mhurhangee/ep-ind-claims huggingface dataset:
A paper napkin dispenser used as a tabletop paper napkin dispenser generally in public living areas like restaurants and cafes; and comprising: a lower supported inner jacket, an outer jacket mounted in a manner completely encircling the said inner jacket, a spring centered inside said inner jacket, a plate positioned on said spring and connected to said spring, a cover covering said inner jacket and said outer jacket from above, and where a four sided advertisement material can be put between the inner jacket and the outer jacket; and further comprising: a tab, formed on the edge of the outer jacket, and a tab housing, formed on the edges of the inner jacket, during the assembly of said outer jacket to the inner jacket, a hinge latch (9.1), formed on said cover, and a resilient flap, for the assembly of said hinge latch (9.1), a stroke channel and stroke hook formed for determination of the stroke of the spring - plate mechanism, characterized in that said resilient flap is formed on the inner jacket, and in that the paper napkin dispenser further comprises a slit formed on the outer jacket for providing rotatable opening and closing of said cover on the inner jacket, the hinge latch (9.1) engaging to the slit when the cover is opened. a lower supported inner jacket, an outer jacket mounted in a manner completely encircling the said inner jacket, a spring centered inside said inner jacket, a plate positioned on said spring and connected to said spring, a cover covering said inner jacket and said outer jacket from above, and where a four sided advertisement material can be put between the inner jacket and the outer jacket; and further comprising: a tab, formed on the edge of the outer jacket, and a tab housing, formed on the edges of the inner jacket, during the assembly of said outer jacket to the inner jacket, a hinge latch (9.1), formed on said cover, and a resilient flap, for the assembly of said hinge latch (9.1), a stroke channel and stroke hook formed for determination of the stroke of the spring - plate mechanism, characterized in that said resilient flap is formed on the inner jacket, and in that the paper napkin dispenser further comprises a slit formed on the outer jacket for providing rotatable opening and closing of said cover on the inner jacket, the hinge latch (9.1) engaging to the slit when the cover is opened. a tab, formed on the edge of the outer jacket, and a tab housing, formed on the edges of the inner jacket, during the assembly of said outer jacket to the inner jacket, a hinge latch (9.1), formed on said cover, and a resilient flap, for the assembly of said hinge latch (9.1), a stroke channel and stroke hook formed for determination of the stroke of the spring - plate mechanism, characterized in that said resilient flap is formed on the inner jacket, and in that the paper napkin dispenser further comprises a slit formed on the outer jacket for providing rotatable opening and closing of said cover on the inner jacket, the hinge latch (9.1) engaging to the slit when the cover is opened.
A method of forming an electrode such as an anode, the method comprising: providing a current collector; providing a mixture on the current collector, the mixture comprising a precursor and micrometer-sized silicon particles; and pyrolysing the mixture on the current collector to convert the precursor into one or more types of carbon phases to form a composite material comprising the one or more types of carbon phases as a substantially continuous phase with the silicon particles distributed throughout the composite material, and to adhere the composite material to the current collector, wherein the current collector comprises a material which is such that the one or more types of carbon phases and silicon particles do not adversely react with the current collector. providing a current collector; providing a mixture on the current collector, the mixture comprising a precursor and micrometer-sized silicon particles; and pyrolysing the mixture on the current collector to convert the precursor into one or more types of carbon phases to form a composite material comprising the one or more types of carbon phases as a substantially continuous phase with the silicon particles distributed throughout the composite material, and to adhere the composite material to the current collector, wherein the current collector comprises a material which is such that the one or more types of carbon phases and silicon particles do not adversely react with the current collector.
An offshore foundation structure for supporting an offshore foundation, in particular an offshore foundation for a wind turbine, comprising a foundation member configured for being installed on the seabed and for supporting the offshore foundation, and a fixation member configured for being fixed in the seabed for installing the foundation member, the fixation member has a screw portion for screwing the fixation member into the seabed, characterized in that the foundation member has a fastening portion configured for being fastened to a corresponding fastening portion on the fixation member, and wherein bolts and screws are driven through respective through holes that form part of the fastening portion of the foundation member. a foundation member configured for being installed on the seabed and for supporting the offshore foundation, and a fixation member configured for being fixed in the seabed for installing the foundation member, the fixation member has a screw portion for screwing the fixation member into the seabed, characterized in that the foundation member has a fastening portion configured for being fastened to a corresponding fastening portion on the fixation member, and wherein bolts and screws are driven through respective through holes that form part of the fastening portion of the foundation member.
A terminal side electronic device configured to perform synchronization detection between cells of a time division duplex wireless communication system, comprising: an acquiring unit configured to acquire, from an electronic synchronization detection device a desired detection period or a maximum detection time interval for performing the synchronization detection, and information about a target cell serving as a target of the synchronization detection, the target cell information including a cell ID of the target cell and an operator ID of the target cell; and to acquire from the target cell, during the detection period, an actual time slot allocation of the target cell; the acquiring unit is configured to acquire a target time slot allocation of the target cell from the electronic synchronization detection device; the electronic device further comprises a comparing unit which is configured to detect an inconsistency by comparing the actual time slot allocation of the target cell with the target time slot allocation; and the reporting unit is configured to transmit at least the actual time slot allocation inconsistent with the target time slot allocation as well as the cell ID and the operator ID of the corresponding target cell to a designated party such as a serving base station of the terminal device or a network administrator approved by the operator. an acquiring unit configured to acquire, from an electronic synchronization detection device a desired detection period or a maximum detection time interval for performing the synchronization detection, and information about a target cell serving as a target of the synchronization detection, the target cell information including a cell ID of the target cell and an operator ID of the target cell; and to acquire from the target cell, during the detection period, an actual time slot allocation of the target cell; the acquiring unit is configured to acquire a target time slot allocation of the target cell from the electronic synchronization detection device; the electronic device further comprises a comparing unit which is configured to detect an inconsistency by comparing the actual time slot allocation of the target cell with the target time slot allocation; and the reporting unit is configured to transmit at least the actual time slot allocation inconsistent with the target time slot allocation as well as the cell ID and the operator ID of the corresponding target cell to a designated party such as a serving base station of the terminal device or a network administrator approved by the operator.
Composition comprising complexes of whey protein micelles and pectin for use in the treatment or prevention of obesity, wherein the weight ratio of whey protein micelles to pectin in the composition is between 30:1 and 0.8:1, and the whey protein micelles are obtainable by adjusting the pH of a demineralized native whey protein aqueous solution to a value between 5.8 and 6.6 and subjecting the aqueous solution to a temperature between 80 and 98°C for a period of between 10 seconds and 2 hours.
A method for controlling a hybrid powertrain of a motor vehicle, said powertrain comprising a thermal traction chain and an electric traction chain, said electric traction chain comprising a traction battery, a voltage modulation device, an inverter, a first electric machine and a second electric machine, the voltage modulation device being adapted to modulate a supply voltage ( U e) of an electric current which is output by the traction battery and which is delivered to the first electric machine and to the second electric machine of the motor vehicle, characterised in that the method comprises: - a step of analytically calculating an optimal supply voltage ( U e opt) delivered by the voltage modulation device to the inverter by means of a mathematical expression which corresponds to the resolution of an equation expressed in the form ∂P bat /∂Ue = 0, wherein (U e) is the supply voltage, wherein P bat is the electrical power supplied by the traction battery and wherein said electrical power (P bat) supplied by the traction battery is expressed in the form of a quadratic function of said supply voltage (U e), and - a step of controlling the voltage modulation device so that it delivers said optimal supply voltage ( U e opt). - a step of analytically calculating an optimal supply voltage ( U e opt) delivered by the voltage modulation device to the inverter by means of a mathematical expression which corresponds to the resolution of an equation expressed in the form ∂P bat /∂Ue = 0, wherein (U e) is the supply voltage, wherein P bat is the electrical power supplied by the traction battery and wherein said electrical power (P bat) supplied by the traction battery is expressed in the form of a quadratic function of said supply voltage (U e), and - a step of controlling the voltage modulation device so that it delivers said optimal supply voltage ( U e opt).
An arrangement consisting of an electric line and a contact having a connection section for making a clamping contact and having a disc-shaped connection area, wherein the longitudinal extension of the connection section defines a main direction, wherein one end of the electric line is welded to the connection area of the contact and wherein the connection area allows a plurality of outgoing directions of the electric line with respect to the main direction.
A monitor system for an agricultural seed planter having a plurality of row units, each of the plurality of row units having a depth regulation member and a seed meter adapted to discharge seeds in a seed path, the monitor system comprising: a seed sensor disposed with respect to the seed path to generate seed signals as the seeds pass; a load sensor associated with at least one of the depth regulation members and disposed to generate load signals corresponding to loads exerted on the depth regulation member; a visual display; processing circuitry operably electrically coupled to said visual display, to each load sensor and to each seed sensor, said processing circuitry configured to monitor and display information pertaining to the planter operation ("Seed Planting Information"), said processing circuitry further configured to monitor and display information pertaining to loads exerted on the depth regulation member ("Load Information"). a seed sensor disposed with respect to the seed path to generate seed signals as the seeds pass; a load sensor associated with at least one of the depth regulation members and disposed to generate load signals corresponding to loads exerted on the depth regulation member; a visual display; processing circuitry operably electrically coupled to said visual display, to each load sensor and to each seed sensor, said processing circuitry configured to monitor and display information pertaining to the planter operation ("Seed Planting Information"), said processing circuitry further configured to monitor and display information pertaining to loads exerted on the depth regulation member ("Load Information").
An adjusting device for tightening or loosening a lace, characterized in that the adjusting device comprising: a base having an accommodating space and at least one stopping member, wherein the accommodating space is communicated with an ambience through two holes; a knob pivotally disposed in the accommodating space, the knob comprising an annular track corresponding to the two holes and a first assembling portion; and a releasing unit disposed in the accommodating space and for providing a raising or lowering operation, the releasing unit comprising a second assembling portion and an axial member, wherein the axial member comprises a first limiting portion, a second limiting portion and an intermittent sliding portion located between the first limiting portion and the second limiting portion, and the axial member is disposed through the knob; wherein the intermittent sliding portion allows the stopping member to pass therethrough when a preliminary force is exerted; when the stopping member is positioned by the first limiting portion, the releasing unit is located in a first position and the second assembling portion is engaged with the first assembling portion; and when the stopping member is positioned by the second limiting portion, the releasing unit is located in a second position and the second assembling portion is separated from the first assembling portion. a base having an accommodating space and at least one stopping member, wherein the accommodating space is communicated with an ambience through two holes; a knob pivotally disposed in the accommodating space, the knob comprising an annular track corresponding to the two holes and a first assembling portion; and a releasing unit disposed in the accommodating space and for providing a raising or lowering operation, the releasing unit comprising a second assembling portion and an axial member, wherein the axial member comprises a first limiting portion, a second limiting portion and an intermittent sliding portion located between the first limiting portion and the second limiting portion, and the axial member is disposed through the knob; wherein the intermittent sliding portion allows the stopping member to pass therethrough when a preliminary force is exerted; when the stopping member is positioned by the first limiting portion, the releasing unit is located in a first position and the second assembling portion is engaged with the first assembling portion; and when the stopping member is positioned by the second limiting portion, the releasing unit is located in a second position and the second assembling portion is separated from the first assembling portion.
An aircraft fluid conduit, the conduit comprising a piping of thermoplastic material comprising a connection end extending along a piping axis and a connector to be mounted in the connection end by a translational movement along the piping axis from upstream to downstream, - the connection end defining a piping internal surface configured to be in contact with a fluid and a piping external surface, opposite to the piping internal surface. - the connector extending along a connector axis and comprising a connecting portion, extending longitudinally along the connector axis configured to extend into the connection end, the connecting portion defining a connector internal surface, to be in contact with the fluid, and a connector external surface, opposite to the connector internal surface and configured to be in contact with the piping internal surface of the connection end, the connecting portion having a free longitudinal end that is beveled, - which connector is characterized in that the free longitudinal end is configured to be radially deformed following mounting the connector into the connector end, previously thermally expanded, so that the conduit has an internal surface having a substantially constant internal radius at the interface between the connector and the piping. - the connection end defining a piping internal surface configured to be in contact with a fluid and a piping external surface, opposite to the piping internal surface. - the connector extending along a connector axis and comprising a connecting portion, extending longitudinally along the connector axis configured to extend into the connection end, the connecting portion defining a connector internal surface, to be in contact with the fluid, and a connector external surface, opposite to the connector internal surface and configured to be in contact with the piping internal surface of the connection end, the connecting portion having a free longitudinal end that is beveled, - which connector is characterized in that the free longitudinal end is configured to be radially deformed following mounting the connector into the connector end, previously thermally expanded, so that the conduit has an internal surface having a substantially constant internal radius at the interface between the connector and the piping.
A work support apparatus for making an unskilled worker grow into a skilled worker without disturbing the skilled workers' work, comprising: a processor and a memory, and an output device to which the work support apparatus is connected, the memory holds a value indicating information on at least one of an apparatus used for a work and a worker performing the work, work change recognition determination information indicating a work change recognition determination algorithm, and work support information indicating a work support content corresponding to a determination result, and the processor applies a value indicating information on at least one of the apparatus and the worker to the work change recognition determination algorithm and execute a work change recognition determination for determining whether or not the worker recognizes a work change indicating at least one of a change in a work process and a transition between a normal state and an abnormal state of a work, and outputs, to the output device, a work support content corresponding to a determination result of the work change recognition determination, with reference to the work support information. a processor and a memory, and an output device to which the work support apparatus is connected, the memory holds a value indicating information on at least one of an apparatus used for a work and a worker performing the work, work change recognition determination information indicating a work change recognition determination algorithm, and work support information indicating a work support content corresponding to a determination result, and the processor applies a value indicating information on at least one of the apparatus and the worker to the work change recognition determination algorithm and execute a work change recognition determination for determining whether or not the worker recognizes a work change indicating at least one of a change in a work process and a transition between a normal state and an abnormal state of a work, and outputs, to the output device, a work support content corresponding to a determination result of the work change recognition determination, with reference to the work support information.
Method for preparing a green construction element, forming a vertical surface of the construction, said element comprising: a) a porous concrete element, and b) a coating on at least one of the surfaces of said porous concrete, directly in contact with said surface, said coating which is favourable to the development of plants comprising a plant or a seed of said plant, the porous concrete having a porosity of between 10 % and 40 % in the hardened state thereof, before application of the coating, so as to be able to render said vertical surface of the construction green, said method comprising: - the preparation of a porous concrete element by in situ pouring, vertically, of a porous self-placing concrete; then - the application of a seeded coating by floating or spraying. a) a porous concrete element, and b) a coating on at least one of the surfaces of said porous concrete, directly in contact with said surface, said coating which is favourable to the development of plants comprising a plant or a seed of said plant, - the preparation of a porous concrete element by in situ pouring, vertically, of a porous self-placing concrete; then - the application of a seeded coating by floating or spraying.
A solid rinse aid composition comprising: (a) 1 to 10 wt% a sheeting agent, wherein the sheeting agent comprises at least one compound having the structure represented by formula I: R-O-(CH 2 CH 2 O) n -H wherein R is a (C 1 -C 12) alkyl group, and n is an integer in the range of 20 to 100; (b) 1 to 10 wt% of a defoaming agent; (c) 1 to 25 wt% an association disruption agent of an alcohol alkoxylate EO/PO surfactant; (d) 0.1 to 5.0 wt% a chelating/sequestering agent; and (e) up to 75 wt% of an anti-microbial. (a) 1 to 10 wt% a sheeting agent, wherein the sheeting agent comprises at least one compound having the structure represented by formula I: R-O-(CH 2 CH 2 O) n -H wherein R is a (C 1 -C 12) alkyl group, and n is an integer in the range of 20 to 100; (b) 1 to 10 wt% of a defoaming agent; (c) 1 to 25 wt% an association disruption agent of an alcohol alkoxylate EO/PO surfactant; (d) 0.1 to 5.0 wt% a chelating/sequestering agent; and (e) up to 75 wt% of an anti-microbial.