mhurhangee/ep-ind-claims huggingface dataset:
Cooking appliance, in particular a commercial cooking appliance, including - a housing, • in which a cooking space is arranged, and • which is provided with a housing drain, - a condenser which is connected to the cooking space, - a cooling water supply device, - a device drain, - wherein the condenser comprises a multi-chamber system, and - wherein the cooling water supply device comprises at least one supply pipe, - wherein the condenser comprises as a multi-chamber system a three-chamber system with following components: • a first chamber, which is flow-connected to the cooking space via the housing drain and includes a first water trap, • a second chamber, which follows the first chamber and includes a second water trap, and • third chamber, which follows the second chamber, includes a third water trap, and is connected to the device drain, the location thereof in the third chamber defines the level of the water trap, characterized in that the supply pipe opens into the chamber provided with the device drain, the supply pipe is directed toward an opening region of the device drain, and - that the device drain is provided with a temperature sensor. - a housing, • in which a cooking space is arranged, and • which is provided with a housing drain, • in which a cooking space is arranged, and • which is provided with a housing drain, - a condenser which is connected to the cooking space, - a cooling water supply device, - a device drain, - wherein the condenser comprises a multi-chamber system, and - wherein the cooling water supply device comprises at least one supply pipe, - wherein the condenser comprises as a multi-chamber system a three-chamber system with following components: • a first chamber, which is flow-connected to the cooking space via the housing drain and includes a first water trap, • a second chamber, which follows the first chamber and includes a second water trap, and • third chamber, which follows the second chamber, includes a third water trap, and is connected to the device drain, the location thereof in the third chamber defines the level of the water trap, characterized in that the supply pipe opens into the chamber provided with the device drain, the supply pipe is directed toward an opening region of the device drain, and • a first chamber, which is flow-connected to the cooking space via the housing drain and includes a first water trap, • a second chamber, which follows the first chamber and includes a second water trap, and • third chamber, which follows the second chamber, includes a third water trap, and is connected to the device drain, the location thereof in the third chamber defines the level of the water trap, - that the device drain is provided with a temperature sensor.
A prosthetic device for reconstruction of ligament tissue comprising: at least two knitted sections (112,114), each knitted section (112,114) including at least one row of fiber; and at least one intra-articular section disposed between the at least two knitted sections (112,114) characterised in that the at least one intra-articular section comprises at least one single continuous fiber traversing the at least one intra-articular section and the at least two knitted sections (112,114) the at least one single continuous fiber forming a plurality of traverses extending between the at least two knitted sections (112,114) and the at least two knitted sections (112,114) and the at least one single continuous fiber comprise sericin extracted silk fibroin fibers in a form of a yarn and the sericin extracted silk fibroin fibers are substantially non-antigenic.
Closing mechanism for a power take-off shaft that automatically closes to seal the power take-off shaft found in hydraulic power units, comprising - a power take-off shaft containing a channel structure in the form of longitudinal stripes on the horizontal axis, characterized in that it further comprises - a ball bearing outer ring achieved by means of the removal of the inner ring and a sufficient number of ball bearings, - a flexible component that contains an outer ring fixed to a reference surface, preferably the power take-off casting cover, an inner ring and flexible structures that can change shape between these two components in a reciprocating manner, - a torque limiter coupling that revolves in a single direction, wherein when said power take-off shaft starts to operate, the torque that is formed as a result of the rotational motion is transmitted to the torque limiter coupling by means of the ball bearings and with this, the flexible component, by means of the flexible structures on top of it, carries out a linear movement on the axis of revolution. - a ball bearing outer ring achieved by means of the removal of the inner ring and a sufficient number of ball bearings, - a flexible component that contains an outer ring fixed to a reference surface, preferably the power take-off casting cover, an inner ring and flexible structures that can change shape between these two components in a reciprocating manner, - a torque limiter coupling that revolves in a single direction,
Process for the realization of a window/door framework for building walls, comprising at least one molding step of a perimeter frame by means of at least one three-dimensional molding device (5, 6, 7, 9), said perimeter frame comprising a plurality of perimeter sides made in a single monolithic body, characterized in that said three-dimensional molding step comprises: - at least a supplying step of PVC and of at least one solvent in which said PVC is soluble; - at least a mixing step of said PVC and of said solvent to obtain at least a mixture in the liquid phase; - at least a distribution step of said mixture on a deposition plane; - at least an evaporation step of said solvent from said mixture to obtain at least a layer of PVC of said perimeter frame, said evaporation step being subsequent to said distribution step; and - repeating said distribution step and said evaporation step to obtain a plurality of said overlapped layers of PVC conforming said perimeter frame. - at least a supplying step of PVC and of at least one solvent in which said PVC is soluble; - at least a mixing step of said PVC and of said solvent to obtain at least a mixture in the liquid phase; - at least a distribution step of said mixture on a deposition plane; - at least an evaporation step of said solvent from said mixture to obtain at least a layer of PVC of said perimeter frame, said evaporation step being subsequent to said distribution step; and - repeating said distribution step and said evaporation step to obtain a plurality of said overlapped layers of PVC conforming said perimeter frame.
Epicyclic speed reducer, comprising a casing comprising a first and a second opening arranged on opposite faces of said casing, and wherein the casing houses inside it: - a first sun gear fastened inside the casing at said first opening, - a second sun gear coaxial with the first sun gear and having an axis passing from said first opening to said second opening, - a first planet gear (8a, 8b) adapted to describe a circular orbit around said first sun gear, - a second planet gear (9a, 9b) adapted to describe a circular orbit around said second sun gear, - a supporting element interposed between said first and second sun gear and adapted to rotate around said axis, said supporting element connected to said first and second planet gear in such a way as to allow a relative rotation of the supporting element with respect to said first and second planet gear, - a first belt connected to the first planet gear (8a, 8b) and to the first sun gear, - a second belt connected to the second planet gear (9a, 9b) and to the second sun gear, characterized in that the supporting element is provided with a seat coaxial with said axis and adapted to be fitted on one end of a driving shaft such that when the seat is fitted on the driving shaft the supporting element and the driving shaft are rigidly connected. - a first sun gear fastened inside the casing at said first opening, - a second sun gear coaxial with the first sun gear and having an axis passing from said first opening to said second opening, - a first planet gear (8a, 8b) adapted to describe a circular orbit around said first sun gear, - a second planet gear (9a, 9b) adapted to describe a circular orbit around said second sun gear, - a supporting element interposed between said first and second sun gear and adapted to rotate around said axis, said supporting element connected to said first and second planet gear in such a way as to allow a relative rotation of the supporting element with respect to said first and second planet gear, - a first belt connected to the first planet gear (8a, 8b) and to the first sun gear, - a second belt connected to the second planet gear (9a, 9b) and to the second sun gear,
A method of determining in an acoustic analyser a moisture content of air, comprising the steps of: a) introducing into the acoustic analyser during a calibration procedure an air sample; b) operating the acoustic analyser to generate acoustic velocity related information for the air sample; and c) determining within the analyser compositional information for one or both of oxygen content and nitrogen content of the air sample using the generated acoustic velocity related information; d) determining within the analyser a deviation of the determined compositional information from an expected compositional information for dry air; e) calculating within the analyser a moisture content value for the air sample from the determined deviation of compositional information, and further characterised by the steps of: f) introducing into the analyser during a measurement procedure a binary oxygen/air gas sample; g) operating the acoustic analyser to generate acoustic velocity related information for the binary gas sample; and h) determining within the analyser compositional information for the oxygen content of the binary sample using the generated acoustic velocity related information and the calculated moisture content value for the air from the calibration procedure. a) introducing into the acoustic analyser during a calibration procedure an air sample; b) operating the acoustic analyser to generate acoustic velocity related information for the air sample; and c) determining within the analyser compositional information for one or both of oxygen content and nitrogen content of the air sample using the generated acoustic velocity related information; d) determining within the analyser a deviation of the determined compositional information from an expected compositional information for dry air; e) calculating within the analyser a moisture content value for the air sample from the determined deviation of compositional information, and further f) introducing into the analyser during a measurement procedure a binary oxygen/air gas sample; g) operating the acoustic analyser to generate acoustic velocity related information for the binary gas sample; and h) determining within the analyser compositional information for the oxygen content of the binary sample using the generated acoustic velocity related information and the calculated moisture content value for the air from the calibration procedure.
A drilling screw for wood or wood-type material, comprising 1.1 a screw shank, 1.2 a drill bit, configured on the front end of the screw shank and having two cutting edges located at least approximately on a line in the frontal view, 1.3 a constriction configured behind the drill bit, 1.4 a screw thread, which 1.5 begins at an axial distance behind the cutting edges, and 1.9 in which the radial distance of the thread edge from the longitudinal axis of the screw increases over one half to two windings from a beginning of the thread, wherein 1.10 in the constriction the diameter of the screw is smaller than the hole formed by the drill bit and smaller than the core diameter of the screw shank, and 1.11 the outer diameter of the drill bit corresponds to the core diameter of the screw thread. 1.1 a screw shank, 1.2 a drill bit, configured on the front end of the screw shank and having two cutting edges located at least approximately on a line in the frontal view, 1.3 a constriction configured behind the drill bit, 1.4 a screw thread, which 1.5 begins at an axial distance behind the cutting edges, and 1.9 in which the radial distance of the thread edge from the longitudinal axis of the screw increases over one half to two windings from a beginning of the thread, wherein 1.10 in the constriction the diameter of the screw is smaller than the hole formed by the drill bit and smaller than the core diameter of the screw shank, and 1.11 the outer diameter of the drill bit corresponds to the core diameter of the screw thread.
A lock device for controlling access to a physical space, the lock device comprising: an electronically controllable lock; and a handle comprising a fingerprint sensor for capturing a fingerprint of a finger presented to the fingerprint sensor and obtaining fingerprint data based on a captured fingerprint, wherein the handle is configured to communicate wirelessly with the electronically controllable lock; wherein the handle is configured to identify a user from the fingerprint data, wherein the handle is configured to wirelessly communicate an identifier of the identified user to the electronically controllable lock; wherein the electronically controllable lock is further configured to selectively control unlocking of the electronically controllable lock based on the identifier. an electronically controllable lock; and a handle comprising a fingerprint sensor for capturing a fingerprint of a finger presented to the fingerprint sensor and obtaining fingerprint data based on a captured fingerprint, wherein the handle is configured to communicate wirelessly with the electronically controllable lock; wherein the handle is configured to identify a user from the fingerprint data, wherein the handle is configured to wirelessly communicate an identifier of the identified user to the electronically controllable lock; wherein the electronically controllable lock is further configured to selectively control unlocking of the electronically controllable lock based on the identifier.
An offset parallel valve system comprising: a first valve body; a first valve disc operably disposed within the first valve body; a second valve body in parallel with the first valve body; a second valve disc operably disposed within the second valve body, the second valve disc laterally offset from the first valve disc; and a linkage system operably coupled to the first valve disc and the second valve disc, wherein the linkage system comprises an armature coupled to a grooved linkage member having a first groove and a second groove, the first groove configured to delay movement of the second valve disc as the first valve disc rotates and the second groove controlling a rotation angle of the second valve disc; characterised in that the second groove comprises a linear slot, and the second valve disc is coupled to the second groove by a rectangular pin in the linear slot. a first valve body; a first valve disc operably disposed within the first valve body; a second valve body in parallel with the first valve body; a second valve disc operably disposed within the second valve body, the second valve disc laterally offset from the first valve disc; and a linkage system operably coupled to the first valve disc and the second valve disc, wherein the linkage system comprises an armature coupled to a grooved linkage member having a first groove and a second groove, the first groove configured to delay movement of the second valve disc as the first valve disc rotates and the second groove controlling a rotation angle of the second valve disc; characterised in that the second groove comprises a linear slot, and the second valve disc is coupled to the second groove by a rectangular pin in the linear slot.
Method for the modular assembly of a push-button to a watch case, including a preliminary step of assembling a sealed functional module, said sealed functional module including a tube, a stem, at least one sealing gasket and a return spring arranged between a first fixed stop member and a second movable stop member, then a first step of assembling said sealed functional module to said case, and finally a second step of assembling a push-button head to said sealed functional module, comprising a step of screwing said push-button head to an element integral with said stem achieved by the insertion of a tool into said watch case to drive said stem in rotation.
A pharmaceutical composition, characterized in that the pharmaceutical composition comprises the following active ingredients: 1) amlodipine or a pharmaceutically acceptable salt thereof; 2) pioglitazone or a pharmaceutically acceptable salt thereof; and 3) rosuvastatin or a pharmaceutically acceptable salt thereof. 1) amlodipine or a pharmaceutically acceptable salt thereof; 2) pioglitazone or a pharmaceutically acceptable salt thereof; and 3) rosuvastatin or a pharmaceutically acceptable salt thereof.
Internal combustion engine having a crankcase and having at least one cylinder and cylinder head, and having a crankshaft which is arranged in the crankcase and by means of which camshafts arranged in the cylinder head are driven and controlled, and having a cylinder head cover which substantially closes off the cylinder head over its entire width and length, wherein the cylinder head cover, in the installed state of the internal combustion engine, has a main cover with, for each valve, at least one opening which is designed to be closable by means of a separately formed cover, and wherein the valves are activated by means of rocker levers, wherein the opening is arranged in the region of the rocker levers, wherein said internal combustion engine has at least one position finder, characterized in that said internal combustion engine has a setting tool which has a mountable and dismountable rotational angle disc and a magnetic counterbearing.
Tread profile of a vehicle tyre, having profile positives such as profile blocks or tread bands which have at least one sipe which extends radially inward from the tread periphery and which, in its depth profile, is composed substantially of two sections (6, 7): - a first section which proceeds from the tread periphery and in which the sipe has an approximately constant width, - a second section which adjoins the first section and in which the sipe has a greater width than in the first section, and wherein the transition from the first section to the second section is formed by radii, and wherein the sipe has radially running narrowed portions which are arranged spaced apart from one another over the longitudinal extent of the sipe, characterized in that the narrowed portions are formed over the entire depth profile of the sipe. - a first section which proceeds from the tread periphery and in which the sipe has an approximately constant width, - a second section which adjoins the first section and in which the sipe has a greater width than in the first section, and wherein the transition from the first section to the second section is formed by radii,
A rodent whose genome comprises: (a) the human IgH VDJ region inserted upstream of the host rodent constant region; and (b) one or more human Ig light chain kappa V regions and one or more human Ig light chain kappa J regions upstream of the host rodent kappa constant region; wherein the rodent is able to produce a repertoire of chimaeric antibodies having a rodent constant region and a human variable region; wherein the genome comprises V, D (heavy chain only) and J genes at the heavy chain locus and one light chain locus, but not at both light chain loci, and the rodent genome is homozygous at both immunoglobulin loci; wherein the insertion of the human DNA is made between the rodent constant region and the last, 3', rodent J region wherein the genome is obtainable by i. insertion of DNA forming an initiation cassette into the genome of a cell; ii. insertion of a first DNA fragment into the insertion site, the first DNA fragment comprising a first portion of a human VDJ DNA region and a first vector portion containing a first selectable marker or generating a selectable marker upon insertion; iii. removal of part of the vector DNA; iv. insertion of a second DNA fragment into the vector portion of the first DNA fragment, the second DNA fragment containing a second portion of human VDJ DNA and a second vector portion, the second vector portion containing a second selectable marker, or generating a second selectable marker upon insertion; v. removal of any vector DNA to allow the first and second human DNA fragments to form a contiguous sequence; and vi. iteration of the steps of insertion of a part of the human VDJ DNA and vector DNA removal, as necessary, to produce a cell with all of the human VDJ region, wherein, one or more insertion events utilises site specific recombination. (a) the human IgH VDJ region inserted upstream of the host rodent constant region; and (b) one or more human Ig light chain kappa V regions and one or more human Ig light chain kappa J regions upstream of the host rodent kappa constant region; i. insertion of DNA forming an initiation cassette into the genome of a cell; ii. insertion of a first DNA fragment into the insertion site, the first DNA fragment comprising a first portion of a human VDJ DNA region and a first vector portion containing a first selectable marker or generating a selectable marker upon insertion; iii. removal of part of the vector DNA; iv. insertion of a second DNA fragment into the vector portion of the first DNA fragment, the second DNA fragment containing a second portion of human VDJ DNA and a second vector portion, the second vector portion containing a second selectable marker, or generating a second selectable marker upon insertion; v. removal of any vector DNA to allow the first and second human DNA fragments to form a contiguous sequence; and vi. iteration of the steps of insertion of a part of the human VDJ DNA and vector DNA removal, as necessary, to produce a cell with all of the human VDJ region,
A longitudinally telescoping actuator comprising: a body having a first body end and a second body end opposite the first end; a rod having a first rod portion slidably disposed within the body and a second rod portion extending from the second body end; characterized by the rod having a first lateral extent and the second rod end having a cap with a second lateral extent; and by further comprising: a pin holder coupled to the body near the second body end; a pin slidably disposed within the pin holder and biased to a position with a portion of the pin extending beyond the second body end; and an arm extending laterally from the pin to a lateral location between the first lateral extent of the rod and the second lateral extent of the cap. a body having a first body end and a second body end opposite the first end; a rod having a first rod portion slidably disposed within the body and a second rod portion extending from the second body end; characterized by the rod having a first lateral extent and the second rod end having a cap with a second lateral extent; and by further comprising: a pin holder coupled to the body near the second body end; a pin slidably disposed within the pin holder and biased to a position with a portion of the pin extending beyond the second body end; and an arm extending laterally from the pin to a lateral location between the first lateral extent of the rod and the second lateral extent of the cap.