mhurhangee/ep-ind-claims huggingface dataset:
A self-stabilizing light-weight vase comprising: sidewalls, including any number of walls contributing to or a part of the side of the vase, including the wall of a generally cylindrical, box-like or conical vase; an open upper end; a vase bottom; and at least one water-receiving compartment (22, 22a) that is: (a) substantially located proximal to the vase bottom; (b) configured to hold water and thereby, upon filling said at least one water-receiving compartment (22, 22a) with water, to provide a water-weight at the vase bottom whereby the vase is stabilized; and (c) comprising at least one flower support base comprising a mechanism for the passage of water wherein the mechanism includes at least one aperture spaced apart from the vase bottom in the flower support base or one or more gaps formed between the flower support base and the sidewalls, the at least one aperture or the one or more gaps being configured to allow water to pass there-through and configured or disposed to prevent stems of the flowers from passing through to said at least one water-receiving compartment (22, 22a), wherein said at least one water-receiving compartment (22, 22a) is defined by: ( i) said at least one flower support base; ( ii) said vase bottom; and ( iii) said sidewalls; and wherein the vase is made from a light-weight material; characterized in that the vase is foldable into a generally flat structure. sidewalls, including any number of walls contributing to or a part of the side of the vase, including the wall of a generally cylindrical, box-like or conical vase; an open upper end; a vase bottom; and at least one water-receiving compartment (22, 22a) that is: (a) substantially located proximal to the vase bottom; (b) configured to hold water and thereby, upon filling said at least one water-receiving compartment (22, 22a) with water, to provide a water-weight at the vase bottom whereby the vase is stabilized; and (c) comprising at least one flower support base comprising a mechanism for the passage of water wherein the mechanism includes at least one aperture spaced apart from the vase bottom in the flower support base or one or more gaps formed between the flower support base and the sidewalls, the at least one aperture or the one or more gaps being configured to allow water to pass there-through and configured or disposed to prevent stems of the flowers from passing through to said at least one water-receiving compartment (22, 22a), wherein said at least one water-receiving compartment (22, 22a) is defined by: ( i) said at least one flower support base; ( ii) said vase bottom; and ( iii) said sidewalls; and wherein the vase is made from a light-weight material; characterized in that the vase is foldable into a generally flat structure.
An ostomy pouch comprising an adhesive collar comprising an adhesive to secure the pouch around a stoma, wherein the adhesive is exposed to the inside of the pouch for fitting around the stoma, and characterised in that the pouch comprises a segmented release liner (I,II) on the adhesive collar and a release coated sheet between a front panel of the pouch and the adhesive to allow manipulation of the adhesive through the pouch and prevent adhesion between the front panel of the pouch and the adhesive during storage or use.
A rack device that can be mounted with a plurality of infusions pumps having drug related information which includes drug usage location information as usage location information of drug and drug dosage information as dosage information of the drug stored in association with the drug usage location information, each infusion pump has an infusion pump control unit configured to control an infusion pump main body, an infusion pump side profile data storage unit, a display and an input device together with an infusion pump side communication device and is configured to display the related drug dosage information based on specified drug usage location information as the drug usage location information when usage location is specified by an operator after being installed in the rack device, the rack device has a rack control unit configured to control a rack side communication device provided for communicating with each infusion pump and to control a first storage unit and a second storage unit, the infusion pump control unit and the rack control unit are connected to one another through a bus, characterized in that the rack control unit includes a standard infusion pump judgment section configured to judge whether or not a first infusion pump is installed in the rack device, and the rack device, under a control of the rack control unit, is configured to generate standard specifying drug usage location information as a single item of the specified drug usage location information based on drug usage location information stored in an infusion pump side profile data storage unit of the first infusion pump and use the standard specifying drug usage location information to cause the specified drug usage location information of each of the plurality of infusion pumps to coincide with the standard specifying drug usage location information after each of the plurality of infusion pumps being installed in the rack device and store the standard specifying drug usage location information in an infusion pump side profile data storage unit of each of the plurality of infusion pumps, the specified drug usage location information of each of the plurality of infusion pumps is unified with the specified drug usage location information of the first infusion pump so as to be identical to each other and the unification is performed automatically, the first infusion pump being a first installed infusion pump installed in the rack device.
A compound having a following general formula or a pharmaceutically acceptable salt thereof: wherein R 1, R 2, R 3 represent a halogen, an alkyl of C to C 6, a trifluoromethyl, a cyano, an amino, C OR a, CORa, or ORa; R a represents H, the alkyl of C 1 to C 6, the amino or the trifluoromethyl; X is N or CH. R a represents H, the alkyl of C 1 to C 6, the amino or the trifluoromethyl; X is N or CH.
A generalized frequency conversion system for a steam turbine generator unit, comprising a steam turbine with an adjustable rotating speed, a water feeding pump, a generator, a speed increasing gearbox, a variable frequency bus (a, c) and an auxiliary machine, characterized in that the steam turbine is connected with the water feeding pump through the speed increasing gearbox to drive the water feeding pump, wherein the rotating speed of the steam turbine and a rotating speed of the water feeding pump synchronously vary with a load of the unit; the steam turbine is connected with the generator to drive the generator to generate power; and the generator is connected with a motor of the auxiliary machine through the variable frequency bus.
Traffic monitoring device having a housing, which has several longitudinal profiles (2, 3, 4, 5) aligned parallel to a height axis and arranged around the circumference and enclosing an inner housing chamber, wherein at least one of the longitudinal profiles (2, 3, 4, 5) has an outer wall, forming an outer face, and having an inner wall, forming an inner face facing to the inner housing chamber.
An inverted F antenna, comprising: a radiating element configured to resonate at a fundamental resonance frequency; a plurality of feed points (P1, P2), each feed point positioned at a respective location on the configured radiating element, characterized in that each feed point location (P1, P2) operably effecting an excitation of a particular mode of the antenna when coupled to respective feeds (F1, F2); wherein the position of each feed point (P1, P2) is located at a current distribution maximum of a respective harmonic of the fundamental resonance frequency; at least one tuning element (T1, T2) positioned on said radiating element at a respective location displaced along said radiation element from the respective locations of said feed points (P1, P2) and configured so that an adjustment of a value of one of the at least one tuning element tunes a resonant frequency at a corresponding one of the plurality of feed points (P1, P2) independently of other resonant frequencies of others of the plurality of feed points (P1, P2); and wherein the at least one tuning element (T1, T2) is placed on the antenna such that for a given feed point (P1, P2), the corresponding tuning element (T1, T2) is placed on the configured radiating element where a current distribution of the other feed points (P1, P2) is a minimum. a radiating element configured to resonate at a fundamental resonance frequency; a plurality of feed points (P1, P2), each feed point positioned at a respective location on the configured radiating element, characterized in that each feed point location (P1, P2) operably effecting an excitation of a particular mode of the antenna when coupled to respective feeds (F1, F2); wherein the position of each feed point (P1, P2) is located at a current distribution maximum of a respective harmonic of the fundamental resonance frequency; at least one tuning element (T1, T2) positioned on said radiating element at a respective location displaced along said radiation element from the respective locations of said feed points (P1, P2) and configured so that an adjustment of a value of one of the at least one tuning element tunes a resonant frequency at a corresponding one of the plurality of feed points (P1, P2) independently of other resonant frequencies of others of the plurality of feed points (P1, P2); and wherein the at least one tuning element (T1, T2) is placed on the antenna such that for a given feed point (P1, P2), the corresponding tuning element (T1, T2) is placed on the configured radiating element where a current distribution of the other feed points (P1, P2) is a minimum.
A chuck mechanism for a striking tool, comprising a cylindrical tool holder, which is adapted to have the rear end of a bit inserted from the front, and comprises a step part and a pair of elongated accommodation holes extending in the axial direction of the tool holder, an operation sleeve which is externally mounted on the tool holder so as to be movable back and forth between a lock position and an unlock position, a pressing ring provided at the inner periphery of the operation sleeve, a guide washer which is externally mounted on the tool holder and on the inside of the operation sleeve, the guide washer being biased to the front of the tool holder by a forcing means arranged between the step part and the guide washer, and at least two balls which are rollable through a predetermined distance in the axial direction of the tool holder in the pair of elongated accommodation holes and are capable of coming out to the axis side of the tool holder, wherein the guide washer is arranged between the balls and the step part in the axial direction, and the pressing ring is located on the outside of the balls at the lock position to project the balls to the axis side of the tool holder, and the pressing ring retracts from the outside of the balls at the unlock position to allow the balls to retract from the tool holder, characterized in that the guide washer comprises a retreating part adapted for contacting a first one of the at least two balls and tilted rearward and towards the axis at a first angle, and a receiving part opposite to the retreating part in the radial direction adapted for contacting a second one of the at least two balls, and tilted rearward and towards the axis at a second angle smaller than the first angle such that the contact portion of the first ball and the retreating part and the contact portion of the second ball and the receiving part are shifted relative to each other in the axial direction of the tool holder.
A bearing element for elastic support of at least one heat exchanger in a motor vehicle, comprising a frame element and an elastic support element with an opening for receiving a bearing journal arranged at a side of a heat exchanger, wherein the elastic support element is connected to the frame element in longitudinal direction of the bearing journal, i.e. in y-direction, in a formfit manner, wherein the support element comprises an elastic element which is made of an elastomeric material, in particular rubber, wherein the support element comprises a bearing bush for receiving the bearing journal and the support element comprises a casing which is insertable into the frame element, in particular the bearing frame, in a form-fit manner, wherein the support element, comprising the bearing bush, the casing and the elastic element, is injection-moulded as a two-component part, characterised in that the bearing bush and the casing are made of rigid plastic, injection-moulded onto the elastic element.
A valve plate of an axial piston hydraulic pump, the pump including a rotating shaft and a rotary cylinder block in a housing, the valve plate comprising: a sliding supporting surface configured to contact a rear end surface of the cylinder block to support the cylinder block; a back surface that is a surface corresponding to and opposite to the sliding supporting surface; a central hole through which the rotating shaft penetrates; and a plurality of ports (22L,R) formed around the central hole as inlets and outlets of operating oil so as to penetrate the valve plate, wherein: a cooling concave portion into which the operating oil flows is formed between said plurality of ports (22L,R) on the back surface; and a first groove through which the operating oil flows and which connects the cooling concave portion with at least one of the central hole located on an inner side of the valve plate and an inner space of the housing located on an outer side of the valve plate is formed on the back surface; characterized by a second groove through which the operating oil flows and which connects the cooling concave portion with an operation oil suction port among the plurality of ports (22L,R) is informed on the back surface. a sliding supporting surface configured to contact a rear end surface of the cylinder block to support the cylinder block; a back surface that is a surface corresponding to and opposite to the sliding supporting surface; a central hole through which the rotating shaft penetrates; and a plurality of ports (22L,R) formed around the central hole as inlets and outlets of operating oil so as to penetrate the valve plate, wherein: a cooling concave portion into which the operating oil flows is formed between said plurality of ports (22L,R) on the back surface; and a first groove through which the operating oil flows and which connects the cooling concave portion with at least one of the central hole located on an inner side of the valve plate and an inner space of the housing located on an outer side of the valve plate is formed on the back surface; characterized by a second groove through which the operating oil flows and which connects the cooling concave portion with an operation oil suction port among the plurality of ports (22L,R) is informed on the back surface. a cooling concave portion into which the operating oil flows is formed between said plurality of ports (22L,R) on the back surface; and a first groove through which the operating oil flows and which connects the cooling concave portion with at least one of the central hole located on an inner side of the valve plate and an inner space of the housing located on an outer side of the valve plate is formed on the back surface; characterized by a second groove through which the operating oil flows and which connects the cooling concave portion with an operation oil suction port among the plurality of ports (22L,R) is informed on the back surface.
Method for controlling a parking process of a vehicle, comprising the following steps of: - identifying a driver; - learning driver parameters during a parking process carried out by the driver and assigning the driver parameters to the identified driver; wherein a parking process is a process in which a vehicle is manoeuvred forwards, backwards, sidewards or obliquely into a parking space, wherein the step of learning driver parameters comprises capturing the vehicle speed, the steering angle, a steering angle speed, at least one distance value for an object relative to the vehicle in the surrounding area of the vehicle and acceleration and/or deceleration parameters of the vehicle; - determining parking parameters on the basis of the learnt driver parameters by extracting information from the driver parameters which indicates how a particular driver usually carries out a parking process; - gradually adapting the parking parameters on the basis of the number of parking processes carried out by a parking assistance system and assigned to the identified driver, wherein progressive and/or degressive changes in the parking parameters are possible on the basis of the number of parking processes carried out in an automated manner, - controlling a parking process of the vehicle, which is carried out by the parking assistance system, on the basis of the parking parameters, wherein the parking assistance system is modified on the basis of the extracted information in such a manner that a driver-specific parking behaviour of the parking assistance system is established. - identifying a driver; - learning driver parameters during a parking process carried out by the driver and assigning the driver parameters to the identified driver; wherein a parking process is a process in which a vehicle is manoeuvred forwards, backwards, sidewards or obliquely into a parking space, wherein the step of learning driver parameters comprises capturing the vehicle speed, the steering angle, a steering angle speed, at least one distance value for an object relative to the vehicle in the surrounding area of the vehicle and acceleration and/or deceleration parameters of the vehicle; - determining parking parameters on the basis of the learnt driver parameters by extracting information from the driver parameters which indicates how a particular driver usually carries out a parking process; - gradually adapting the parking parameters on the basis of the number of parking processes carried out by a parking assistance system and assigned to the identified driver, wherein progressive and/or degressive changes in the parking parameters are possible on the basis of the number of parking processes carried out in an automated manner, - controlling a parking process of the vehicle, which is carried out by the parking assistance system, on the basis of the parking parameters, wherein the parking assistance system is modified on the basis of the extracted information in such a manner that a driver-specific parking behaviour of the parking assistance system is established.
An industrial fabric comprising: a plurality of infinity coil elements, each of said infinity coil elements having a first loop and a second loop; wherein the second loop of the first infinity coil element, having an open interior portion, and the first loop of the second infinity coil element, having an open interior portion, are interdigitated such that the open interior portions of the second loop of the first infinity coil element at least partially aligns with the first loop of the second infinity coil element to form a passage therethrough; and a pintle disposed in the passage formed by the aligned loops to join the first infinity coil element to the second infinity coil element, characterized in that each of the infinity coil elements is a discontinuous helical infinity coil having a CD length less than the width of the fabric. a plurality of infinity coil elements, each of said infinity coil elements having a first loop and a second loop; wherein the second loop of the first infinity coil element, having an open interior portion, and the first loop of the second infinity coil element, having an open interior portion, are interdigitated such that the open interior portions of the second loop of the first infinity coil element at least partially aligns with the first loop of the second infinity coil element to form a passage therethrough; and a pintle disposed in the passage formed by the aligned loops to join the first infinity coil element to the second infinity coil element, characterized in that each of the infinity coil elements is a discontinuous helical infinity coil having a CD length less than the width of the fabric.
Self-ventilating footwear, especially suitable for application to sports trainers, that comprises a sole with a chamber delimited on the inside of the shoe by an insole with communication holes between the inside of the shoe and the chamber, as well as one-way valves for communication from the chamber with the exterior through which air from inside the shoe is egressed, wherein the holes corresponding to the insole which delimits the upper part of the chamber in the sole are one-way allowing the pass of air from the inside of the shoe to the chamber in the sole, impeding the pass of air in the opposite direction by means of elastic patches situated on the lower surface of the insole coinciding with the area of the holes, said patches being partially attached along their perimeter with the insole.
A magnetron comprising: an anode cylinder which has a cylindrical shape with both ends opened and which comprises a plurality of vanes radially provided on an inner wall surface thereof; a pair of pole pieces (12A, 12B) positioned in openings of the both ends of the anode cylinder; and metal sleeves (14A, 14B) which are positioned outside the pair of pole pieces (12A, 12B) and configured to air-tightly seal the anode cylinder, and each of which comprises a cylinder part, a flange part continuous with the cylinder part, and a plurality of protrusions; characterized in that: the plurality of protrusions are provided on an edge portion located, where the cylinder part continues with the flange part; and the plurality of protrusions are not extending to a surface of contact between the flange part and each pole piece (12A, 12B), whereby the cylinder part is prevented from sinking in a falling part of the pole piece. an anode cylinder which has a cylindrical shape with both ends opened and which comprises a plurality of vanes radially provided on an inner wall surface thereof; a pair of pole pieces (12A, 12B) positioned in openings of the both ends of the anode cylinder; and metal sleeves (14A, 14B) which are positioned outside the pair of pole pieces (12A, 12B) and configured to air-tightly seal the anode cylinder, and each of which comprises a cylinder part, a flange part continuous with the cylinder part, and a plurality of protrusions; characterized in that: the plurality of protrusions are provided on an edge portion located, where the cylinder part continues with the flange part; and the plurality of protrusions are not extending to a surface of contact between the flange part and each pole piece (12A, 12B), whereby the cylinder part is prevented from sinking in a falling part of the pole piece. the plurality of protrusions are provided on an edge portion located, where the cylinder part continues with the flange part; and the plurality of protrusions are not extending to a surface of contact between the flange part and each pole piece (12A, 12B), whereby the cylinder part is prevented from sinking in a falling part of the pole piece.
A recombinant microorganism optimised for the fermentative production of methionine, wherein the activity of the cobalamin-independent methionine synthase MetE is suppressed and the metH gene is overexpressed in said microorganism compared to a non-modified microorganism.
An in vitro method for predicting the response to an interferon-based treatment in a patient infected with hepatitis C virus, wherein said method comprises a step of measuring the level of apo-C3 in a biological sample from said patient prior to any treatment.