mhurhangee/ep-ind-claims huggingface dataset:
A substantially planar absorbent core extending in a transversal direction (x) and a longitudinal direction (y), the absorbent core having a front edge, a back edge and two longitudinally extending side edges (284, 286), the absorbent core comprising: a core wrap comprising a first substrate and a second substrate wherein each substrate comprises an inner surface and an outer surface, an absorbent material comprising at least 80% and up to 100% by weight of superabsorbent polymer, optionally in particulate form, and having a periphery defining an absorbent material deposition area, between the first substrate and the second substrate, the absorbent material deposition area encompassing one or more area(s) (26a, 26b) substantially free of absorbent material, an auxiliary glue applied directly to the inner surface of the first substrate and defining an auxiliary glue application area, wherein the auxiliary glue at least partially bonds the inner surface of the first substrate to the inner surface of the second substrate through the one or more area(s) substantially free of absorbent material, so that when the absorbent material swells the core wrap forms channels in the areas (26a,b) substantially free of absorbent material, characterized in that the auxiliary glue application area is smaller than the absorbent material deposition area and the first substrate and/or the second substrate comprises at least one outwardly extending flap which is folded around at least one of the front, back or any of the side edges of the core, and the at least one flap is bonded to the external surface of the other substrate to form a C-wrap seal (284', 286') along the at least one edge of the absorbent core. a core wrap comprising a first substrate and a second substrate wherein each substrate comprises an inner surface and an outer surface, an absorbent material comprising at least 80% and up to 100% by weight of superabsorbent polymer, optionally in particulate form, and having a periphery defining an absorbent material deposition area, between the first substrate and the second substrate, the absorbent material deposition area encompassing one or more area(s) (26a, 26b) substantially free of absorbent material, an auxiliary glue applied directly to the inner surface of the first substrate and defining an auxiliary glue application area, wherein the auxiliary glue at least partially bonds the inner surface of the first substrate to the inner surface of the second substrate through the one or more area(s) substantially free of absorbent material, so that when the absorbent material swells the core wrap forms channels in the areas (26a,b) substantially free of absorbent material, characterized in that the auxiliary glue application area is smaller than the absorbent material deposition area and the first substrate and/or the second substrate comprises at least one outwardly extending flap which is folded around at least one of the front, back or any of the side edges of the core, and the at least one flap is bonded to the external surface of the other substrate to form a C-wrap seal (284', 286') along the at least one edge of the absorbent core.
Method for applying spreading material by means of a spreader, comprising the steps of: - detecting a spreading limit which requires an adjustment of the spreading width (20a, 20b) of at least one centrifugal disc (12a, 12b) of the spreader while traveling along at least one tramline; and - adjusting the spreading width (20a, 20b) of the at least one centrifugal disc (12a, 12b), in particular by means of a partial-width control system, when at least one switching distance of the spreader to the spreading limit is reached; - determining the at least one switching distance depending on a throwing direction (22a, 22b) of the at least one centrifugal disc (12a, 12b) of the spreader by means of the spreader or by means of an application combination comprising the spreader and a vehicle pulling or carrying the spreader, characterized in that the throwing direction (22a, 22b), depending on which the at least one switching distance is determined, is a set target throwing direction of the at least one centrifugal disc (12a, 12b) of the spreader or a current actual throwing direction of the at least one centrifugal disc (12a, 12b) of the spreader. - detecting a spreading limit which requires an adjustment of the spreading width (20a, 20b) of at least one centrifugal disc (12a, 12b) of the spreader while traveling along at least one tramline; and - adjusting the spreading width (20a, 20b) of the at least one centrifugal disc (12a, 12b), in particular by means of a partial-width control system, when at least one switching distance of the spreader to the spreading limit is reached; - determining the at least one switching distance depending on a throwing direction (22a, 22b) of the at least one centrifugal disc (12a, 12b) of the spreader by means of the spreader or by means of an application combination comprising the spreader and a vehicle pulling or carrying the spreader,
A compound semiconductor device, comprising: a substrate; a first graphene oxide layer on the substrate; and a first compound semiconductor layer on the first graphene oxide layer; a second compound semiconductor layer between the substrate and the first graphene oxide layer; wherein the first graphene oxide layer includes a plurality of graphene oxide sheets and a portion of the second compound semiconductor layer is exposed between the plurality of graphene oxide sheets and said portion of the second compound semiconductor layer contacts a bottom surface of the first compound semiconductor layer between the plurality of the graphene oxide sheets, and characterized by further comprising: a second graphene oxide layer between the substrate and the second compound semiconductor layer, wherein the second graphene oxide layer covers an entire region of the substrate. a substrate; a first graphene oxide layer on the substrate; and a first compound semiconductor layer on the first graphene oxide layer; a second graphene oxide layer between the substrate and the second compound semiconductor layer, wherein the second graphene oxide layer covers an entire region of the substrate.
A system, comprising: a plurality of electrodes; one or more radiofrequency, RF, generators; and a controller, configured to: using one or more decision rules for deciding between multiple treatment settings, treat skin of a user responsively to multiple ascertained values of at least one parameter, by iteratively: ascertaining at least one respective value of the ascertained values, by applying at least one of the decision rules to the ascertained value, identifying a treatment setting from among the multiple treatment settings, and causing said one or more RF generators to cause one or more RF currents to pass, through the skin, between at least some of the electrodes in accordance with the identified treatment setting, characterised in that said controller is further configured to modify at least one of the decision rules in response to the ascertained values. a plurality of electrodes; one or more radiofrequency, RF, generators; and a controller, configured to: using one or more decision rules for deciding between multiple treatment settings, treat skin of a user responsively to multiple ascertained values of at least one parameter, by iteratively: ascertaining at least one respective value of the ascertained values, by applying at least one of the decision rules to the ascertained value, identifying a treatment setting from among the multiple treatment settings, and causing said one or more RF generators to cause one or more RF currents to pass, through the skin, between at least some of the electrodes in accordance with the identified treatment setting, characterised in that said controller is further configured to modify at least one of the decision rules in response to the ascertained values. ascertaining at least one respective value of the ascertained values, by applying at least one of the decision rules to the ascertained value, identifying a treatment setting from among the multiple treatment settings, and causing said one or more RF generators to cause one or more RF currents to pass, through the skin, between at least some of the electrodes in accordance with the identified treatment setting, characterised in that said controller is further configured to modify at least one of the decision rules in response to the ascertained values.
A frequency envelope vector quantization method, comprising: Dividing N frequency envelopes in a frame into N1 vectors, wherein each vector in the N1 vectors comprises M frequency envelopes, N1, N, and M are positive integers, M is equal to 2, and N is greater than N1; Quantizing a first vector in the N1 vectors by using a first codebook that has B bits, to obtain a code word of the quantized first vector, wherein the first codebook is divided into two parts, B is a positive integer greater than or equal to 2; Determining, according to the code word of the quantized first vector, that the quantized first vector is associated with an i th part in the two parts of the first codebook, wherein i is equal to 1 or i is equal to 2; determining a second codebook according to the codebook of the i th part of the first codebook; and quantizing a second vector in the N1 vectors based on the second codebook; wherein the determining a second codebook according to the codebook of the i th part comprises: using the i th part of the first codebook as the second codebook, wherein a quantity of bits in the i th part of the first codebook is B-1. Dividing N frequency envelopes in a frame into N1 vectors, wherein each vector in the N1 vectors comprises M frequency envelopes, N1, N, and M are positive integers, M is equal to 2, and N is greater than N1; Quantizing a first vector in the N1 vectors by using a first codebook that has B bits, to obtain a code word of the quantized first vector, wherein the first codebook is divided into two parts, B is a positive integer greater than or equal to 2; Determining, according to the code word of the quantized first vector, that the quantized first vector is associated with an i th part in the two parts of the first codebook, wherein i is equal to 1 or i is equal to 2; determining a second codebook according to the codebook of the i th part of the first codebook; and quantizing a second vector in the N1 vectors based on the second codebook; wherein the determining a second codebook according to the codebook of the i th part comprises: using the i th part of the first codebook as the second codebook, wherein a quantity of bits in the i th part of the first codebook is B-1.
Method for operating a hybrid heating device, wherein the heating device includes a first heat source on the basis of the combustion of a mixture of combustion gas and air, wherein the mixture or the air is supplied by a fan, wherein the heating device includes a second heat source on the basis of electrical energy, wherein the first and the second heating source transfers the heat to a liquid heat carrying medium, which circulates by means of a circulating pump between the heating device and one or several heatsinks (8, 9) in a heating circuit, wherein a control device controls the first and the second heating source in such a way that a predetermined heat requirement of the heatsinks (8, 9) is satisfied, and wherein the first heating source has a minimum performance (P 1,min) and a maximum performance (P 1,max), wherein the actual heating requirement or a characteristic value for the actual heating requirement is continuously determined and the second heating source is operated with the heating requirement if the actual heating requirement is less than the minimum performance (P 1,min) of the first heating source, or the first heating source is operated with the heating requirement if the actual heating requirement is greater than or equal to the minimum performance (P 1,min) of the first heating source or the first heating source is operated with the maximum performance (P 1,max) and the second heating source is operated with the difference between the actual heating requirement and the maximum performance (P 1,max) of the first heating source when the heating requirement is greater than the maximum performance (P 1,max) of the first heating source, characterised in that the actual heating requirement is defined by a target flow temperature of the heat carrying medium and the control device sets the performance of the first or of the second heating source in such a way that the actual flow temperature is adjusted to the target flow temperature, wherein in the case that the first heating source is operated with the minimum performance (P 1,min) and the actual flow temperature at least over a first measuring period (Δt 1) is higher than the target flow temperature at least by a first differential amount (ΔT 1), the first heating source is switched off and the second heating source is operated.
A power-generating system comprising: an internal combustion engine comprising an engine with a plurality of cylinders and comprising an exhaust manifold having branch pipes connected to the cylinders, wherein the exhaust manifold is provided for collecting the exhaust gas discharged from the cylinders and each branch pipe comprises: a first device in which polarization occurs based on the temperature change of the engine, the first device being located inside the branch pipe, and a second device for taking out a net generating power from the first device, wherein 80% or higher of the total surface area of the first device is exposed to the exhaust gas that conducts the heat of the engine. an internal combustion engine comprising an engine with a plurality of cylinders and comprising an exhaust manifold having branch pipes connected to the cylinders, wherein the exhaust manifold is provided for collecting the exhaust gas discharged from the cylinders and each branch pipe comprises: a first device in which polarization occurs based on the temperature change of the engine, the first device being located inside the branch pipe, and a second device for taking out a net generating power from the first device, wherein a first device in which polarization occurs based on the temperature change of the engine, the first device being located inside the branch pipe, and a second device for taking out a net generating power from the first device, wherein 80% or higher of the total surface area of the first device is exposed to the exhaust gas that conducts the heat of the engine.
A urinalysis device for positioning inside a toilet comprising a test assembly, which comprises: - at least one rotatable holder comprising a plurality of test strips; - an injector configured to inject a controlled volume of urine onto at least one of the test strips; - an analysis system configured to detect a urine injection result on the test strip; characterized in that the test strips of the plurality of test strips are fixed to the rotating support and in that the injector comprises a movable syringe configured to be moved towards or away from a test strip. - at least one rotatable holder comprising a plurality of test strips; - an injector configured to inject a controlled volume of urine onto at least one of the test strips; - an analysis system configured to detect a urine injection result on the test strip;
A side airbag for installation in a motor vehicle to provide protection to an associated vehicle occupant, the side airbag comprising: an outer skin forming a single inflatable chamber having both an upper thorax portion adapted for contact with a thorax region of the associated vehicle occupant and a lower pelvic portion adapted for contact with a pelvic region of the associated vehicle occupant, and a loop diffuser adapted for placement about an inflator disposed at least in part within the inflatable chamber, wherein the loop diffuser has a truncated triangular outline in a flattened condition and has a truncated cone shape during inflation of the inflatable chamber with opposed small and large open ends (50, 52) of the truncated cone shape being offset and open relative to the upper side of the thorax region of the single inflatable chamber and the lower side of the pelvic portion of the single inflatable chamber respectively, wherein the small open end is adapted to permit communication of inflation gas from the inflator to the upper thorax portion of the inflatable chamber and the large open end is adapted to permit communication of inflation gas from the inflator to the lower pelvic portion of the inflatable chamber, wherein a cross sectional open area of the small open end is less than 10% of a cross sectional open area of the large open end. an outer skin forming a single inflatable chamber having both an upper thorax portion adapted for contact with a thorax region of the associated vehicle occupant and a lower pelvic portion adapted for contact with a pelvic region of the associated vehicle occupant, and a loop diffuser adapted for placement about an inflator disposed at least in part within the inflatable chamber, wherein the loop diffuser has a truncated triangular outline in a flattened condition and has a truncated cone shape during inflation of the inflatable chamber with opposed small and large open ends (50, 52) of the truncated cone shape being offset and open relative to the upper side of the thorax region of the single inflatable chamber and the lower side of the pelvic portion of the single inflatable chamber respectively, wherein the small open end is adapted to permit communication of inflation gas from the inflator to the upper thorax portion of the inflatable chamber and the large open end is adapted to permit communication of inflation gas from the inflator to the lower pelvic portion of the inflatable chamber, wherein a cross sectional open area of the small open end is less than 10% of a cross sectional open area of the large open end.
An apparatus for treating a tumor in a subject's body and facilitating delivery of a substance across a blood brain barrier of the subject's body, the apparatus comprising: an AC voltage generator having a control input and being configured to output an alternating electric field at a first frequency when the control input is in a first state and a second frequency when the control input is in a second state; and a controller programmed to place the control input in the second state so that the AC voltage generator outputs the alternating electric field at the second frequency, accept a request to switch the AC voltage generator to output the alternating electric field at the first frequency, upon receipt of the request, place the control input in the first state so that the AC voltage generator outputs the alternating electric field at the first frequency for an interval of time, and, after the interval of time has elapsed, place the control input in the second state so that the AC voltage generator outputs the alternating field at the second frequency; characterized in that the first frequency is between 75 kHz and 125 kHz and the second frequency is between 150 kHz and 250 kHz. an AC voltage generator having a control input and being configured to output an alternating electric field at a first frequency when the control input is in a first state and a second frequency when the control input is in a second state; and a controller programmed to place the control input in the second state so that the AC voltage generator outputs the alternating electric field at the second frequency, accept a request to switch the AC voltage generator to output the alternating electric field at the first frequency, upon receipt of the request, place the control input in the first state so that the AC voltage generator outputs the alternating electric field at the first frequency for an interval of time, and, after the interval of time has elapsed, place the control input in the second state so that the AC voltage generator outputs the alternating field at the second frequency; characterized in that the first frequency is between 75 kHz and 125 kHz and the second frequency is between 150 kHz and 250 kHz.
A method for labelling objects in a large data-volume processing environment according to a labelling policy described in a Security Policy Information File, said labelling policy defining a plurality of attributes attributable to objects and rules for associating these attributes, at least some of the attributes being of the classification type, each classification type attribute defining a value determining a hierarchical level of this attribute with respect to the other classification type attributes; the method comprising the following steps: - creating in said processing environment a marker for each attribute of said SPIF file; - creating in said processing environment a user group for each attribute of said SPIF file; - determining for each tag corresponding to a classification type attribute an access rule comprising an access authorisation for each group of users corresponding to a classification type attribute of hierarchical level higher than or equal to the hierarchical level of the classification type attribute corresponding to this tag; - association with each object in said processing environment of at least one marker. - creating in said processing environment a marker for each attribute of said SPIF file; - creating in said processing environment a user group for each attribute of said SPIF file; - determining for each tag corresponding to a classification type attribute an access rule comprising an access authorisation for each group of users corresponding to a classification type attribute of hierarchical level higher than or equal to the hierarchical level of the classification type attribute corresponding to this tag; - association with each object in said processing environment of at least one marker.
A method for managing warning notifications, comprising: identifying a trigger event, wherein the trigger event comprises at least one of: an indication of a change of Public Land Mobile Network, PLMN, a service selection from a PLMN, and a change of SIM/USIM; determining a status of a setting in User Equipment 'UE' to indicate at least one of enablement or disablement of warning notifications in a wireless system; and in response to at least the trigger event, automatically presenting the status of the setting for warning notifications through the UE. identifying a trigger event, wherein the trigger event comprises at least one of: an indication of a change of Public Land Mobile Network, PLMN, a service selection from a PLMN, and a change of SIM/USIM; determining a status of a setting in User Equipment 'UE' to indicate at least one of enablement or disablement of warning notifications in a wireless system; and in response to at least the trigger event, automatically presenting the status of the setting for warning notifications through the UE.