mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for mixing a liquid or pasty product, the apparatus comprising a housing , said housing comprising an inlet for the liquid or pasty product to be mixed and an outlet for the mixed liquid or pasty product, and at least one set of a rotor and a stator for mixing the liquid or pasty product, the apparatus comprising at least a first housing part and a second housing part , the first housing part being assembled to the second housing part , the assembly of the first housing part and the second housing part forming a housing inner space between the inlet and the outlet where the liquid or pasty product flows, the assembly of the first housing part and the second housing part forming a cooling jacket for circulation of a coolant fluid around the housing inner space , characterized in that the assembly of the first housing part and the second housing part forms a buffer jacket for circulation of a clean fluid, the buffer jacket being formed between the cooling jacket and the housing inner space . the apparatus comprising at least a first housing part and a second housing part , the first housing part being assembled to the second housing part , the assembly of the first housing part and the second housing part forming a housing inner space between the inlet and the outlet where the liquid or pasty product flows, the assembly of the first housing part and the second housing part forming a cooling jacket for circulation of a coolant fluid around the housing inner space , characterized in that the assembly of the first housing part and the second housing part forms a buffer jacket for circulation of a clean fluid, the buffer jacket being formed between the cooling jacket and the housing inner space .
A tert -butylamine salt of -1-[(3-chloro-2-fluoro-phenyl)methyl]-4-[[3-fluoro-6[(5-methyl-1H-pyrazol-3-yl)amino]-2-pyridyl]methyl]-2-methyl-piperidine-4-carboxylic acid having the formula:
Method for obtaining chitin from insect cuticles comprising: - performing a first enzymatic hydrolysis of insect cuticles using at least one endopeptidase, - separating the hydrolyzed cuticles resulting from the first enzymatic hydrolysis, from the hydrolysis medium, - performing a second enzymatic hydrolysis of the hydrolyzed cuticles using at least one endopeptidase, excluding exopeptidase. - performing a first enzymatic hydrolysis of insect cuticles using at least one endopeptidase, - separating the hydrolyzed cuticles resulting from the first enzymatic hydrolysis, from the hydrolysis medium, - performing a second enzymatic hydrolysis of the hydrolyzed cuticles using at least one endopeptidase, excluding exopeptidase.
Air filter device, in particular suction device, comprising a replaceable filter cartridge , wherein the filter cartridge comprises filter material forming a hollow cylinder, a first end element arranged at the first end of the hollow cylinder, and a second end element , arranged at the second end of the hollow cylinder, characterized in that the filter cartridge has a tubular protective sheath and including protective sheath is arranged entirely within the air filter device, wherein the first end of the protective sheath is attached to the first end element , and the second end of the protective sheath is movable from a first position, in which the second end of the protective sheath is detachably attached closer to the first end element than to the second end element , to a second position, in which the second end of the protective sheath is attached to the second end element .
A method for operating a bending press for forming a workpiece of sheet metal, wherein the bending press is configured to have a table beam and a press beam opposite the table beam and aligned parallel thereto, and wherein tool holders for fastening bending tools are formed on the table beam and on the press beam , and wherein at least one stop device is formed for positioning the workpiece to be processed, and wherein the bending press comprises a tool-changing system with a tool storage and with a transport device , wherein the bending tools can be moved back and forth between the tool storage and the tool holders with the transport device , characterized in that the stop device is configured to have a tool clamping device , and that, when an arrangement of bending tools is exchanged, before the removal of a first bending tool to be moved away by the transport device or before the insertion of a first bending tool to be inserted by the transport device , the tool clamping device of the stop device is brought into contact with a second bending tool and, thereby, this second bending tool is retained in the tool holder in its instantaneous position, wherein the first bending tool and the second bending tool are arranged directly adjacent to one another in a position fixed in the tool holder .
A method of forming a longitudinally-corrugated web, comprising: uniformly introducing into a web of medium material a full-width array of longitudinal flutes of intermediate geometry as the web travels between opposing planar arrays of curved flute-forming bars at least partially defining a web-travel pathway in a machine direction, thereby reducing the width of said web to substantially a final width that corresponds to a take-up ratio for preselected longitudinal corrugations or other three-dimensional structure to be formed in the web at said final width, wherein substantially no portion of said web traverses one of said curved flute-forming bars in a cross-machine direction while introducing said intermediate-geometry flutes therein, and wherein at any selected location along said web-travel pathway said longitudinal flutes define a sine wave that propagates in said cross-machine direction.
A pacifier weaning apparatus comprising: a shell or shell assembly providing a housing; a nipple configured to protrude from the housing, the nipple including a first end adapted to be held by the housing, and an opposing, sucking end adapted for insertion into a user's mouth, the nipple defining a first chamber and an expandable, second chamber that are both open at the first end and extend in a direction from the first end to the sucking end, the first chamber being open and the second chamber being closed at the sucking end; and an airflow component, wherein the airflow component is configured to one of a) or b): a) regulate either or both a break pressure at or above which airflow through the first chamber is permitted, or a rate of airflow through the first chamber, the airflow-control component being interchangeable with one or more additional airflow-control components to permit, an incrementally different break pressure, airflow, or combination thereof; b) regulate either or both a break pressure at or above which airflow through the first chamber is permitted, or a rate of airflow through the first chamber, the airflow-control component being configured to permit an incrementally different break pressure, airflow, or combination thereof. a shell or shell assembly providing a housing; a nipple configured to protrude from the housing, the nipple including a first end adapted to be held by the housing, and an opposing, sucking end adapted for insertion into a user's mouth, the nipple defining a first chamber and an expandable, second chamber that are both open at the first end and extend in a direction from the first end to the sucking end, the first chamber being open and the second chamber being closed at the sucking end; and an airflow component, wherein the airflow component is configured to one of a) or b): a) regulate either or both a break pressure at or above which airflow through the first chamber is permitted, or a rate of airflow through the first chamber, the airflow-control component being interchangeable with one or more additional airflow-control components to permit, an incrementally different break pressure, airflow, or combination thereof; b) regulate either or both a break pressure at or above which airflow through the first chamber is permitted, or a rate of airflow through the first chamber, the airflow-control component being configured to permit an incrementally different break pressure, airflow, or combination thereof. a) regulate either or both a break pressure at or above which airflow through the first chamber is permitted, or a rate of airflow through the first chamber, the airflow-control component being interchangeable with one or more additional airflow-control components to permit, an incrementally different break pressure, airflow, or combination thereof; b) regulate either or both a break pressure at or above which airflow through the first chamber is permitted, or a rate of airflow through the first chamber, the airflow-control component being configured to permit an incrementally different break pressure, airflow, or combination thereof.
Soap dispenser , comprising: - a soap holder , arranged to engage with a piece of soap ; - a knife holder , arranged to be rotatably connected with the soap holder, such that the soap holder and the knife holder may rotate relative to each other over an axis of rotation ; the knife holder comprising: - a knife-blade module , provided substantially radially relative to the axis of rotation , arranged to engage with the piece of soap, such that when the soap holder is rotated relative to the knife holder, the knife-blade module scrapes over the piece of soap; and - one or more exit openings , provided substantially under the knife-blade module, arranged as an exit for scrapings of the piece of soap; wherein: - the one or more exit openings are comprised by the soap holder; and - the soap dispenser further comprises a closing part , arranged to: - in a closed position, block the one or more exit openings of the soap holder; and - in an open position, substantially not block the one or more exit openings, such that scrapings from the piece of soap can exit the soap dispenser through the one or more exit openings. - a soap holder , arranged to engage with a piece of soap ; - a knife holder , arranged to be rotatably connected with the soap holder, such that the soap holder and the knife holder may rotate relative to each other over an axis of rotation ; the knife holder comprising: - a knife-blade module , provided substantially radially relative to the axis of rotation , arranged to engage with the piece of soap, such that when the soap holder is rotated relative to the knife holder, the knife-blade module scrapes over the piece of soap; and - one or more exit openings , provided substantially under the knife-blade module, arranged as an exit for scrapings of the piece of soap; - the one or more exit openings are comprised by the soap holder; and - the soap dispenser further comprises a closing part , arranged to: - in a closed position, block the one or more exit openings of the soap holder; and - in an open position, substantially not block the one or more exit openings, such that scrapings from the piece of soap can exit the soap dispenser through the one or more exit openings. - in a closed position, block the one or more exit openings of the soap holder; and - in an open position, substantially not block the one or more exit openings, such that scrapings from the piece of soap can exit the soap dispenser through the one or more exit openings.
A hearing device comprising - a first earphone comprising a first driver unit , - a second earphone comprising a second driver unit , - a first ambient microphone adapted for converting ambient noise to a first ambient input signal, - a first electric circuitry adapted for receiving the first ambient input sound signal from the first ambient microphone and in an ambient mode outputting a first ambient output sound signal of a first level to the first driver unit , - an activation circuit adapted to activate and deactivate the ambient mode for the hearing device , wherein the hearing device is configured such that in the ambient mode, the first ambient output sound signal is sent to the first driver unit and not the second driver unit , or in the ambient mode, the first ambient output sound signal is sent to the second driver unit and not the first driver unit , characterized in that the activation circuit comprises a motion detector adapted to detect a motion of the hearing device and generate a motion output signal in dependence on the detected motion, and in that the ambient mode is automatically activated and deactivated in dependence of the detected motion. - a first earphone comprising a first driver unit , - a second earphone comprising a second driver unit , - a first ambient microphone adapted for converting ambient noise to a first ambient input signal, - a first electric circuitry adapted for receiving the first ambient input sound signal from the first ambient microphone and in an ambient mode outputting a first ambient output sound signal of a first level to the first driver unit , - an activation circuit adapted to activate and deactivate the ambient mode for the hearing device , wherein the hearing device is configured such that in the ambient mode, the first ambient output sound signal is sent to the first driver unit and not the second driver unit , or in the ambient mode, the first ambient output sound signal is sent to the second driver unit and not the first driver unit , characterized in that the activation circuit comprises a motion detector adapted to detect a motion of the hearing device and generate a motion output signal in dependence on the detected motion, and in that the ambient mode is automatically activated and deactivated in dependence of the detected motion.
An air-sprung wheel axle suspension of a vehicle for suspending a wheel axle from a vehicle chassis, the suspension comprising a bearing bracket , a trailing arm and an air spring , wherein: - the bearing bracket is rigidly attached to the vehicle chassis and comprises a pair of opposing spaced apart lateral plates , - the trailing arm is secured to the axle body of the vehicle, said trailing arm having a front end portion that is pivotably attached to the bearing bracket , - the air spring is operatively arranged between the vehicle chassis and the trailing arm , at a distance rearward from the front end portion , wherein the trailing arm has a hammerhead configuration at the front end portion and at least one of the lateral plates of the bearing bracket has a receiving recess configured to receive a part of the hammerhead configuration , wherein said hammerhead configuration , in a mounted state of the suspension, is received and supported in the receiving recess , such that the front end portion of the trailing arm is able to pivot with respect to the bearing bracket , wherein the hammerhead configuration comprises two opposite journal portions that extend transversely with respect to a longitudinal axis of the trailing arm, and in that each of the lateral plates has a receiving recess , wherein the journal portions are received in the respective recesses of the bearing bracket , wherein the respective lateral plates of the bracket comprise a journal housing , wherein the receiving recesses are defined by said journal housings , characterized in that the journal housing in the lateral plates is substantially cup-shaped having a closed end and an opposite open end. - the bearing bracket is rigidly attached to the vehicle chassis and comprises a pair of opposing spaced apart lateral plates , - the trailing arm is secured to the axle body of the vehicle, said trailing arm having a front end portion that is pivotably attached to the bearing bracket , - the air spring is operatively arranged between the vehicle chassis and the trailing arm , at a distance rearward from the front end portion ,
Method for indirectly monitoring tyre pressure or for detecting damage to a wheel suspension, in which a pressure loss detection variable (DVE) is determined on the basis of an analysis of an oscillation behaviour of a wheel of a motor vehicle, and a pressure loss at the tyre of the wheel or damage to the wheel suspension is detected by comparing a currently determined pressure loss detection variable (DVE akt ) with a learnt pressure loss detection variable (DVE soll ), wherein dimensional variables (e1, e2, e3) are determined for at least three different frequencies and/or frequency ranges from a wheel rotational speed signal (ω) of the wheel, which dimensional variables (e1, e2, e3) each constitute a dimension for the manifestation of a frequency (f Eigen1 , f Eigen2 , f Eigen3 ) or of a frequency range (f unten , f oben , Δf Eigeni ) in the oscillation behaviour of the wheel, and in that the three dimensional variables (e1, e2, e3), in particular a ratio between two dimensional variables (e2/e3), are used to detect pressure loss and/or damage, characterized in that the pressure loss detection variable (DVE) is formed from a ratio between two dimensional variables (e2/e3).
A terahertz system for producing and coherently detecting terahertz radiation, comprising: a laser light source (1; 1') and two THz antennas, which are each optically coupled to the laser light source (1; 1') via an optical fiber and can be activated by light of this laser light source (1; 1'), of which a first THz antenna serves as a transmitting antenna (2; 2') and a second THz antenna serves as a receiving antenna , each of the THz antennas comprising a semiconductor chip that is contacted by antenna conductors (9; 9') and comprises at least one active layer (12; 12') having a band edge wavelength that is greater than a wavelength of the laser light source (1; 1'), and at least two layers (13; 13'; 13") abutting the active layer (12; 12') and having a band edge wavelength that is smaller than the wavelength of the laser light source (1; 1'), the at least one active layer (12; 12') of at least of one of the THz antennas being arranged between two of the abutting layers (13; 13'; 13") and having a thickness that corresponds to no more than a penetration depth of the light of the laser light source (1; 1'), the penetration depth being defined by a drop in intensity to a share of 1/e of an incident radiation intensity (I), a semiconductor material forming this at least one active layer (12; 12') having a band edge wavelength of at least 1600 nm, characterized in that the band edge wavelength of at least this at least one active layer (12; 12') of at least one of the THz antennas is at least 250 nm greater than the wavelength of the laser light source (1; 1'). a laser light source (1; 1') and two THz antennas, which are each optically coupled to the laser light source (1; 1') via an optical fiber and can be activated by light of this laser light source (1; 1'), of which a first THz antenna serves as a transmitting antenna (2; 2') and a second THz antenna serves as a receiving antenna , each of the THz antennas comprising a semiconductor chip that is contacted by antenna conductors (9; 9') and comprises at least one active layer (12; 12') having a band edge wavelength that is greater than a wavelength of the laser light source (1; 1'), and at least two layers (13; 13'; 13") abutting the active layer (12; 12') and having a band edge wavelength that is smaller than the wavelength of the laser light source (1; 1'), the at least one active layer (12; 12') of at least of one of the THz antennas being arranged between two of the abutting layers (13; 13'; 13") and having a thickness that corresponds to no more than a penetration depth of the light of the laser light source (1; 1'), the penetration depth being defined by a drop in intensity to a share of 1/e of an incident radiation intensity (I), a semiconductor material forming this at least one active layer (12; 12') having a band edge wavelength of at least 1600 nm, characterized in that the band edge wavelength of at least this at least one active layer (12; 12') of at least one of the THz antennas is at least 250 nm greater than the wavelength of the laser light source (1; 1').
A non-aqueous stripping composition, comprising: A- at least one high-boiling solvent at a concentration from 70 % by weight to 95 % by weight selected from the group, consisting of alcohols having general chemical formula R-OH, wherein R is a C 4 -C 30 hydrocarbon group, wherein the high-boiling solvent has a boiling point of at least 100 °C; B- at least one high-boiling co-solvent at a concentration from 2 % by weight to 20 % by weight selected from the group, consisting of high-boiling glycols, glycol ethers and amine compounds, wherein the high-boiling co-solvent has a boiling point of at least 100 °C; and C- at least one pH-active agent at a concentration from 0.01 % by weight to 5 % by weight selected from the group, consisting of acid compounds or selected from the group, consisting of hydroxide compounds; wherein the sum of all constituents does not exceed the total of 100 % by weight. A- at least one high-boiling solvent at a concentration from 70 % by weight to 95 % by weight selected from the group, consisting of alcohols having general chemical formula R-OH, wherein R is a C 4 -C 30 hydrocarbon group, wherein the high-boiling solvent has a boiling point of at least 100 °C; B- at least one high-boiling co-solvent at a concentration from 2 % by weight to 20 % by weight selected from the group, consisting of high-boiling glycols, glycol ethers and amine compounds, wherein the high-boiling co-solvent has a boiling point of at least 100 °C; and C- at least one pH-active agent at a concentration from 0.01 % by weight to 5 % by weight selected from the group, consisting of acid compounds or selected from the group, consisting of hydroxide compounds; wherein the sum of all constituents does not exceed the total of 100 % by weight.
A method of obtaining data for a geographic database, said method comprising: obtaining a photographic image of a geographic area; creating guide points at identified locations on said image and providing for coding of pixels of the image corresponding to the identified locations of the guide points to facilitate placement of a route highlight, wherein the guide points are usable by a computer to overlay, for display, a route highlight connecting respective guide points; wherein if a portion of the route to be highlighted is obstructed by an object in said image, creating guide points on either side of the portion and coding pixels of the image to indicate that the route highlight should be at least partially transparent or not present in the corresponding portion of the image, and storing data identifying said guide points on the image, the image and the coded pixels of the image in said geographic database. obtaining a photographic image of a geographic area; creating guide points at identified locations on said image and providing for coding of pixels of the image corresponding to the identified locations of the guide points to facilitate placement of a route highlight, wherein the guide points are usable by a computer to overlay, for display, a route highlight connecting respective guide points; wherein if a portion of the route to be highlighted is obstructed by an object in said image, creating guide points on either side of the portion and coding pixels of the image to indicate that the route highlight should be at least partially transparent or not present in the corresponding portion of the image, and storing data identifying said guide points on the image, the image and the coded pixels of the image in said geographic database.