mhurhangee/ep-ind-claims huggingface dataset:
Egg holder for a refrigeration appliance, having a support with a carrier plate which has at least one receptacle for at least one egg and a stand for placing the support on a base, wherein the stand is configured to position the support optionally in a first position and also in a second, inverted position, and wherein the support is positioned from the first position into the second, inverted position in a similar manner to turning the page in a book, characterised in that in both positions the carrier plate is held at the same distance from the base.
Method of detecting a jamming transmitter affecting a communication user equipment adapted for communication with at least one component of a cellular code division multiple access based radio network having a number of communication user equipments, including said communication user equipment, and a number of base node stations (BNS, sBNS) wherein the method comprises the following steps performed while the communication user equipment is in a connected mode of a communication radiolink with the at least one component of the radio network via a dedicated physical channel provided by the cellular radio network for the communication radiolink of the communication user equipment to a cell of the cellular radio network: - generating a synchronization-indication wherein the synchronization-indication is generated from signal monitoring of the dedicated physical channel, - evaluating the synchronization-indication, wherein the synchronization-indication is further evaluated by means of at least one time measuring element and the time measuring element has one or more start-triggers and/or stop triggers and/or one or more timer and/or counter means - measuring a further Layer-1 parameter associated with the dedicated physical channel, - indicating a jamming situation in dependence of the evaluation and measuring. - generating a synchronization-indication wherein the synchronization-indication is generated from signal monitoring of the dedicated physical channel, - evaluating the synchronization-indication, wherein the synchronization-indication is further evaluated by means of at least one time measuring element and the time measuring element has one or more start-triggers and/or stop triggers and/or one or more timer and/or counter means - measuring a further Layer-1 parameter associated with the dedicated physical channel, - indicating a jamming situation in dependence of the evaluation and measuring.
A method of determining routes for at least two vehicles(4,6), the method comprising: measuring, by a measurement apparatus, a position of a first vehicle; measuring, by the measurement apparatus, a position of a second vehicle; providing, for use by one or more processors, a specification of a region, the region having a fixed position in relation to the first vehicle; using the measurements and the specification of the region, performing, by the one or more processors, a route determination process to determine a first route for the first vehicle and a second route for the second vehicles; wherein the route determination process comprises: constructing a graph within a joint state space of the vehicles, the graph comprising a plurality of vertices and one or more edges connecting those vertices; identifying, within the constructed graph, a path from a first vertex of the graph to a second vertex of the graph, the first vertex corresponding to the measured positions of the vehicles, and the second vertex corresponding to the second vehicle being at least partially located within the region; and using the identified path, determining routes for the vehicles, thereby providing the first and second routes. measuring, by a measurement apparatus, a position of a first vehicle; measuring, by the measurement apparatus, a position of a second vehicle; providing, for use by one or more processors, a specification of a region, the region having a fixed position in relation to the first vehicle; using the measurements and the specification of the region, performing, by the one or more processors, a route determination process to determine a first route for the first vehicle and a second route for the second vehicles; wherein the route determination process comprises: constructing a graph within a joint state space of the vehicles, the graph comprising a plurality of vertices and one or more edges connecting those vertices; identifying, within the constructed graph, a path from a first vertex of the graph to a second vertex of the graph, the first vertex corresponding to the measured positions of the vehicles, and the second vertex corresponding to the second vehicle being at least partially located within the region; and using the identified path, determining routes for the vehicles, thereby providing the first and second routes. constructing a graph within a joint state space of the vehicles, the graph comprising a plurality of vertices and one or more edges connecting those vertices; identifying, within the constructed graph, a path from a first vertex of the graph to a second vertex of the graph, the first vertex corresponding to the measured positions of the vehicles, and the second vertex corresponding to the second vehicle being at least partially located within the region; and using the identified path, determining routes for the vehicles, thereby providing the first and second routes.
A control device for an air conditioning system including one or a plurality of outdoor units and one or a plurality of indoor units, the control device comprising: outdoor-unit control means which is capable of communicating with the outdoor unit through a communication medium, the outdoor-unit control means is configured to acquire, through the communication medium, information about machinery installed in the outdoor unit and output a control command to the machinery installed in the outdoor unit; indoor-unit control means which is capable of communicating with the indoor unit through the communication medium, the indoor-unit control means is configured to acquire, through the communication medium, information about machinery installed in the indoor unit and output a control command to the machinery installed in the indoor unit; and the control device is characterized by further comprising an anomaly determination means for determining the presence or absence of an anomaly in the machinery by being configured to individually change an operating point of the machinery installed in the outdoor unit or the indoor unit and to acquire a predetermined state quantity before and after the change. outdoor-unit control means which is capable of communicating with the outdoor unit through a communication medium, the outdoor-unit control means is configured to acquire, through the communication medium, information about machinery installed in the outdoor unit and output a control command to the machinery installed in the outdoor unit; indoor-unit control means which is capable of communicating with the indoor unit through the communication medium, the indoor-unit control means is configured to acquire, through the communication medium, information about machinery installed in the indoor unit and output a control command to the machinery installed in the indoor unit; and the control device is characterized by further comprising an anomaly determination means for determining the presence or absence of an anomaly in the machinery by being configured to individually change an operating point of the machinery installed in the outdoor unit or the indoor unit and to acquire a predetermined state quantity before and after the change.
A sand moulding machine (1, 75) for the production of sand mould parts including a moulding chamber formed by a chamber top wall, a chamber bottom wall, two opposed chamber side walls and two opposed chamber end walls (7, 8), wherein a chamber wall is provided with at least one sand filling opening, wherein at least one of the chamber end walls (7, 8) is provided with a pattern plate (10, 11) having a pattern (12, 13) adapted to form a pattern in a sand mould part, wherein at least one of the chamber end walls (7, 8) is displaceable in a longitudinal direction of the moulding chamber in order to compact sand fed into the moulding chamber, wherein at least one of the pattern plates (10, 11) is associated with at least one reference pattern block (24, 25, 26, 27) positioned in fixed relationship to the pattern (12, 13) of said pattern plate (10, 11) and adapted to form a reference pattern (28, 29, 30, 31, 81) in an external face (32, 33, 34, 35, 36) of a sand mould part, and wherein a non-contact distance measuring device is arranged adjacent a path of travel of the compacted sand mould parts and is adapted to measure a varying distance to the reference patterns (28, 29, 30, 31, 81) of the sand mould parts during a relative displacement in a displacement direction between the compacted sand mould parts and the non-contact distance measuring device, characterised in that the at least one reference pattern block (24, 25, 26, 27) includes a set of at least two flat faces (L, M, N) following one after the other in the longitudinal direction of the moulding chamber and being adapted to form a corresponding reference pattern (28, 29, 30, 31, 81) including a set of at least two flat surfaces (I, m, n) following one after the other in the displacement direction, in that each flat face (L, M, N) is arranged at an oblique angle to another one of the flat faces, and that the non-contact distance measuring device is adapted to measure the varying distance to the at least two flat surfaces (I, m, n) of the reference pattern (28, 29, 30, 31, 81) one after the other as they pass relatively the non-contact distance measuring device in succession during said relative displacement.
An energy recovery device for a motor vehicle comprising: a waste heat source; a waste heat utilization circuit, preferably a Clausius Rankine waste heat utilization circuit, wherein the waste heat utilization circuit is configured to convert waste heat from the waste heat source to mechanical energy; a cooling circuit which comprises a coolant pump and a first cooler and in which a component to be cooled, preferably a drive device, is integrated; and a cooling section branch which branches off from the cooling circuit, the cooling section branch comprising a second cooler and, directly downstream of the second cooler, a heat exchanger which is connected in a heat-transferring manner to a working medium of the waste heat utilization circuit for cooling the working medium, characterized in that the cooling section branch branches off from the cooling circuit directly downstream of the coolant pump and directly upstream of the component to be cooled, wherein the cooling section branch further comprises a further coolant pump wherein the further coolant pump is located downstream of the branching point from the cooling circuit and upstream of the second cooler. a waste heat source; a waste heat utilization circuit, preferably a Clausius Rankine waste heat utilization circuit, wherein the waste heat utilization circuit is configured to convert waste heat from the waste heat source to mechanical energy; a cooling circuit which comprises a coolant pump and a first cooler and in which a component to be cooled, preferably a drive device, is integrated; and a cooling section branch which branches off from the cooling circuit, the cooling section branch comprising a second cooler and, directly downstream of the second cooler, a heat exchanger which is connected in a heat-transferring manner to a working medium of the waste heat utilization circuit for cooling the working medium, characterized in that the cooling section branch branches off from the cooling circuit directly downstream of the coolant pump and directly upstream of the component to be cooled, wherein the cooling section branch further comprises a further coolant pump wherein the further coolant pump is located downstream of the branching point from the cooling circuit and upstream of the second cooler.
A system for protecting a transformer having: (a) an input winding, (b) at least one output winding intended to be coupled to a load, and (c) having a neutral line returned to ground, and wherein when the transformer is subjected to electromagnetic conditions excessive currents can flow in the neutral line and cause the core of the transformer to saturate, the protective system is characterized in including circuitry: (a) for sensing the level of the current flowing in the neutral line, hereafter referred to as "I N " and for determining whether the level of I N is above a predetermined value for more than a predetermined time period and for generating a first signal when this condition occurs; (b) for sensing selected even harmonics and selected odd harmonics of the current flowing in the output winding coupled to the load and processing and comparing selected odd harmonics to selected even harmonics to determine whether certain relationships pertaining to the comparison of the even and odd harmonics indicative of core saturation are present for a preselected time duration and for producing a harmonics status signal corresponding thereto; and (c) responsive to the first signal and to the harmonics status signal for producing a second signal. (a) for sensing the level of the current flowing in the neutral line, hereafter referred to as "I N " and for determining whether the level of I N is above a predetermined value for more than a predetermined time period and for generating a first signal when this condition occurs; (b) for sensing selected even harmonics and selected odd harmonics of the current flowing in the output winding coupled to the load and processing and comparing selected odd harmonics to selected even harmonics to determine whether certain relationships pertaining to the comparison of the even and odd harmonics indicative of core saturation are present for a preselected time duration and for producing a harmonics status signal corresponding thereto; and (c) responsive to the first signal and to the harmonics status signal for producing a second signal.
A method of preparing a paraffin-embedded biological sample for staining comprising: deparaffinizing the paraffin-embedded biological sample by dissolving the paraffin with a liquid consisting of a nonpolar organic solvent; and exchanging the nonpolar organic solvent in the deparaffinized tissue with an exchanging composition comprising surfactant and water, wherein the surfactant is soluble in both the water and the nonpolar organic solvent. deparaffinizing the paraffin-embedded biological sample by dissolving the paraffin with a liquid consisting of a nonpolar organic solvent; and exchanging the nonpolar organic solvent in the deparaffinized tissue with an exchanging composition comprising surfactant and water, wherein the surfactant is soluble in both the water and the nonpolar organic solvent.
Eyeglasses comprising lens means (2, 3), sidepiece means (4, 5) for supporting the eyeglasses and connecting means for connecting the lens means (2, 3) to the sidepiece means (4, 5); the lens means (2, 3) being in the form of a first and a second lens placed side by side, and the sidepiece means being in the form of first and second sidepieces (4, 5), said first and second lenses each comprising a lateral extension portion (14, 15) which extends from the respective lens (2, 3) substantially in the same plane as the lens means (2, 3), each lateral extension portion (14, 15) being delimited, in use, by an upper face (14a, 15a), a lower face (14b, 15b) and a lateral face (14c, 15c) spaced from the corresponding lateral edge of the main part of the respective lens (2, 3); lens (2, 3) comprising an insertion hole (12, 13), said insertion hole (12, 13) being made in the corresponding lateral extension portion (14, 15) and extending substantially vertically; characterized in that said connecting means for connecting the lens means (2, 3) to the sidepieces means (4, 5) are defined by the sidepiece means (4, 5) themselves and comprise a pin portion (10, 11) for rotating each sidepiece (4, 5) relative to the corresponding lens (2, 3); and in that each sidepiece (4, 5) is made from a respective metal wire that is suitably shaped to form the pin portion (10, 11) for rotating each sidepiece (4, 5) and which inserts into said insertion hole (12, 13) extending substantially vertically and made in the corresponding lateral extension portion (14, 15) of the lens (3, 4,).
An absorbent product for receiving excrement from a wearer, comprising: a central absorbent core to face a crotch portion of a wearer; a pair of side absorbent cores extending in a front-rear direction from left and right sides of a rear portion of said central absorbent core to left and right sides of a middle portion thereof; a back sheet covering outer surfaces (522, 532) of said central absorbent core and said pair of side absorbent cores; a top sheet covering inner surfaces (521, 531) of said central absorbent core and said pair of side absorbent cores; and side elastic members lying at left and right sides of a front portion of said central absorbent core and being elasticated in said front-rear direction; and characterized in that said absorbent product further comprises a pair of side wall parts lying between said central absorbent core and said pair of side absorbent cores and standing upward from said top sheet; said top sheet comprises a central top sheet and a pair of side top sheets, an inner surface of said central absorbent core is covered with said central top sheet, inner surfaces of said pair of side absorbent cores are covered with said pair of side top sheets, said pair of side wall parts is formed of a hydrophobic nonwoven fabric(s) which lies from an outer surface of said central absorbent core via both side portions thereof and then stands upward, and said pair of side top sheets is bonded to said pair of side wall parts. a central absorbent core to face a crotch portion of a wearer; a pair of side absorbent cores extending in a front-rear direction from left and right sides of a rear portion of said central absorbent core to left and right sides of a middle portion thereof; a back sheet covering outer surfaces (522, 532) of said central absorbent core and said pair of side absorbent cores; a top sheet covering inner surfaces (521, 531) of said central absorbent core and said pair of side absorbent cores; and side elastic members lying at left and right sides of a front portion of said central absorbent core and being elasticated in said front-rear direction; and characterized in that said absorbent product further comprises a pair of side wall parts lying between said central absorbent core and said pair of side absorbent cores and standing upward from said top sheet; said top sheet comprises a central top sheet and a pair of side top sheets, an inner surface of said central absorbent core is covered with said central top sheet, inner surfaces of said pair of side absorbent cores are covered with said pair of side top sheets, said pair of side wall parts is formed of a hydrophobic nonwoven fabric(s) which lies from an outer surface of said central absorbent core via both side portions thereof and then stands upward, and said pair of side top sheets is bonded to said pair of side wall parts.
A method for adaptive bitrate, ABR, adjustments in an IP network comprising: monitoring a received bitrate of a media stream with a preset bitrate, wherein said preset bitrate is defined as an encoded bitrate of the media stream; determining a rate of change (Δ) of said received bitrate, wherein said determined rate of change (Δ) is defined as a derivative (dBR(t N)/dt) of said monitored received bitrate at a selected time instance (t N); if said determined rate of change (Δ) is positive or zero, said method comprises: temporarily increasing a transfer bitrate of the video stream to a higher new bitrate (Bx); determining if said new bitrate (Bx) is applicable; and if said new bitrate (Bx) is applicable, adjusting said preset bitrate to said new bitrate (Bx) said method characterized in that said step of temporarily increasing said transfer bitrate comprises transferring said media stream with a momentarily higher bitrate by detaining said media stream and subsequently transmitting a short burst of data. monitoring a received bitrate of a media stream with a preset bitrate, wherein said preset bitrate is defined as an encoded bitrate of the media stream; determining a rate of change (Δ) of said received bitrate, wherein said determined rate of change (Δ) is defined as a derivative (dBR(t N)/dt) of said monitored received bitrate at a selected time instance (t N); if said determined rate of change (Δ) is positive or zero, said method comprises: temporarily increasing a transfer bitrate of the video stream to a higher new bitrate (Bx); determining if said new bitrate (Bx) is applicable; and if said new bitrate (Bx) is applicable, adjusting said preset bitrate to said new bitrate (Bx) said method characterized in that said step of temporarily increasing said transfer bitrate comprises transferring said media stream with a momentarily higher bitrate by detaining said media stream and subsequently transmitting a short burst of data. temporarily increasing a transfer bitrate of the video stream to a higher new bitrate (Bx); determining if said new bitrate (Bx) is applicable; and if said new bitrate (Bx) is applicable, adjusting said preset bitrate to said new bitrate (Bx)
Elongated sheet for covering cultivated plants, with a basic film of plastic, wherein a ventilation area extending in the longitudinal sheet direction and having a plurality of ventilation openings is provided in the central area of the basic film, wherein at least 60 % of the ventilation openings comprise two opposite corners (29, 20) of the ventilation opening in a cross direction of the sheet extending at least substantially orthogonally to the longitudinal sheet direction, a design which is elongated at least substantially in cross direction and are at least substantially rhombus-shaped. wherein a ventilation area extending in the longitudinal sheet direction and having a plurality of ventilation openings is provided in the central area of the basic film, wherein at least 60 % of the ventilation openings comprise two opposite corners (29, 20) of the ventilation opening in a cross direction of the sheet extending at least substantially orthogonally to the longitudinal sheet direction, a design which is elongated at least substantially in cross direction and are at least substantially rhombus-shaped.