a central axis A of a diffuser and a bottom of the igniter sleeve is opposed to a ceiling portion of the diffuser , wherein the igniter sleeve bottom has a slant adapted to a curvature of the ceiling portion of the diffuser such that the igniter sleeve fits below the ceiling portion of the diffuser at the predetermined orientation only.
A bioreactor having a container with at least one gas discharge channel for discharging gas, wherein the opening of the gas discharge channel is coupled to a hydrophobic sterile filter and a condenser with condensation surfaces arranged therebetween, characterized in that turbulence generating means generating a turbulent stream are arranged in the region of the condenser in the gas discharge channel , and that the container , the condenser and the sterile filter are formed of gamma sterilizable plastic.
An aqueous ink composition for writing instruments characterized in that at least particles comprising principally a polymer having the structure represented by the following Formula (I) in the repetitive unit are contained as an active ingredient and that a content thereof is 0.1 to 30 mass%: wherein R is an alkyl group having 2 to 8 carbon atoms.
Storage compartment for an interior of a vehicle, with a circumferential, at least substantially vertically extending storage compartment wall delimiting a storage space, and with an insert that can be reversibly inserted into the storage compartment , such insert having an external wall and an internal wall , wherein the internal wall is partially circular in sections and wherein the insert has pressure elements on the internal wall in order to hold/fix at least one beverage container, characterized in that an external contour of the external wall is substantially identical to an inner circumference of the storage compartment wall , and that first positioning elements are arranged on an inside of the storage compartment wall and second positioning elements corresponding to the first positioning elements are arranged on an outside of the external wall , which second positioning elements, by cooperating with the first positioning elements , fix the insert in a predetermined position inside the storage compartment .
A pharmaceutical composition comprising the compound having SEQ ID NO: 1 for use in treating or preventing an autoimmune disease.
Composition for producing a fermented milk product comprising: (i) at least one Streptococcus thermophilus (St) strain, wherein the St strain is galactose-fermenting, wherein the strain carries a mutation in the DNA sequence of the glcK gene encoding a glucokinase protein, wherein the mutation inactivates the glucokinase protein or has a negative effect on expression of the gene, wherein the galactose-fermenting capacity is determined as disclosed in the description and wherein the mutation reduces the activity of the glucokinase protein with at least 50% and wherein the glucokinase activity is determined as indicated in the description. and (ii) at least one Lactobacillus delbrueckii subsp. bulgaricus (Lb) strain, wherein the Lb strain is lactose-deficient and capable of metabolizing glucose, wherein lactose-deficiency is determined via the capacity of the Lb strain to form white colonies on a medium containing lactose and 5-bromo-4-chloro-3-indolyl-beta-D-galacto-pyranoside (X-Gal). (i) at least one Streptococcus thermophilus (St) strain, wherein the St strain is galactose-fermenting, wherein the strain carries a mutation in the DNA sequence of the glcK gene encoding a glucokinase protein, wherein the mutation inactivates the glucokinase protein or has a negative effect on expression of the gene, wherein the galactose-fermenting capacity is determined as disclosed in the description and wherein the mutation reduces the activity of the glucokinase protein with at least 50% and wherein the glucokinase activity is determined as indicated in the description. and (ii) at least one Lactobacillus delbrueckii subsp. bulgaricus (Lb) strain, wherein the Lb strain is lactose-deficient and capable of metabolizing glucose, wherein lactose-deficiency is determined via the capacity of the Lb strain to form white colonies on a medium containing lactose and 5-bromo-4-chloro-3-indolyl-beta-D-galacto-pyranoside (X-Gal).
A probe for coupling with a movable portion of a coordinate measuring machine , the probe comprising: a shaft having a distal end and a proximal end, the proximal end having a region for coupling with the movable portion of the coordinate measuring machine , the distal end having a region configured to interact with a workpiece to be measured by the coordinate measuring machine ; and visual identifying indicia on the shaft , the visual identifying indicia being encoded to identify at least one characteristic of the probe, characterized in that the indicia are encoded as Base 3 or Base 4 indicia. a shaft having a distal end and a proximal end, the proximal end having a region for coupling with the movable portion of the coordinate measuring machine , the distal end having a region configured to interact with a workpiece to be measured by the coordinate measuring machine ; and visual identifying indicia on the shaft , the visual identifying indicia being encoded to identify at least one characteristic of the probe, characterized in that the indicia are encoded as Base 3 or Base 4 indicia.
A washing machine comprising: a first tub ; a second tub disposed above the first tub ; a first housing configured to cover the first tub ; a second housing disposed on the first housing , and configured to cover the second tub ; first coupling portions protruding from the second tub toward the second housing , and configured to fix the second tub on the second housing ; a second coupling portion formed in the second tub , and configured to fix the second tub on the first housing ; first fixer members configured to fix the first coupling portions to the second housing ; and a second fixer member configured to fix the second coupling portion on the first housing . a first tub ; a second tub disposed above the first tub ; a first housing configured to cover the first tub ; a second housing disposed on the first housing , and configured to cover the second tub ; first coupling portions protruding from the second tub toward the second housing , and configured to fix the second tub on the second housing ; a second coupling portion formed in the second tub , and configured to fix the second tub on the first housing ; first fixer members configured to fix the first coupling portions to the second housing ; and a second fixer member configured to fix the second coupling portion on the first housing .
A vehicle seat (S) including a headrest (S3) and a seat back (S1), the vehicle seat (S) comprising: a guide having an insertion hole into which a stay of the headrest (S3) is inserted; a holder mounted on a seat back frame forming a skeletal frame of the seat back (S1), the holder being configured to hold the guide ; and a cover member configured to cover at least a part of an outer surface of the guide and an outer surface of the holder , the cover member being detachable from the seat back frame , characterized in that the cover member covers a lower end of the guide on a seat front side. a guide having an insertion hole into which a stay of the headrest (S3) is inserted; a holder mounted on a seat back frame forming a skeletal frame of the seat back (S1), the holder being configured to hold the guide ; and a cover member configured to cover at least a part of an outer surface of the guide and an outer surface of the holder , the cover member being detachable from the seat back frame , characterized in that the cover member covers a lower end of the guide on a seat front side.
A low power receiver having a feedforward equalization, FFE, based continuous time linear equalizer, CTLE, wherein the FFE CTLE comprises: an input for receiving an input signal ; a main first path operably coupled to the input and comprising a source-follower, SF, transistor arranged to apply a scaling factor to the received input signal ; a second path operably coupled to the input and comprising a delay arranged to apply a delay to the received input signal and a common source transistor arranged to apply a scaling factor to the received delayed input signal, wherein the source-follower transistor and the common source, CS, transistor are connected as a single SF-CS stage whose output is arranged to subtract the output of the common source transistor from an output of the source-follower transistor . an input for receiving an input signal ; a main first path operably coupled to the input and comprising a source-follower, SF, transistor arranged to apply a scaling factor to the received input signal ; a second path operably coupled to the input and comprising a delay arranged to apply a delay to the received input signal and a common source transistor arranged to apply a scaling factor to the received delayed input signal, wherein the source-follower transistor and the common source, CS, transistor are connected as a single SF-CS stage whose output is arranged to subtract the output of the common source transistor from an output of the source-follower transistor .
A method of making a polycarbonate, comprising: contacting one or more cyclic monomers and carbon dioxide in the presence of a Lewis acid catalyst and optionally one or more of an initiator and an ionic liquid; wherein the Lewis acid catalyst comprises one or more of trialkyl aluminum, trialkyl borane, dialkylmagnesium, and their ester form and agitating, sufficient to copolymerize the one or more cyclic monomers and carbon dioxide to create a polycarbonate. contacting one or more cyclic monomers and carbon dioxide in the presence of a Lewis acid catalyst and optionally one or more of an initiator and an ionic liquid; wherein the Lewis acid catalyst comprises one or more of trialkyl aluminum, trialkyl borane, dialkylmagnesium, and their ester form and agitating, sufficient to copolymerize the one or more cyclic monomers and carbon dioxide to create a polycarbonate.
A method of reducing wafer bow induced by an anti-reflective coating on a cap wafer , the method comprising: providing the cap wafer having a planar side and an opposing cavity side , the cavity side including recessed regions and dividing regions between the recessed regions; positioning a first shadow mask having openings therein over the planar side of the cap wafer, the openings dimensioned to extend beyond the recessed regions on the cap wafer; aligning the first shadow mask such that the openings are positioned opposite the recessed regions; and depositing at least one layer of an anti-reflective coating material through the first shadow mask onto the planar side of the cap wafer to provide a discontinuous coating on the planar side, wherein the discontinuous coating on the planar side forms a pattern where areas defined by the at least one layer of anti-reflective coating material are separated from each other by areas that are not covered by the at least one layer of anti-reflective coating material. providing the cap wafer having a planar side and an opposing cavity side , the cavity side including recessed regions and dividing regions between the recessed regions; positioning a first shadow mask having openings therein over the planar side of the cap wafer, the openings dimensioned to extend beyond the recessed regions on the cap wafer; aligning the first shadow mask such that the openings are positioned opposite the recessed regions; and depositing at least one layer of an anti-reflective coating material through the first shadow mask onto the planar side of the cap wafer to provide a discontinuous coating on the planar side, wherein the discontinuous coating on the planar side forms a pattern where areas defined by the at least one layer of anti-reflective coating material are separated from each other by areas that are not covered by the at least one layer of anti-reflective coating material.
A combustion chamber of a gas turbine, for combusting a fuel in the presence of combustion air, wherein the combustion chamber is designed as dual fuel combustion chamber, which in a gas fuel operating mode can be fed a mixture of a gaseous fuel and combustion air via a swirl body , and which in a liquid fuel, operating mode can be fed, via a fuel lance , a liquid fuel and via the swirl body , combustion air, wherein the fuel lance is received in a mounting wall and, forming a radial gap is surrounded radially outside by an adjoining lance cap at least in sections, which is likewise received in the mounting wall , wherein in the mounting wall an air chamber is formed, which is fed combustion air , which is branched off from the plenum , via an air line , wherein, bypassing the swirl body , combustion air emanating from the air chamber can be fed to a mixing chamber of the combustion chamber via the radial gap , and wherein the radial gap is formed between the fuel lance and the adjoining lance cap , wherein in particular the lance cap is designed as a sleeve surrounding the fuel lance radially outside at least in sections, and wherein the radial gap is designed to cool the fuel lance via an air flow leading through the air chamber and the radial gap along the fuel lance, wherein the combustion chamber contains the mixing chamber which is located radially within the swirl body , and the air flow is fed from the radial gap to the mixing chamber of the combustion chamber and wherein between the combustion chamber and the mixing chamber a premixing chamber is located.
An elevator car having a top and at least one elevator car door , comprising: an elevator car ceiling access system comprising: an access panel located in the top of the elevator car ; and an access panel operator ; and a car door operator ; characterized by a selectively engageable coupling arranged between the car door operator and the access panel operator and arranged to selectively couple to the car door operator and the access panel operator to enable selective opening of the access panel . an access panel located in the top of the elevator car ; and an access panel operator ; and a car door operator ; characterized by a selectively engageable coupling arranged between the car door operator and the access panel operator and arranged to selectively couple to the car door operator and the access panel operator to enable selective opening of the access panel .