mhurhangee/patent-ind-claim-en huggingface dataset:
Illumination device of a motor vehicle, a first structural component of the illumination device being connected to a second structural component of the illumination device , the first structural component having at least one tab , in particular projecting rearward, having a coupling element arranged thereon, and the second structural component having at least one coupling element receptacle (30, 121-128) for receiving the coupling element of the first structural component , the coupling element receptacle (30, 121-128) at least partially engaging around or behind the coupling element in a coupling position, the body of the second structural component having a recess (3.1, 4.1, 103.1) for receiving the tab of the first structural component , characterized in that the first structural component is designed as a lens, in particular a projection lens, and the second structural component is designed as a lens carrier, the lens, the tab and the coupling element being formed in one piece from one material, at least one coupling element receptacle (30, 121-128) having an elastic securing element , which is initially deflected when the at least one tab is inserted through the coupling element and subsequently engages behind the coupling element .
A laser power sensor unit for detecting Rayleigh scattering of laser light guided along a fiber , comprising: - a body configured with: - a through-channel extending along a longitudinal axis, - a U-shaped recess centered along a recess axis, which extends transversely to the longitudinal axis, and interrupting the channel , and - a passage coaxial with and opening into the U-shaped recess opposite to a recess bottom ; - a light detector provided with a light input window terminating in the passage , - the recess bottom being curved to reflect an amount of the Rayleigh scattering on a focal point located on the light input window , - wherein the U-shaped recess and the light input window of the detector are hermetically sealed by a cover means preventing air from accessing the recess , - wherein the amount of the focused Rayleigh scattering is sufficient to provide a measurement data which deviates from a reference value of a real light power of the laser light obtained by a calibrated certified sensor at no more than about ±3%. - a body configured with: - a through-channel extending along a longitudinal axis, - a U-shaped recess centered along a recess axis, which extends transversely to the longitudinal axis, and interrupting the channel , and - a passage coaxial with and opening into the U-shaped recess opposite to a recess bottom ; - a through-channel extending along a longitudinal axis, - a U-shaped recess centered along a recess axis, which extends transversely to the longitudinal axis, and interrupting the channel , and - a passage coaxial with and opening into the U-shaped recess opposite to a recess bottom ; - a light detector provided with a light input window terminating in the passage , - the recess bottom being curved to reflect an amount of the Rayleigh scattering on a focal point located on the light input window , - wherein the U-shaped recess and the light input window of the detector are hermetically sealed by a cover means preventing air from accessing the recess , - the recess bottom being curved to reflect an amount of the Rayleigh scattering on a focal point located on the light input window , - wherein the U-shaped recess and the light input window of the detector are hermetically sealed by a cover means preventing air from accessing the recess , - wherein the amount of the focused Rayleigh scattering is sufficient to provide a measurement data which deviates from a reference value of a real light power of the laser light obtained by a calibrated certified sensor at no more than about ±3%.
A device for denuding a vein comprising a vein denuding head operatively attached to an elongated catheter member and configured for transluminal delivery and deployment in the vein, the vein denuding head comprising a helical coil that is self-adjustable from an uncoiled delivery configuration suitable for transluminal delivery within the catheter member to a coiled deployed configuration that in use has a diameter greater than the vein being denuded so that it circumferentially engages an inner lumen of the vein, wherein the helical coil has a vein inner lumen facing surface that is roughened to provide circumferential engagement between the roughened surface and the inner lumen of the vein without rotation of the helical coil to irreversibly damage and circumferentially denude the inner lumen of the vein when the helical coil , is moved axially along the vein in the coiled deployed configuration, and in which the helical coil in its deployed configuration is configured to self-adjust to varying diameter of a vein as it travels along a vein.
A caliper body gasket , wherein said gasket comprises an annular gasket body ; said gasket comprising at least one inner radial sealing lip adapted to come into contact with an outer contact surface of a rotating shaft having rotation axis (X-X) defining an axial direction (A-A); wherein said gasket comprises at least two first lips , said at least two first lips are annular and protrude from opposite sides of said gasket body , forming a first outer lip and a first inner lip ; and wherein said first outer lip and first inner lip are axially aligned (A-A); and wherein said first outer lip is adapted to come into contact with at least one lever supporting surface ; and wherein said first inner lip is adapted to come into sliding contact with at least one caliper sliding surface , characterised in that said gasket comprises at least one metal ring , wherein said metal ring is at least partially embedded in said annular gasket body , wherein said metal ring is configured to press the inner radial sealing lip against said outer contact surface which delimits externally a shaft seal portion of said rotating shaft . said gasket comprises an annular gasket body ; said gasket comprising at least one inner radial sealing lip adapted to come into contact with an outer contact surface of a rotating shaft having rotation axis (X-X) defining an axial direction (A-A); wherein said gasket comprises at least two first lips , said at least two first lips are annular and protrude from opposite sides of said gasket body , forming a first outer lip and a first inner lip ; and wherein said first outer lip and first inner lip are axially aligned (A-A); and wherein said first outer lip is adapted to come into contact with at least one lever supporting surface ; and wherein said first inner lip is adapted to come into sliding contact with at least one caliper sliding surface , characterised in that said gasket comprises at least one metal ring , wherein said metal ring is at least partially embedded in said annular gasket body , wherein said metal ring is configured to press the inner radial sealing lip against said outer contact surface which delimits externally a shaft seal portion of said rotating shaft .
A stable pharmaceutical solution formulation of a GLP-1R antibody fusion protein, comprising a therapeutically effective amount of the GLP-1R antibody fusion protein, an amino acid, a surfactant, and a buffer system, wherein the final concentration of the amino acid is 100-180 mM, the final concentration of the surfactant is 0.05%-0.15%, and the pH of the stable solution formulation is from 5.0 to 8.0; wherein the amino acid is arginine and the surfactant is TWEEN-80.
A replaceable staple cartridge for use with a surgical instrument, wherein said replaceable staple cartridge is stored in a packaging prior to being attached to the surgical instrument, wherein said packaging comprises: a first layer ; a second layer , wherein said first layer and said second layer form a seal around said replaceable staple cartridge ; an RFID tag , wherein said RFID tag comprises: an integrated power source; a tag antenna; and an RFID chip comprising stored information; and an insulator attached to said second layer of said packaging, wherein said insulator electrically decouples said integrated power source from said RFID chip, wherein said insulator is configured to detach from said integrated power source when said first layer is removed from said second layer , and wherein said RFID tag becomes active and transmits said stored information to an RFID scanner of the surgical instrument when said insulator is detached from said integrated power source. a first layer ; a second layer , wherein said first layer and said second layer form a seal around said replaceable staple cartridge ; an RFID tag , wherein said RFID tag comprises: an integrated power source; a tag antenna; and an RFID chip comprising stored information; and an integrated power source; a tag antenna; and an RFID chip comprising stored information; and an insulator attached to said second layer of said packaging, wherein said insulator electrically decouples said integrated power source from said RFID chip, wherein said insulator is configured to detach from said integrated power source when said first layer is removed from said second layer , and wherein said RFID tag becomes active and transmits said stored information to an RFID scanner of the surgical instrument when said insulator is detached from said integrated power source.
Process for preparing di- and polyisocyanates of the diphenylmethane series (MDI) and mixtures thereof, in which a) aniline and formaldehyde are reacted in the presence of an acidic catalyst to give di- and polyamines of the diphenylmethane series, and b) the di- and polyamines of the diphenylmethane series are phosgenated, optionally in the presence of a solvent, to obtain a crude di- and polyisocyanate, and c) at least one fraction containing at least 5% by weight of tricyclic and higher polycyclic MDI and at least one fraction containing at least 95% by weight of bicyclic MDI are separated by distillation from the crude di- and polyisocyanate, and d) the hydrolysable chlorine value of the fraction containing at least 95% by weight of bicyclic MDI is determined analytically, and e) the fraction containing at least 95% by weight of bicyclic MDI is admixed with an acidic compound comprising organic acid chlorides and/or N-chloroacetamide, in such a way that the desired hydrolysable chlorine value is established in a controlled manner. a) aniline and formaldehyde are reacted in the presence of an acidic catalyst to give di- and polyamines of the diphenylmethane series, and b) the di- and polyamines of the diphenylmethane series are phosgenated, optionally in the presence of a solvent, to obtain a crude di- and polyisocyanate, and c) at least one fraction containing at least 5% by weight of tricyclic and higher polycyclic MDI and at least one fraction containing at least 95% by weight of bicyclic MDI are separated by distillation from the crude di- and polyisocyanate, and d) the hydrolysable chlorine value of the fraction containing at least 95% by weight of bicyclic MDI is determined analytically, and e) the fraction containing at least 95% by weight of bicyclic MDI is admixed with an acidic compound comprising organic acid chlorides and/or N-chloroacetamide, in such a way that the desired hydrolysable chlorine value is established in a controlled manner.
Key module for a keyboard , wherein the key module comprises: a guide for guiding a movement of the key module upon actuation; a support element for supporting the guide ; and a switch unit , wherein the switch unit comprises a housing and a contact device at least partially arranged in the housing for establishing electric contact upon actuation of the key module , wherein the contact device comprises a fixed contact piece with a first contact and a contactor with a first spring clip carrying a second contact , a second spring clip for producing an actuation sound and at least one actuation portion , wherein the contactor is integrally formed, wherein the second spring clip is formed to produce the actuation sound upon rebound against the housing , wherein the contact device comprises soldering surfaces or connector pins for attaching the switch unit to a circuit substrate of the keyboard , wherein the electrical contact between the first contact and the second contact is establishable in one contact point. a guide for guiding a movement of the key module upon actuation; a support element for supporting the guide ; and a switch unit , wherein the switch unit comprises a housing and a contact device at least partially arranged in the housing for establishing electric contact upon actuation of the key module , wherein the contact device comprises a fixed contact piece with a first contact and a contactor with a first spring clip carrying a second contact , a second spring clip for producing an actuation sound and at least one actuation portion , wherein the contactor is integrally formed, wherein the second spring clip is formed to produce the actuation sound upon rebound against the housing , wherein the contact device comprises soldering surfaces or connector pins for attaching the switch unit to a circuit substrate of the keyboard , wherein the electrical contact between the first contact and the second contact is establishable in one contact point.
Fabric in the form of a press belt for a machine for producing or processing a paper web, the fabric having a paper side and a backing side, comprising a base fabric and at least one further structure , wherein the at least one further structure consists of or comprises a layer of polymer foam , and this layer of polymer foam provides the paper side of the fabric , and wherein with a compressive loading of the fabric of 3 MPa, the layer of polymer foam is compressed in the thickness direction by more than 30%, preferably by more than 40%, compared with the initial thickness under a compressive loading of 0.1 MPa, characterized in that the fabric has a permeability between 0.0508 m 3 /m 2 *s and 1.27 m 3 /m 2 *s (250 CFM), in particular between 0.127 m 3 /m 2 *s (25 CFM) and 0.762 m 3 /m 2* s (150 CFM) and the at least one layer of polymer foam has an anisotropic pore structure.
A sausage casing with binding elements, spirally arranged on the surface of the casing and forming, with each turn of the spiral, longitudinal sections that are arranged in parallel to the casing axis, characterized in that the laterally arranged longitudinal sections of the binding elements are interconnected and form longitudinal elements on the outside of the casing surface, each of which being formed by the longitudinal sections of a binding element.
An image processing apparatus, comprising: a focal region decision processing unit configured to calculate a focal score showing a focal degree of each region of a photographic image based on the photographic image; a display control processing unit configured to select a plurality of regions where the focal score is a prescribed value or more, as display center positions, based on the focal score for each of the regions of the photographic image, where each of the plurality of regions is specified by the coordinates (Xp, Yp) of a point contained in each of the regions; and a display processing unit configured to generate an enlarged display image for each of the plurality of selected regions, wherein each enlarged display image is generated by cutting out a region of a predetermined size centered on the corresponding display center position from the photographic image, wherein the display processing unit generates the enlarged display images centered on the corresponding display center position and wherein the plurality of enlarged display images are successively displayed in an order from the highest focal score. a focal region decision processing unit configured to calculate a focal score showing a focal degree of each region of a photographic image based on the photographic image; a display control processing unit configured to select a plurality of regions where the focal score is a prescribed value or more, as display center positions, based on the focal score for each of the regions of the photographic image, where each of the plurality of regions is specified by the coordinates (Xp, Yp) of a point contained in each of the regions; and a display processing unit configured to generate an enlarged display image for each of the plurality of selected regions, wherein each enlarged display image is generated by cutting out a region of a predetermined size centered on the corresponding display center position from the photographic image, wherein the display processing unit generates the enlarged display images centered on the corresponding display center position and wherein the plurality of enlarged display images are successively displayed in an order from the highest focal score.
A compound for use in the treatment of Tourette's Syndrome in humans, wherein the compound is ecopipam or a pharmaceutically acceptable salt, solvate, or hydrate thereof, wherein the compound is for oral administration at a dose of 50 mg to 100 mg/day.
Method for exploiting a sedimentary basin featuring hydrocarbons, comprising a reconstruction of the formation of said basin, said formation comprising at least the deposition of two sedimentary layers, said reconstruction being produced by means of a basin simulator and of a geomechanical simulator cooperating with one another, by means of measurements of properties relating to said basin and of mesh representations representative of said basin at the time of deposition of each of said sedimentary layers, and in which, on the basis of said measurements and of a reconstruction of said formation of the first of said layers, said reconstruction for at least one of said layers overlying said first layer is implemented according to at least the following step: A. by means of said basin simulator, a joint basin simulation of said layer and of at least one layer underlying said layer is produced, and a first set of parameters is determined; said method being characterized in that said reconstruction for at least said of said layers overlying said first layer further comprises the following steps: B. on the basis of at least a portion of said first set of said parameters and of said geomechanical simulator, a joint geomechanical simulation of said layer and of at least one layer underlying said layer is produced, and a second set of parameters is determined; C. a difference between at least a portion of said parameters of said first set and at least a portion of said parameters of said second set is measured, and steps A to C are reiterated by applying a correction to said basin simulation if said difference is greater than a predefined threshold; and in that , by means of said reconstruction produced for said layers, at least one region of said basin featuring said hydrocarbons is selected, and said basin is exploited according to said region selected. A. by means of said basin simulator, a joint basin simulation of said layer and of at least one layer underlying said layer is produced, and a first set of parameters is determined; said method being characterized in that said reconstruction for at least said of said layers overlying said first layer further comprises the following steps: B. on the basis of at least a portion of said first set of said parameters and of said geomechanical simulator, a joint geomechanical simulation of said layer and of at least one layer underlying said layer is produced, and a second set of parameters is determined; C. a difference between at least a portion of said parameters of said first set and at least a portion of said parameters of said second set is measured, and steps A to C are reiterated by applying a correction to said basin simulation if said difference is greater than a predefined threshold;
A radio-frequency identification, RFID, device , comprising: a base layer ; a conductive layer disposed over at least a portion of the base layer ; a dielectric layer disposed over at least a portion of the conductive layer ; a protective coating layer disposed over at least a portion of the dielectric layer ; and a printed electronic circuit, PEC, attached to a carrier or strap or interposer and disposed over at least a portion of the protective coating layer , such that the protective coating layer fully covers the lower side of the PEC to protect against oxygen and moisture ingress; wherein the printed electronic circuit comprises: a printed RFID chip; and at least two conductor pads , wherein the at least two conductor pads of the PEC are capacitively and/or inductively coupled to the conductive layer . a base layer ; a conductive layer disposed over at least a portion of the base layer ; a dielectric layer disposed over at least a portion of the conductive layer ; a protective coating layer disposed over at least a portion of the dielectric layer ; and a printed electronic circuit, PEC, attached to a carrier or strap or interposer and disposed over at least a portion of the protective coating layer , such that the protective coating layer fully covers the lower side of the PEC to protect against oxygen and moisture ingress; wherein the printed electronic circuit comprises: a printed RFID chip; and at least two conductor pads , wherein the at least two conductor pads of the PEC are capacitively and/or inductively coupled to the conductive layer . a printed RFID chip; and at least two conductor pads , wherein the at least two conductor pads of the PEC are capacitively and/or inductively coupled to the conductive layer .
A method for recycling a plastic material to produce hydrocarbons, the method comprising the steps of: introducing a plastic feed and a water feed to a first stage reactor, wherein the plastic feed comprises the plastic material, wherein the first stage reactor is operated at a pressure equal to or greater than 22.06 MPa and a temperature equal to or greater than 373.9 deg. C to produce an effluent stream, wherein the effluent stream comprises a mixture of the plastic material and water; separating the effluent stream in a separation device to produce a waste stream and a feed stream, where the waste stream comprises unreacted solid components; and introducing the feed stream to a second stage reactor, wherein the second stage reactor is operated at a pressure less than that of the first stage reactor but equal to or greater than 22.06 MPa and a temperature greater than that of the first stage reactor to produce a product stream, wherein the product stream comprises the hydrocarbons. introducing a plastic feed and a water feed to a first stage reactor, wherein the plastic feed comprises the plastic material, wherein the first stage reactor is operated at a pressure equal to or greater than 22.06 MPa and a temperature equal to or greater than 373.9 deg. C to produce an effluent stream, wherein the effluent stream comprises a mixture of the plastic material and water; separating the effluent stream in a separation device to produce a waste stream and a feed stream, where the waste stream comprises unreacted solid components; and introducing the feed stream to a second stage reactor, wherein the second stage reactor is operated at a pressure less than that of the first stage reactor but equal to or greater than 22.06 MPa and a temperature greater than that of the first stage reactor to produce a product stream, wherein the product stream comprises the hydrocarbons.