mhurhangee/patent-ind-claim-en huggingface dataset:
A thermoplastic preform configured to obtain by means of a blowing process a wide-mouth container suitable for use in a beverage dispenser, wherein the preform defines an axis X and comprises a neck and a body coaxial to axis X, wherein the neck has an inner cylindrical surface adapted to remain unchanged in said blowing process and having a total length Ltot along axis X, while the body is adapted to be blown in said blowing process to take the shape of the wide-mouth container, said neck comprising a neck finish provided with the opening for pouring the beverage, and having a first axial length L1, which is part of said total length Ltot, a support ring , a cylindrical portion having a second axial length L2, which is part of said total length Ltot, wherein the support ring is arranged between the neck finish and the cylindrical portion , wherein the cylindrical portion is arranged between the body and the support ring , and wherein said second axial length L2 is at least equal to said first axial length L1, characterised in that said wide-mouth container has a volume comprised between 5 liters and 30 liters and a wide mouth with an outer diameter comprised between 53 and 58 millimeters. wherein the preform defines an axis X and comprises a neck and a body coaxial to axis X, wherein the neck has an inner cylindrical surface adapted to remain unchanged in said blowing process and having a total length Ltot along axis X, while the body is adapted to be blown in said blowing process to take the shape of the wide-mouth container, said neck comprising a neck finish provided with the opening for pouring the beverage, and having a first axial length L1, which is part of said total length Ltot, a support ring , a cylindrical portion having a second axial length L2, which is part of said total length Ltot, a neck finish provided with the opening for pouring the beverage, and having a first axial length L1, which is part of said total length Ltot, a support ring , a cylindrical portion having a second axial length L2, which is part of said total length Ltot, wherein the support ring is arranged between the neck finish and the cylindrical portion , wherein the cylindrical portion is arranged between the body and the support ring , and wherein said second axial length L2 is at least equal to said first axial length L1, characterised in that said wide-mouth container has a volume comprised between 5 liters and 30 liters and a wide mouth with an outer diameter comprised between 53 and 58 millimeters.
Base element to which a tool holder can be attached, wherein the base element has a base adapter which makes it possible to connect the base element to a machine, wherein the base element has a height adjustment mechanism , wherein the height adjustment mechanism is adapted to attach a tool holder to the base element at various relative positions relative to the base element , so that the relative position of the tool holder to the base element is changeable in a first spatial direction (y), wherein the tool holder as a whole is movable relative to the base element in the first spatial direction (y), characterized in that , the base element comprises a position adjusting mechanism , which is adapted to change the orientation of a tool holder attached to the base element relative to the base element by rotating the tool holder relative to the base element .
Method for controlling a lighting system for a vehicle , comprising two side mirrors, at least one right-hand headlamp and at least one left-hand headlamp and a plurality of light sources generating a light beam that are mounted in the at least one right-hand headlamp and the at least one left-hand headlamp , the method comprising: - a step of detecting an object in front of the vehicle with the aid of a camera, the object detected being a spatial zone characteristic of a vehicle, this zone containing at least the positions of the eyes of the drive of this vehicle, - a step of creating a shadow zone in the light beam depending on the detection carried out during the detection step, the shadow zone being created in the light beam in a space that strictly includes the object detected, the method being characterized in that the spatial zone also contains the positions of the side mirrors, and that an angular detector sector of which the apex is located on the camera and in which the object extends is determined on the basis of a first detection angle extending between an axis of movement of the vehicle , the axis passing through the camera , and a first headlight of the object and on the basis of a second detection angle which extends between the axis of movement of the vehicle and a second headlight of the object , in that , from this angular sector and on the basis of a change in reference, a first angular sector of which the apex is located on the right-hand headlamp is determined and a second angular sector of which the apex is located on the left-hand headlamp is determined, in that the first angular sector and the second angular sector are increased by a safety margin in order to determine the spatial position including the object , the safety margin being reflected by a corrected angle passing through an external edge of the two exterior mirrors of the object , and in that the shadow zone is created by extinction of at least one of the light sources when the light intensity generated by this light source in the space including the object is greater than a light intensity threshold, the light intensity threshold being strictly greater than zero and determined depending on an angular position of the object with respect to the axis of movement of the vehicle and/or on the direction of movement of the object with respect to the vehicle and/or on its distance with respect to the vehicle . - a step of detecting an object in front of the vehicle with the aid of a camera, the object detected being a spatial zone characteristic of a vehicle, this zone containing at least the positions of the eyes of the drive of this vehicle, - a step of creating a shadow zone in the light beam depending on the detection carried out during the detection step, the shadow zone being created in the light beam in a space that strictly includes the object detected,
An isolated polypeptide having cellulolytic enhancing activity having at least 75% sequence identity over the full-length of the mature polypeptide of SEQ ID NO: 4.
A heat exchanger comprising a first conduit for a first fluid being a high pressure fluid, a second conduit for a second fluid, a connecting block 10 comprising a front surface 10A and opposing lateral surfaces 10B, the front surface 10A comprising an opening 12 connected fluidly with the first conduit, a housing 30 encompassing the first conduit and forming the second conduit; characterised in that the connecting block 10 protrudes out of an opening formed by a collar 31 in the housing 30 so that the front surface 10A is unobstructed by the collar 31, while the lateral surfaces 10B comprise an upper part unobstructed by the collar 31 and a lower part covered by the collar 31, wherein the upper parts of at least two opposing lateral surfaces 10B comprise recesses 11 for anchoring a test device.
Battery , comprising: a battery cell comprising a pressure relief mechanism , the pressure relief mechanism being disposed at a first wall of the battery cell , and the pressure relief mechanism being configured, when an internal pressure or temperature of the battery cell reaches a threshold, to be actuated to release the internal pressure or temperature; and a thermal management component configured to accommodate a fluid to adjust a temperature of the battery cell ; wherein a first surface of the thermal management component is attached to the first wall of the battery cell , the thermal management component is configured to be capable of being damaged by emissions discharged from the battery cell when the pressure relief mechanism is actuated, such that the emissions pass through the thermal management component . a battery cell comprising a pressure relief mechanism , the pressure relief mechanism being disposed at a first wall of the battery cell , and the pressure relief mechanism being configured, when an internal pressure or temperature of the battery cell reaches a threshold, to be actuated to release the internal pressure or temperature; and a thermal management component configured to accommodate a fluid to adjust a temperature of the battery cell ; wherein a first surface of the thermal management component is attached to the first wall of the battery cell , the thermal management component is configured to be capable of being damaged by emissions discharged from the battery cell when the pressure relief mechanism is actuated, such that the emissions pass through the thermal management component .
A process for producing an aqueous dispersion of a polymer P by free-radically initiated aqueous emulsion polymerization of ethylenically unsaturated compounds, which comprises using ≥ 0.1 and ≤ 5.0 wt% of at least one α,β-monoethylenically unsaturated C 3 to C 6 mono- or dicarboxylic acid (monomers A), ≥ 0.1 and ≤ 10 wt% of at least one monoethylenically unsaturated compound having at least one epoxy group (monomers B), ≥ 0.1 and ≤ 5.0 wt% of at least one monoethylenically unsaturated compound having at least one sulfonic acid group (monomers C), ≥ 70 and ≤ 95 wt% of at least one ester formed from vinyl alcohol and a C 1 to C 5 monocarboxylic acid (monomers D), and ≥ 0 and ≤ 25 wt% of at least one ethylenically unsaturated compound other than said monomers A to D (monomers E) , wherein the amounts of monomers A to E sum to 100 wt%, for the polymerization.
A signaling device including a panel made from plastic provided, on its rear face , with a metal profile arranged to cooperate with means for fixing said panel to a support, of the pole or foot type, characterized in that the rear face of the panel and at least one face of the profile include respective male and female assembly means arranged to allow an assembly between said profile and said panel , said male assembly means of the panel being designed in a thermoformable material allowing them to go, once inserted into said female assembly means of the profile , under the effect of a temperature increase, from an initial shape to a final shape complementary to that of said female assembly means of the profile , and to keep said final shape under the effect of a temperature drop, and in that said male assembly means of said panel include at least one longitudinal rib whose initial shape has a substantially I-shaped cross-section while said female assembly means of said profile include at least one longitudinal groove having an undercut cross-section.
A method for producing an article from a glass tube having an inner surface, the method comprising: introducing the glass tube to a converter having a plurality of processing stations comprising at least one heating station, at least one forming station, and a separating station; heating a proximal end of the glass tube at the at least one heating station, wherein alkali is released from the glass tube during the heating; forming at least one feature of the article at the proximal end of the glass tube in the at least one forming station; separating the article from the proximal end of the glass tube at the separating station; producing a flow of gas adjacent to the proximal end of the glass tube comprising introducing a gas pulse into the glass tube through a distal end of the glass tube, wherein the flow of gas is operable to remove at least a portion of the atmosphere in an interior of the glass tube; wherein separating the article from the glass tube comprises thermally separating the article from the glass tube and forming a meniscus of glass across a proximal end of the glass tube, wherein the gas pulse is sufficient to open the meniscus of the glass tube; and, wherein contamination of the inner surface by the alkali released from the glass tube is at least reduced. introducing the glass tube to a converter having a plurality of processing stations comprising at least one heating station, at least one forming station, and a separating station; heating a proximal end of the glass tube at the at least one heating station, wherein alkali is released from the glass tube during the heating; forming at least one feature of the article at the proximal end of the glass tube in the at least one forming station; separating the article from the proximal end of the glass tube at the separating station; producing a flow of gas adjacent to the proximal end of the glass tube comprising introducing a gas pulse into the glass tube through a distal end of the glass tube, wherein the flow of gas is operable to remove at least a portion of the atmosphere in an interior of the glass tube; wherein separating the article from the glass tube comprises thermally separating the article from the glass tube and forming a meniscus of glass across a proximal end of the glass tube, wherein the gas pulse is sufficient to open the meniscus of the glass tube; and, wherein contamination of the inner surface by the alkali released from the glass tube is at least reduced.
Combination of 2-pentanone and a recombinant vector containing a nucleic acid molecule encoding a specific receptor of the 2-pentanone for use in therapy, wherein said combination promotes an increase in intracellular calcium ion concentration, or an increase in a neuronal firing rate, wherein the specific receptor of the 2-pentanone consists of Or35a having an amino acid sequence set forth in SEQ ID NO: 4 and Or83b having an amino acid sequence set forth in SEQ ID NO: 5, and the recombinant vector is an Or35a-P2A-Or83b-P2A-GV320 expression plasmid vector.
A method of producing sex sorted bovine sperm suitable for insemination having an improved dose response comprising: a) extending a bovine sperm sample with a buffering holding media at a sperm sample to buffering holding media ratio between about 1:1 and 1: 10; b) adjusting the concentration of the extended sperm sample to a target concentration range and adjusting the pH of the sperm sample towards a predetermined pH by centrifuging the extended sperm sample and removing supernatant to a concentration between about 2400 million sperm per ml and about 500 million sperm per ml, the predetermined pH being a target pH range from 6.8 to 7.4; c) diluting the reconcentrated sperm with a staining media to a concentration between 80 million sperm per ml and 320 million sperm per ml; d) staining the reconcentrated sperm sample with a DNA selective dye; e) maintaining the pH of the sperm sample through steps a) to d) at the target pH range; f) sex sorting the stained sperm sample with a flow cytometer into a catch fluid; and g) supplementing each of the buffering holding media, the DNA selective dye and the catch fluid with at least one antioxidant at a concentration between 0.01 mg per ml and 0.5 mg per ml; h) producing an insemination dosage having between 3 million and 4 million sperm and having at least 90% of the fertility of a conventional dose of 15 million sperm. a) extending a bovine sperm sample with a buffering holding media at a sperm sample to buffering holding media ratio between about 1:1 and 1: 10; b) adjusting the concentration of the extended sperm sample to a target concentration range and adjusting the pH of the sperm sample towards a predetermined pH by centrifuging the extended sperm sample and removing supernatant to a concentration between about 2400 million sperm per ml and about 500 million sperm per ml, the predetermined pH being a target pH range from 6.8 to 7.4; c) diluting the reconcentrated sperm with a staining media to a concentration between 80 million sperm per ml and 320 million sperm per ml; d) staining the reconcentrated sperm sample with a DNA selective dye; e) maintaining the pH of the sperm sample through steps a) to d) at the target pH range; f) sex sorting the stained sperm sample with a flow cytometer into a catch fluid; and g) supplementing each of the buffering holding media, the DNA selective dye and the catch fluid with at least one antioxidant at a concentration between 0.01 mg per ml and 0.5 mg per ml; h) producing an insemination dosage having between 3 million and 4 million sperm and having at least 90% of the fertility of a conventional dose of 15 million sperm.
Electromechanical brake booster for a motor vehicle, comprising: an electric motor which is operatively connected to a spindle via a gearing in such a manner that rotation of a rotor of the electric motor brings about a translational movement of the spindle , wherein a first supporting element and a second supporting element which extend along their respective longitudinal axis (L) are fastened to a gearing housing bottom of the gearing , wherein a bearing device is arranged on the spindle , said bearing device supporting the spindle on the first supporting element and on the second supporting element in such a manner that the spindle , which is set into the translational movement, is mounted by means of the bearing device at a distance from the first supporting element and the second supporting element so as to be displaceable along the first supporting element and the second supporting element , and wherein the bearing device has a first opening into which a first plain bearing embracing the first supporting element is inserted, and the bearing device has a second opening into which a second plain bearing embracing the second supporting element is inserted, characterized in that the first plain bearing guides the spindle along the first supporting element while the second plain bearing is mounted on the second supporting element in a manner so as to float in the transverse direction with respect to the longitudinal axis (L) of the second supporting element . an electric motor which is operatively connected to a spindle via a gearing in such a manner that rotation of a rotor of the electric motor brings about a translational movement of the spindle , wherein a first supporting element and a second supporting element which extend along their respective longitudinal axis (L) are fastened to a gearing housing bottom of the gearing , wherein a bearing device is arranged on the spindle , said bearing device supporting the spindle on the first supporting element and on the second supporting element in such a manner that the spindle , which is set into the translational movement, is mounted by means of the bearing device at a distance from the first supporting element and the second supporting element so as to be displaceable along the first supporting element and the second supporting element , and wherein the bearing device has a first opening into which a first plain bearing embracing the first supporting element is inserted, and the bearing device has a second opening into which a second plain bearing embracing the second supporting element is inserted, characterized in that the first plain bearing guides the spindle along the first supporting element while the second plain bearing is mounted on the second supporting element in a manner so as to float in the transverse direction with respect to the longitudinal axis (L) of the second supporting element .
Method for user interaction in a CAE/CAD system, performed by a processing unit of the CAE/CAD system, the method comprising the steps of displaying to a user, on a computer display , • a graphical user interface , the graphical user interface comprising a model display region for displaying a graphical model representation and • a control region for displaying widgets for controlling operation of the CAE/CAD system, • the control region comprising an area covered by the widgets and an inactive control region , not covered by the widgets , the graphical user interface comprising an accept button , on the basis of user input, graphically indicating that the accept button is in an active state, as opposed to an inactive state, the active state signifying that the CAE/CAD system is ready to perform operations defined by the user input when the accept button is clicked, characterised in that, when the accept button is in the active state, graphically indicating an extended apply region which, when a clicking operation takes place inside it, will cause the CAE/CAD system to perform the same operations as when the accept button is clicked, wherein the extended apply region is the entirety of the inactive control region . • a graphical user interface , the graphical user interface comprising a model display region for displaying a graphical model representation and • a control region for displaying widgets for controlling operation of the CAE/CAD system, • the control region comprising an area covered by the widgets and an inactive control region , not covered by the widgets , the graphical user interface comprising an accept button , on the basis of user input, graphically indicating that the accept button is in an active state, as opposed to an inactive state, the active state signifying that the CAE/CAD system is ready to perform operations defined by the user input when the accept button is clicked, characterised in that, when the accept button is in the active state, graphically indicating an extended apply region which, when a clicking operation takes place inside it, will cause the CAE/CAD system to perform the same operations as when the accept button is clicked, wherein the extended apply region is the entirety of the inactive control region .