mhurhangee/ep-ind-claims huggingface dataset:
Multifunctional bag, comprising: - a body with at least one storage compartment, - carrying straps for carrying the multifunctional bag as a backpack on the back, - a holding device for attaching the multifunctional bag as a pannier to a carrier, in particular to a luggage carrier of a bicycle, and - a flap attached to the body, which is transferable between a first position and a second position, wherein the flap in the first position releases the carrying straps and covers the holding device, so that the multifunctional bag can be used as a backpack, and wherein the flap in the second position covers the carrying straps and exposes the holding device so that the multifunctional bag can be used as a pannier, characterized in that the carrying straps and/or the holding device is/are fastened to the flap. - a body with at least one storage compartment, - carrying straps for carrying the multifunctional bag as a backpack on the back, - a holding device for attaching the multifunctional bag as a pannier to a carrier, in particular to a luggage carrier of a bicycle, and - a flap attached to the body, which is transferable between a first position and a second position, wherein the flap in the first position releases the carrying straps and covers the holding device, so that the multifunctional bag can be used as a backpack, and wherein the flap in the second position covers the carrying straps and exposes the holding device so that the multifunctional bag can be used as a pannier, characterized in that the carrying straps and/or the holding device is/are fastened to the flap.
A pharmaceutical composition for use in the prevention or treatment of a disease or condition affecting the vital layers of the skin below the stratum corneum, comprising an effective amount of an active ingredient and a semifluorinated alkane according to formula RFRH wherein RF is a linear perfluorinated hydrocarbon segment with 4 to 12 carbon atoms, and RH is a linear alkyl group with 4 to 8 carbon atoms; wherein: (a) the pharmaceutical composition is administered topical to the skin of a subject; and (b) the active ingredient penetrates through the stratum corneum and is delivered to the vital layers of the skin below the stratum corneum; and wherein the pharmaceutical composition is formulated as a liquid and, wherein the active ingredient is a retinoid and the disease or condition affecting the vital layers of the skin is acne or an acneiform eruption. wherein RF is a linear perfluorinated hydrocarbon segment with 4 to 12 carbon atoms, and RH is a linear alkyl group with 4 to 8 carbon atoms; wherein: (a) the pharmaceutical composition is administered topical to the skin of a subject; and (b) the active ingredient penetrates through the stratum corneum and is delivered to the vital layers of the skin below the stratum corneum; and (a) the pharmaceutical composition is administered topical to the skin of a subject; and (b) the active ingredient penetrates through the stratum corneum and is delivered to the vital layers of the skin below the stratum corneum; and wherein the pharmaceutical composition is formulated as a liquid and, wherein the active ingredient is a retinoid and the disease or condition affecting the vital layers of the skin is acne or an acneiform eruption.
A printer system, comprising: a marking mechanism (140,240,340,440) including at least one print head; a system for sensing the position of the at least one print head; and a control mechanism that actuates the at least one print head based on the sensed position, characterized in that: the marking mechanism is hand-held; the sensing system comprises a global position sensing system (150,250,350,450) that senses the absolute position of the at least one print head in a global coordinate system, and translates this into a stored image field pixel coordinate system for an image to be printed; and the control mechanism is actuated based on the location of the print head in the stored image field pixel coordinate system as a user moves the marking mechanism across a printing surface or medium (260,360,460). a marking mechanism (140,240,340,440) including at least one print head; a system for sensing the position of the at least one print head; and a control mechanism that actuates the at least one print head based on the sensed position, characterized in that: the marking mechanism is hand-held; the sensing system comprises a global position sensing system (150,250,350,450) that senses the absolute position of the at least one print head in a global coordinate system, and translates this into a stored image field pixel coordinate system for an image to be printed; and the control mechanism is actuated based on the location of the print head in the stored image field pixel coordinate system as a user moves the marking mechanism across a printing surface or medium (260,360,460).
Heating element powered by alternating current for heating an external medium surrounding it, said heating element has a hollow body housing which is closed or provided with one or more openings, and at least two electrodes which are insulated from said housing and from each other by means of an insulating element characterized in that said housing of said heating element is a cavity resonator in which an internal medium containing charged ions is placed which in case of an open housing is identical with said external medium and in case of a closed housing it is identical with or different from said external medium; said electrodes have a polygonal cross-section or non-constant cross-section having three-dimensional curved generatrices, and they are placed in said housing in such a manner that their longitudinal axes each having a shape of an exponential curve diverge from each other, or said electrodes are formed as a section of the sheath of a body of revolution the generating lines of which is each shaped as an exponential curve diverging from their axis of rotation; a duty factor modulated AC voltage of at most 1000V amplitude, 1000-60 000 Hz is connected to said electrodes and the required value of the frequency and amplitude of the AC voltage as well as the size of said electrodes are determined to operate within said housing of said heating element at resonance frequency.
A sheet post-processing device comprising: a temporary holding unit temporarily holding a sheet supplied by an image forming apparatus; and a shifting unit performing a shifting operation on a sheet bundle, the sheet bundle including two or more sheet, wherein an extra sheet not included in the sheet bundle is supplied to the shifting unit without temporarily holding the extra sheet in the temporary holding unit; and when the shifting operation is not completed on a sheet bundle in queue immediately before the extra sheet when the extra sheet is received from the image forming apparatus, the shifting unit is set to a waiting condition until the extra sheet is supplied to the shifting unit, characterized by further comprising a post-operation control part determining whether the shifting operation of the shifting unit is commenced on the sheet in queue immediately before the extra sheet, wherein when the post-operation control part determines that the shifting operation of the shifting unit is not yet commenced on the sheet in queue immediately before the extra sheet, the extra sheet is supplied to the shifting unit without holding the extra sheet in the temporary holding unit, the shifting operation is suspended until the extra sheet reaches the shifting unit, and the shifting operation is performed when the extra sheet reaches the shifting unit. a temporary holding unit temporarily holding a sheet supplied by an image forming apparatus; and a shifting unit performing a shifting operation on a sheet bundle, the sheet bundle including two or more sheet, wherein an extra sheet not included in the sheet bundle is supplied to the shifting unit without temporarily holding the extra sheet in the temporary holding unit; and when the shifting operation is not completed on a sheet bundle in queue immediately before the extra sheet when the extra sheet is received from the image forming apparatus, the shifting unit is set to a waiting condition until the extra sheet is supplied to the shifting unit, characterized by further comprising a post-operation control part determining whether the shifting operation of the shifting unit is commenced on the sheet in queue immediately before the extra sheet, wherein when the post-operation control part determines that the shifting operation of the shifting unit is not yet commenced on the sheet in queue immediately before the extra sheet, the extra sheet is supplied to the shifting unit without holding the extra sheet in the temporary holding unit, the shifting operation is suspended until the extra sheet reaches the shifting unit, and the shifting operation is performed when the extra sheet reaches the shifting unit.
Method for managing a vehicle compressor, the compressor being driven in rotation by a vehicle engine, the method being characterised in that it comprises the procedure of varying the stop pressure threshold of the compressor as an inverse function of a compressor speed of rotation.
A conveyor belt module comprising: a spine having opposite first and second faces (22, 23) extending in a transverse direction of the module a distance defining substantially the width of the module between a first side edge and a second side edge; a plurality of hinge links (24, 25, 26, 27, 28) extending outward from the first and second faces (22, 23) with the hinge links extending outward from the first face transversely offset from the hinge links extending outward from the second face; wherein the plurality of hinge links includes: a plurality of single links disposed inwardly from the first side edge of the module and transversely spaced along each face by a first transverse pitch (Ps); a plurality of dual links having a pair of legs connected by a yoke at a distal end of the legs, the dual links being disposed inwardly from the second side edge of the module to the plurality of single links and transversely spaced along each face by a second transverse pitch (P D); wherein the first transverse pitch is less than the second transverse pitch, characterized in that the legs of the dual links are parallel. a spine having opposite first and second faces (22, 23) extending in a transverse direction of the module a distance defining substantially the width of the module between a first side edge and a second side edge; a plurality of hinge links (24, 25, 26, 27, 28) extending outward from the first and second faces (22, 23) with the hinge links extending outward from the first face transversely offset from the hinge links extending outward from the second face; wherein the plurality of hinge links includes: a plurality of single links disposed inwardly from the first side edge of the module and transversely spaced along each face by a first transverse pitch (Ps); a plurality of dual links having a pair of legs connected by a yoke at a distal end of the legs, the dual links being disposed inwardly from the second side edge of the module to the plurality of single links and transversely spaced along each face by a second transverse pitch (P D); wherein the first transverse pitch is less than the second transverse pitch, characterized in that the legs of the dual links are parallel. a plurality of single links disposed inwardly from the first side edge of the module and transversely spaced along each face by a first transverse pitch (Ps); a plurality of dual links having a pair of legs connected by a yoke at a distal end of the legs, the dual links being disposed inwardly from the second side edge of the module to the plurality of single links and transversely spaced along each face by a second transverse pitch (P D); wherein the first transverse pitch is less than the second transverse pitch, characterized in that the legs of the dual links are parallel.
Blister pack filled with a shaped adhesive, coating or sealant article that is solid at room temperature, said pack having a shaped plastic film part, which has at least one cavity, and a lidding film, where the lidding film closes the cavity, characterized in that the at least one cavity has a filling volume with adhesive, coating material or sealant in the range from 5 ml to 500 ml, in that the adhesive, the coating material or the sealant has a viscosity of 2000 to 200 000 mPas by the Brookfield method at not less than one temperature in a temperature range from 80°C to 180°C, in that the shaped plastic film part and the lidding film are adhesively bonded or welded to one another and in that the lidding film constitutes an aluminium foil, a metallized composite film, a laminate of aluminium/polypropylene, or a sealable, SiO x - or AlO x -coated monofilm.
A wireless communication method, comprising: transmitting, by a base station, a parameter subset of a media access control, MAC, layer operation, wherein at least one parameter of the parameter subset indicates one or more numerologies supported by the parameter subset; transmitting, by the base station, a Downlink Control Information, DCI, at a physical layer to a terminal, wherein the DCI comprises an identifier of the parameter subset to enable a determination of a part of the parameter subset that is used for a scheduling of a communication; and performing, by the base station, the communication with the terminal according to the parameter subset. transmitting, by a base station, a parameter subset of a media access control, MAC, layer operation, wherein at least one parameter of the parameter subset indicates one or more numerologies supported by the parameter subset; transmitting, by the base station, a Downlink Control Information, DCI, at a physical layer to a terminal, wherein the DCI comprises an identifier of the parameter subset to enable a determination of a part of the parameter subset that is used for a scheduling of a communication; and performing, by the base station, the communication with the terminal according to the parameter subset.
Method for operating a heating device, in particular a hot water heater, in a regeneration operating mode or in a regular operating mode to provide hot water, wherein cold water is filtered through at least one ion exchange filter, wherein the filtered water is conducted into and heated in a heat exchanger of the heating device, which heat exchanger is heated by a combustion process, wherein the heated water is conducted from the heating device, characterized in that a condensate formed during the combustion process is collected in a collection container and conducted through the ion exchange filter to regenerate the ion exchange filter during the regeneration operating mode.
Motor vehicle comprising a body with an opening that can be closed by means of a cover and a box-shaped metallic reflector that is open towards the opening for receiving an HPEM source and that can be reversibly inserted into said opening, wherein following insertion the reflector is connected to the body by means of an earth connection, characterized in that the earth connection is implemented by means of a brush strip comprising fibres made of a conductive material, which connects the box-shaped reflector to the body circumferentially on all sides in the region of the opening, and the fibre packing density is selected such that the air exchange between the interior of the reflector and the passenger compartment of the motor vehicle is as small as possible, so that ozone formed when operating the HPEM source does not pass into the passenger compartment.
Breast interface for a breast pump, including: - a liner support frame defining an interior liner support frame space configured to receive at least part of a liner, said liner support frame including: - a front ring; - a rear ring; - at least one arm (210a, 210b) interconnecting the front ring and the rear ring such that they are axially spaced apart; and - a liner including: - a front section, configured to engage the front ring of the liner support frame; - a middle section, connected to the front section and including a rearward tapering, funnel shaped wall part; - a rear section, connected to the middle section and including a tubular wall part that is configured to be fittingly received by the rear ring of the liner support frame, wherein a rear end of the tubular wall part is provided with a first annular flange that has an outer diameter that is greater than an inner diameter of the rear ring of the liner support frame, and that, in an assembled condition of the breast interface, abuts the rear ring on end; characterised in that the rear ring is a split rear ring and includes at least two complementary circumferential rear ring portions (206a, 206b) that are rearrangeable relative to each other to facilitate passage of a flanged rear end of a liner. - a liner support frame defining an interior liner support frame space configured to receive at least part of a liner, said liner support frame including: - a front ring; - a rear ring; - at least one arm (210a, 210b) interconnecting the front ring and the rear ring such that they are axially spaced apart; and - a front ring; - a rear ring; - at least one arm (210a, 210b) interconnecting the front ring and the rear ring such that they are axially spaced apart; and - a liner including: - a front section, configured to engage the front ring of the liner support frame; - a middle section, connected to the front section and including a rearward tapering, funnel shaped wall part; - a rear section, connected to the middle section and including a tubular wall part that is configured to be fittingly received by the rear ring of the liner support frame, wherein a rear end of the tubular wall part is provided with a first annular flange that has an outer diameter that is greater than an inner diameter of the rear ring of the liner support frame, and that, in an assembled condition of the breast interface, abuts the rear ring on end; - a front section, configured to engage the front ring of the liner support frame; - a middle section, connected to the front section and including a rearward tapering, funnel shaped wall part; - a rear section, connected to the middle section and including a tubular wall part that is configured to be fittingly received by the rear ring of the liner support frame, wherein a rear end of the tubular wall part is provided with a first annular flange that has an outer diameter that is greater than an inner diameter of the rear ring of the liner support frame, and that, in an assembled condition of the breast interface, abuts the rear ring on end;
A method for making a woven fabric label comprising the steps of providing a continuous web of material composed of approximately 100 % post consumer waste; separating the web into individual widths of material, each width corresponding to a width of a brand identification label; creating first and second edges on each of the individual widths of material; printing each of the individual widths of material with indicia; and cutting each of the individual widths of material into separate brand identification labels with a slitter having one or more heated fusing elements for fusing the web where the edges are to be ultimatively formed, and having one or more slitting knives or cutting wheels corresponding to each heated fusing element for cutting or otherwise separating the web at or near the middle of the fused track formed by the corresponding heated fusing element; each individual brand identification label including a security feature that is selected from the group consisting of an EAS device and a RFID device; the material being converted at run speeds from 27.4 to 54.9 m/min (90 to 180 feet/min), and wherein the material is able to be visibly authenticated as being made from recycled material.
An eNB for providing user equipments with biasing adjustment parameters in a heterogeneous network, wherein the eNB comprises: a biasing adjustment determining module configured to determine, based on attribute information of one or more user equipments to be handed over, UE-specific biasing adjustment parameters for cell range expansion of the one or more user equipments corresponding to their target eNB, wherein the attribute information includes the LTE release version supported and a mobility speed state; wherein the UE-specific biasing adjustment parameters include a cell individual offset and scaling factor for a handover margin; the eNB further comprising a first adjustment sending module configured to send the UE-specific biasing adjustment parameters to the one or more user equipments to enable the corresponding user equipment to adjust a report trigger condition of measurement report on the current eNB and the target eNB; a handover decision module configured to receive the measurement report from the one or more user equipments, and make a handover decision for the one or more user equipments.
A method for providing control and well kill capability during a subsea light well intervention, the method comprising the steps of: connecting a sea-bound end of an umbilical line (31, 32) to a tether management assembly, the tether management assembly including a connector for operably coupling the sea-bound end of the umbilical line (31, 32) to a jumper (33, 53), and a jumper spool assembly (45, 51) carrying the jumper (33, 53); running the umbilical line (31, 32) from an umbilical spool assembly (71, 81) located on a vessel, the umbilical spool assembly (71, 81) carrying the umbilical line (31,32); running a wireline work tool through a pressure control head connected to the well package of a subsea well; and connecting an end of the jumper (33, 53) to a well package connector located on the well package of the subsea well to include paying out a sufficient amount of the jumper (33, 53) to reach the well package connector located on the well package; characterized in that the tether management assembly further includes a variable weight mud mat and/or a clump weight; and landing the tether management assembly on a seabed at a location substantially spaced apart from a location of the subsea well. such that the umbilical line (31, 32) is substantially spaced apart from the wireline tool at the vessel to perform a light well intervention to prevent entanglement. connecting a sea-bound end of an umbilical line (31, 32) to a tether management assembly, the tether management assembly including a connector for operably coupling the sea-bound end of the umbilical line (31, 32) to a jumper (33, 53), and a jumper spool assembly (45, 51) carrying the jumper (33, 53); running the umbilical line (31, 32) from an umbilical spool assembly (71, 81) located on a vessel, the umbilical spool assembly (71, 81) carrying the umbilical line (31,32); running a wireline work tool through a pressure control head connected to the well package of a subsea well; and connecting an end of the jumper (33, 53) to a well package connector located on the well package of the subsea well to include paying out a sufficient amount of the jumper (33, 53) to reach the well package connector located on the well package; characterized in that the tether management assembly further includes a variable weight mud mat and/or a clump weight; and landing the tether management assembly on a seabed at a location substantially spaced apart from a location of the subsea well. such that the umbilical line (31, 32) is substantially spaced apart from the wireline tool at the vessel to perform a light well intervention to prevent entanglement.