mhurhangee/ep-ind-claims huggingface dataset:
A storage device for storing a liquid, and particularly for arrangement in a container comprising a liquid and/or a gas, said storage device comprising - a storage tube having a cylindrical wall element (12, 61, 101) and a covering element (28, 72, 123) sealing one end of the wall element (12, 61, 101), - a sealing element (36, 92, 112) sealing the other end of the wall element (12, 61, 101), and - a transmitting element (20, 64, 108) arranged in the storage tube, characterised in that - the storage tube and the sealing element (36, 92, 112) are made of metal, - the transmitting element (20, 64, 108) is supported inside the storage tube, and, at the end of the transmitting element (20, 64, 108) being at the sealing element (36, 92, 112), has a support surface (22, 66, 110) supporting the sealing element (36, 92, 112), and said support surface (22, 66, 110) is arranged transversely to an axis of symmetry of the wall element (12, 61, 101), and - the sealing element (36, 92, 112) is disc-shaped, and is pressed along its whole circumference in a liquid- and gas-tight manner into the inside surface of the wall element (12, 61, 101). - a storage tube having a cylindrical wall element (12, 61, 101) and a covering element (28, 72, 123) sealing one end of the wall element (12, 61, 101), - a sealing element (36, 92, 112) sealing the other end of the wall element (12, 61, 101), and - a transmitting element (20, 64, 108) arranged in the storage tube, characterised in that - the storage tube and the sealing element (36, 92, 112) are made of metal, - the transmitting element (20, 64, 108) is supported inside the storage tube, and, at the end of the transmitting element (20, 64, 108) being at the sealing element (36, 92, 112), has a support surface (22, 66, 110) supporting the sealing element (36, 92, 112), and said support surface (22, 66, 110) is arranged transversely to an axis of symmetry of the wall element (12, 61, 101), and - the sealing element (36, 92, 112) is disc-shaped, and is pressed along its whole circumference in a liquid- and gas-tight manner into the inside surface of the wall element (12, 61, 101).
A manoeuvring organ, such as for example a crank handle, comprising a grip able to rotatably accommodate an end of the manoeuvring organ, as well as retaining means for axially but not rotatably blocking an end of the manoeuvring organ in the grip, wherein the retaining means are elastic means provided with a central opening able to frictionally receive the end of the manoeuvring organ, and in that the grip comprises a first body tubular and provided with an annular shank and a second body provided with an annular abutment defining a housing seating for the retaining means, the retaining means resting on the annular abutment of the second body.
An imaging system, comprising: an annotation device configured to generate annotations of anatomical targets (202, 204, 206, 208, 210) in images of at least one of a first imaging modality or a second imaging modality, each annotation comprising a geometric descriptor of the anatomical target, the geometric descriptor comprising geometric coordinates and an orientation angle for use in achieving a desired view of the anatomical target; a registration module configured to fuse images of the first and second imaging modalities including the annotations; and a robot guidance control system configured to guide a robot in accordance with the annotations and a measured position of the robot to position and maintain an assigned view position and orientation in a fused image of the first and second imaging modalities. an annotation device configured to generate annotations of anatomical targets (202, 204, 206, 208, 210) in images of at least one of a first imaging modality or a second imaging modality, each annotation comprising a geometric descriptor of the anatomical target, the geometric descriptor comprising geometric coordinates and an orientation angle for use in achieving a desired view of the anatomical target; a registration module configured to fuse images of the first and second imaging modalities including the annotations; and a robot guidance control system configured to guide a robot in accordance with the annotations and a measured position of the robot to position and maintain an assigned view position and orientation in a fused image of the first and second imaging modalities.
A surveying device, of the type comprising a metal or electrically conductive member capable of being permanently pressed in the soil or another hard surface, and a non-metallic and electrically insulating annular part capable of being permanently fixed after pressing said metal or electrically conductive member into the soil or hard surface, and through a passage for the body (1 a) of the metal or electrically conductive member, characterized in that the non-metallic and electrically insulating annular part bears, in an off-centered location remote from the passage for the body of the metal or electrically conductive member, a remote identification means including a transponder chip.
A method for determining distances for wheel alignment measurement of a stationary motor vehicle, in particular for determining a height level or a rim diameter, comprising: a) capturing a respective image of a wheel rim (12, 14, 16, 18) and at least an area adjacent the wheel rim (12, 14, 16, 18) by at least two measuring cameras (42 - 49) of a measuring device (32, 34, 36, 38); b) determining at least one first spatial point in the two captured images; c) determining at least one second spatial point in the two captured images; and d) determining the distance between the at least two spatial points, characterized in that at least one of the spatial points determined in step b) or c) is located on a rim edge or is the rim centre; and/or that at least one of the spatial points (P2, P4) determined in step b) or c) is located on a wheelhouse edge or in the wheelhouse; and/or that one of the spatial points determined in step b) or c) is located on the rotary plate (26, 28) of a wheel alignment measuring device or a motor vehicle test track. a) capturing a respective image of a wheel rim (12, 14, 16, 18) and at least an area adjacent the wheel rim (12, 14, 16, 18) by at least two measuring cameras (42 - 49) of a measuring device (32, 34, 36, 38); b) determining at least one first spatial point in the two captured images; c) determining at least one second spatial point in the two captured images; and d) determining the distance between the at least two spatial points,
A cavity ceiling with a covering forming the bottom side of the cavity ceiling and with a fire-protection housing for electrical installations positioned behind the covering, wherein the covering comprises, in the area of the arrangement of the fire-protection housing, an opening, wherein the opening is rectangular with a length L and a width B, wherein the fire-protection housing is dimensionally stable, consists of a one-piece sheet metal housing and forms a cuboid shape with a length LB, a width BB and a height HB, the one base face of which, in the intended mounting position, abuts the rear side of the covering and comprises an installation opening, and wherein the width BB of the fire-protection housing is smaller than the length L of the opening, and the height HB of the fire-protection housing is smaller than the width B of the opening, and wherein the length LB of the fire-protection housing is larger than the length L of the opening, and the width BB of the fire-protection housing is larger than the width B of the opening, and wherein the rectangular covering section cut-out from the covering for forming the opening in the covering is inserted into the opening and in this position is attached either at the covering or at the fire-protection housing, wherein the covering section forms a closed surface element, or a portion comprises at least one installation opening for the installation of electrical components.
Fluid flow sensor, comprising a substrate providing a sensing surface that can be brought into direct or indirect contact with a fluid to measured; a heating resistor disposed on the sensing surface of the substrate; thermal sensitive resistors (12, 13) disposed on the sensing surface of the substrate, wherein a first thermal sensitive resistor is located at an adjacent upstream side of the heating resistor and a second thermal sensitive resistor is located at an adjacent downstream side of the heating resistor in a flow direction of the fluid to measured, each of the thermal sensitive resistors (12, 13) comprises first resistor trace portions running parallel to the flow direction of the fluid to measured and second resistor trace portions running perpendicular to the flow direction of the fluid to measured, the first resistor trace portions and the second resistor trace portions of the first thermal sensitive resistor and of the second thermal sensitive resistor provide for each of the thermal sensitive resistors (12, 13) square-shaped and spiral-like thermal sensitive resistor sections; an electronic circuit to determine a flow rate of the fluid to measured based on signals provided by the thermal sensitive resistors (12, 13); characterized in that on the upstream side of the heating resistor and on the downstream side of the heating resistor there is located each one thermal sensitive resistor (12, 13); the two thermal sensitive resistors (12, 13) disposed on the substrate configure together with resistors (19, 20) provided on a printed circuit board a bridge circuit, wherein the printed circuit board provides the electronic circuit; the resistor trace portions (14, 15) of each thermal sensitive resistor (12, 13) provide for each of said thermal sensitive resistors (12, 13) three square-shaped and spiral-like thermal sensitive resistor sections being positioned immediately side-by-side in the direction perpendicular to the flow direction of the fluid to measured. a first thermal sensitive resistor is located at an adjacent upstream side of the heating resistor and a second thermal sensitive resistor is located at an adjacent downstream side of the heating resistor in a flow direction of the fluid to measured, each of the thermal sensitive resistors (12, 13) comprises first resistor trace portions running parallel to the flow direction of the fluid to measured and second resistor trace portions running perpendicular to the flow direction of the fluid to measured,
Isothermal container for transporting foodstuffs, equipped with a loading and unloading device, characterized in that the loading and unloading device consists of a support structure configured to be installed on the bottom of the isothermal container to autonomously operate the entry and exit of a wheeled basket or the like conventionally employed for handling the foodstuffs, said support structure being manually displaceable horizontally along guides between a retracted position and an extracted position relative to the isothermal container, said guides having a stationary section and a movable section rotatable between a raised inoperative position and a lower operative position, said support structure bearing a fork platform vertically displaceable, in said extracted position of the support structure, between a lowered and a raised position by an actuator, and in that said fork platform is pivotally connected to the support structure between a horizontal operative position and an upwardly tilted inoperative position for stowing the support structure back in the isothermal container without intervention of said actuator.
Sealing member for sealing closures, valves and the like in watercourses, comprising: - a fixing part for fixing the sealing member to a closure or frame plate therewith; and - an at least slightly deformable wall, having two ends, wherein one end is connected to the fixing part and extending from the fixing part for the purpose of forming a chamber, wherein the chamber is inflatable under pressure, in particular water pressure, for increasing the travelling distance of the sealing member, whereby the other end of the deformable wall is moving away from the fixing part, characterized in that the sealing member further comprises a locking member that is arrangeable in a recess of the fixing part, the recess being in the form of a groove or channel arranged over the whole length of the fixing part, and wherein said fixing part is provided with one or more laterally extending anchoring members (38, 40). - a fixing part for fixing the sealing member to a closure or frame plate therewith; and - an at least slightly deformable wall, having two ends, wherein one end is connected to the fixing part and extending from the fixing part for the purpose of forming a chamber, wherein the chamber is inflatable under pressure, in particular water pressure, for increasing the travelling distance of the sealing member, whereby the other end of the deformable wall is moving away from the fixing part, characterized in that the sealing member further comprises a locking member that is arrangeable in a recess of the fixing part, the recess being in the form of a groove or channel arranged over the whole length of the fixing part, and wherein said fixing part is provided with one or more laterally extending anchoring members (38, 40).
A cosmetic composition comprising: (a) an aqueous-alcoholic phase containing at least 50% by weight of alcohol and (b) an oily phase containing a mixture of at least one plant oil containing one or more unsaturated fatty acid esters, with at least one nonpolar oil, with the proviso that: - the weight ratio between the nonpolar oil and the plant oil is between 0.75 and 2, - the oily phase represents from 20 to 40% of the total weight of the composition, - the aqueous-alcoholic phase represents from 60 to 80% of the total weight of the composition. - the weight ratio between the nonpolar oil and the plant oil is between 0.75 and 2, - the oily phase represents from 20 to 40% of the total weight of the composition, - the aqueous-alcoholic phase represents from 60 to 80% of the total weight of the composition.
On-load tap changer comprising - a switching tube, - a preselector; - an on-load tap changer transmission with a rotation translator, a rotation pick-up and a preselector driver, which is mechanically coupled to the switching tube and the preselector; - an energy store for setting a switch setting of the switching tube; - a detector for detecting the switch setting of the on-load tap changer, which is a combination of the setting of the switch tube and the preselector; and - a control unit with which the detector is electrically connected for regulation of the on-load tap changer; wherein - the energy store and the switching tube are mechanically coupled by way of the on-load tap changer transmission; - the preselector is actuated by way of the on-load tap changer transmission; - the detector is mechanically coupled with the energy store by way of the on-load tap changer transmission; - an electronic signal for detection of the switch setting of the on-load tap changer can be output by means of the detector; and - the control unit is arranged to regulate an electric motor of the on-load tap changer on the basis of the electronic signal. - a switching tube, - a preselector; - an on-load tap changer transmission with a rotation translator, a rotation pick-up and a preselector driver, which is mechanically coupled to the switching tube and the preselector; - an energy store for setting a switch setting of the switching tube; - a detector for detecting the switch setting of the on-load tap changer, which is a combination of the setting of the switch tube and the preselector; and - a control unit with which the detector is electrically connected for regulation of the on-load tap changer; - the energy store and the switching tube are mechanically coupled by way of the on-load tap changer transmission; - the preselector is actuated by way of the on-load tap changer transmission; - the detector is mechanically coupled with the energy store by way of the on-load tap changer transmission; - an electronic signal for detection of the switch setting of the on-load tap changer can be output by means of the detector; and - the control unit is arranged to regulate an electric motor of the on-load tap changer on the basis of the electronic signal.
A method for isolating a target cell from a blood sample for analysis of the whole genome of the target cell, wherein the target cell is a fetal cell in form of a single cell, said method comprises steps of: subjecting the blood sample to immunomagnetic bead sorting, thereby obtaining a first sorted product containing the target cell, wherein the immunomagnetic bead sorting uses beads coated with an antibody, wherein the antibody bound on the bead is specific for a surface antigen expressed exclusively on non-target cells, and wherein the target cell comprised in the first sorted product is not bound to the antibody used for the immunomagnetic bead sorting; staining a surface antigen on the first sorted product, followed by incubation, centrifugation and washing, thereby obtaining a precipitate containing the target cell, said surface antigen being at least one selected from the group consisting of CD45, CD14, CD56, CD19 and CD20; suspending the resulting precipitate with a buffer, thereby obtaining a first solution containing the target cell; incubating the first solution containing the target cell with Hoechst 33342/Propidium Iodide dyes at room temperature in a dark place, thereby obtaining a second solution containing stained cells; and sorting the second solution containing stained cells which is diluted in advance by flow cytometer, collecting as a second sorted product cells which are Hoechst-positive, PI negative, and negative for said at least one surface antigen stained on the first sorted product; and separating the second sorted product by mouth-controlled pipette, thereby obtaining the target cell in form of the single cell. subjecting the blood sample to immunomagnetic bead sorting, thereby obtaining a first sorted product containing the target cell, wherein the immunomagnetic bead sorting uses beads coated with an antibody, wherein the antibody bound on the bead is specific for a surface antigen expressed exclusively on non-target cells, and wherein the target cell comprised in the first sorted product is not bound to the antibody used for the immunomagnetic bead sorting; staining a surface antigen on the first sorted product, followed by incubation, centrifugation and washing, thereby obtaining a precipitate containing the target cell, said surface antigen being at least one selected from the group consisting of CD45, CD14, CD56, CD19 and CD20; suspending the resulting precipitate with a buffer, thereby obtaining a first solution containing the target cell; incubating the first solution containing the target cell with Hoechst 33342/Propidium Iodide dyes at room temperature in a dark place, thereby obtaining a second solution containing stained cells; and sorting the second solution containing stained cells which is diluted in advance by flow cytometer, collecting as a second sorted product cells which are Hoechst-positive, PI negative, and negative for said at least one surface antigen stained on the first sorted product; and separating the second sorted product by mouth-controlled pipette, thereby obtaining the target cell in form of the single cell.
A food processing machine comprising: a first frame; a plurality of in-feed cartridges connected with the first frame in spaced-apart relation, each in-feed cartridge comprising a base member and a belt member moveably disposed around the base member; and at least one motor connected with the belt members and configured to drive the belt members of the plurality of in-feed cartridges around their respective base members; wherein the plurality of in-feed cartridges are disconnectable with the first frame and reconfigurable so that any number of the plurality of in-feed cartridges can be reconnected with the first frame in varying spaced-apart relation; wherein each in-feed cartridge further comprises a nose member pivotally connected with the base member, and a driving device configured to pivotally move the nose member relative to the base member, the belt member of each in-feed cartridge moveably disposed around the base member and the nose member, wherein as the nose member of each in-feed cartridge pivotally moves relative to the base member the nose member applies variable levels of tension on the belt member. a first frame; a plurality of in-feed cartridges connected with the first frame in spaced-apart relation, each in-feed cartridge comprising a base member and a belt member moveably disposed around the base member; and at least one motor connected with the belt members and configured to drive the belt members of the plurality of in-feed cartridges around their respective base members; wherein the plurality of in-feed cartridges are disconnectable with the first frame and reconfigurable so that any number of the plurality of in-feed cartridges can be reconnected with the first frame in varying spaced-apart relation; wherein each in-feed cartridge further comprises a nose member pivotally connected with the base member, and a driving device configured to pivotally move the nose member relative to the base member, the belt member of each in-feed cartridge moveably disposed around the base member and the nose member, wherein as the nose member of each in-feed cartridge pivotally moves relative to the base member the nose member applies variable levels of tension on the belt member.
An isolated nucleic acid molecule comprising: (a) the polynucleotide sequence having at least 85% identity to SEQ ID NO:38, wherein the polynucleotide sequence encodes a polypeptide that functions as a signal peptide; or (b) a polynucleotide sequence encoding a polypeptide, wherein the polypeptide comprises the amino acid sequence having at least 85% identity to the amino acid sequence of SEQ ID NO:37 or a fragment thereof, wherein the amino acid sequence or a fragment thereof functions as a signal peptide. (a) the polynucleotide sequence having at least 85% identity to SEQ ID NO:38, wherein the polynucleotide sequence encodes a polypeptide that functions as a signal peptide; or (b) a polynucleotide sequence encoding a polypeptide, wherein the polypeptide comprises the amino acid sequence having at least 85% identity to the amino acid sequence of SEQ ID NO:37 or a fragment thereof, wherein the amino acid sequence or a fragment thereof functions as a signal peptide.
A method of adhering a conductive coating to an adhesion-resistant outer surface, the method comprising: pretreating an outer surface of the adhesion-resistant structure with a fluoroetchant; applying a primer adhesive to the outer surface of the adhesion-resistant structure after pretreating the outer surface; and applying the conductive coating over the primer adhesive. pretreating an outer surface of the adhesion-resistant structure with a fluoroetchant; applying a primer adhesive to the outer surface of the adhesion-resistant structure after pretreating the outer surface; and applying the conductive coating over the primer adhesive.
Electronic payment terminal comprising a light guide to guide the light from at least one light source internal to said electronic payment terminal to the exterior of said electronic payment terminal, said light guide being integrated with a contactless payment module integrated with said electronic payment terminal, said electronic payment terminal being characterized in that said light guide further comprises at least one shock-absorbing pad extending beyond the external surface of said electronic payment terminal.