mhurhangee/ep-ind-claims huggingface dataset:
A touch pen attachment which is attachable to a game controller including a controller-side slide portion, comprising: a housing having an elongated shape; a rail member as an attachment-side slide portion, configured to be inserted into the controller-side slide portion from a first side of the rail member and to slidably engage with the controller-side slide portion in the insertion direction, wherein the rail member has the first side and a second side with respect to the insertion direction, the rail member is provided on a long side surface of the elongated shape housing parallel to the insertion direction; a stopper portion on the second side of a center of the rail member and configured to stop a slide movement, in the insertion direction, of the controller-side slide portion that has been inserted from the first side of the rail member; and a touch pen portion on an end portion of the housing on the second side in the insertion direction, wherein the touch pen portion protrudes from the end portion of the rail member on the second side in a direction opposite to the insertion direction, wherein the rail member comprises a bottom surface portion, two side surface portions (162a, 162b) extending perpendicularly to the bottom surface portion, and opposing portions (163a, 163b) which are provided to extend perpendicularly from the two side surface portions and having surfaces opposed to the bottom surface portion. a housing having an elongated shape; a rail member as an attachment-side slide portion, configured to be inserted into the controller-side slide portion from a first side of the rail member and to slidably engage with the controller-side slide portion in the insertion direction, wherein the rail member has the first side and a second side with respect to the insertion direction, the rail member is provided on a long side surface of the elongated shape housing parallel to the insertion direction; a stopper portion on the second side of a center of the rail member and configured to stop a slide movement, in the insertion direction, of the controller-side slide portion that has been inserted from the first side of the rail member; and a touch pen portion on an end portion of the housing on the second side in the insertion direction, wherein the touch pen portion protrudes from the end portion of the rail member on the second side in a direction opposite to the insertion direction, wherein the rail member comprises a bottom surface portion, two side surface portions (162a, 162b) extending perpendicularly to the bottom surface portion, and opposing portions (163a, 163b) which are provided to extend perpendicularly from the two side surface portions and having surfaces opposed to the bottom surface portion.
Circuit through which a refrigerant can pass, comprising a compressor, a first interior exchanger intended to heat an interior air flow sent into an interior of a motor vehicle, a second interior exchanger intended to heat or cool the said interior air flow, an internal exchanger comprising a first leg through which the refrigerant can pass and which exchanges heat with a second leg of the internal exchanger through which the refrigerant can pass, and an exterior exchanger, and comprising means (8, 9, 13, 18, 34, 37) designed to reverse the direction in which the refrigerant circulates in the first leg of the internal exchanger, a first expansion member being connected to a first port of the first leg and a second expansion member is connected to a second port of the first leg, characterized in that a third expansion member is installed between an outlet of the first interior exchanger and an inlet of the second interior exchanger.
An apparatus for transmitting PQoS DFID, Parameterized Quality of Service Destination Flow Identification, information in a MoCA, Multimedia over Coax Alliance, network, the apparatus being characterized by comprising a processor adapted to assign one or more values in a first set of one or more fields of a reservation request element, the first set adapted to indicate a unicast PQoS flow with a DFID value; to assign one or more values in a second set of one or more fields of the reservation request, the second set adapted to represent the DFID value; and to cause transmission of a message comprising the reservation request to a network controller.
Process for recombining a liquid food product, comprising the steps of - providing a slurry of food solids, said slurry being prepared by mixing food powder with water, - blending the slurry by in-line injection of water, and - heat treating the recombined liquid food product, wherein the blending step and heat treatment step are continuous and wherein the mixing step is performed in the presence of a vacuum, for simultaneous deaeration of the food product being mixed. - providing a slurry of food solids, said slurry being prepared by mixing food powder with water, - blending the slurry by in-line injection of water, and - heat treating the recombined liquid food product,
Ink cartridge for an inkjet printer, comprising interfaces on a front face for connection to a cartridge receiving structure, the interfaces including an ink interface and a gas interface; a guide interface on a bottom face for guiding the cartridge along a straight line for connecting the interfaces, the guide interface including a guide receiving opening near the front face; a latch track and a latch stop arranged on the bottom face, to guide and retain a latch of the cartridge receiving structure; and an electrical circuit (10, 19), disposed near a top face, wherein the top face is opposite the bottom face, wherein the electrical circuit is sunken with respect to the front face, wherein the electrical circuit (10, 19) comprises electrodes that extend in a plane (Y, Z) perpendicular to the front face and arranged on a line parallel to the front face and behind the front face; wherein the cartridge also comprises an ejector alignment interface on the front face and wherein the electrical circuit (10,19) is arranged near the top of the front face, the gas interface and the ejector alignment interface are arranged near the middle of the front face and the ink interface and the guide receiving opening are arranged near the bottom face. interfaces on a front face for connection to a cartridge receiving structure, the interfaces including an ink interface and a gas interface; a guide interface on a bottom face for guiding the cartridge along a straight line for connecting the interfaces, the guide interface including a guide receiving opening near the front face; a latch track and a latch stop arranged on the bottom face, to guide and retain a latch of the cartridge receiving structure; and an electrical circuit (10, 19), disposed near a top face, wherein the top face is opposite the bottom face, wherein the electrical circuit is sunken with respect to the front face, wherein the electrical circuit (10, 19) comprises electrodes that extend in a plane (Y, Z) perpendicular to the front face and arranged on a line parallel to the front face and behind the front face; wherein the cartridge also comprises an ejector alignment interface on the front face and wherein the electrical circuit (10,19) is arranged near the top of the front face, the gas interface and the ejector alignment interface are arranged near the middle of the front face and the ink interface and the guide receiving opening are arranged near the bottom face.
A portable device comprising: a storage battery that is charged with power supplied from a power generator (2, 2a); a power generation scheme identifier receiving unit configured to receive, from the power generator (2, 2a), a power generation scheme identifier for identifying a power generation scheme of power supplied from the power generator (2, 2a); a power generation scheme identifier identifying unit configured to recognize whether or not power is supplied from the power generator (2, 2a) which has a clean power generation identifier; and a presenting unit configured to present the power supplied from the power generator (2, 2a) and the power generation scheme identified by the power generation scheme identifier received by the power generation scheme identifier receiving unit, wherein the power and the power generation scheme are presented in association with each other, characterized in that the portable device comprises a power level managing unit that manages a remaining power of the storage battery, wherein the portable device is configured to measure the power level supplied when the power is supplied from the power generator (2, 2a) with the clean power generation identifier, and to manage the remaining power level derived from clean energy and other energy remaining power level among the remaining power level of the storage battery, and wherein the portable device is configured to present the remaining power level of the storage battery as a breakdown of power derived from clean energy and other power. a storage battery that is charged with power supplied from a power generator (2, 2a); a power generation scheme identifier receiving unit configured to receive, from the power generator (2, 2a), a power generation scheme identifier for identifying a power generation scheme of power supplied from the power generator (2, 2a); a power generation scheme identifier identifying unit configured to recognize whether or not power is supplied from the power generator (2, 2a) which has a clean power generation identifier; and a presenting unit configured to present the power supplied from the power generator (2, 2a) and the power generation scheme identified by the power generation scheme identifier received by the power generation scheme identifier receiving unit, wherein the power and the power generation scheme are presented in association with each other, characterized in that the portable device comprises a power level managing unit that manages a remaining power of the storage battery, wherein the portable device is configured to measure the power level supplied when the power is supplied from the power generator (2, 2a) with the clean power generation identifier, and to manage the remaining power level derived from clean energy and other energy remaining power level among the remaining power level of the storage battery, and wherein the portable device is configured to present the remaining power level of the storage battery as a breakdown of power derived from clean energy and other power.
Detection system for detecting bottles and similar containers with the direct light method, wherein the bottles or similar containers exhibit container seams and/or embossings arranged on a container wall, wherein the detection system comprises a control unit, at least one illuminating unit, and at least one optical assembly with at least one camera, wherein the illuminating unit comprises a plurality of light sources arranged on several conductor paths, which are arranged above one another seen in a vertical direction of the illuminating unit, such that, by means of the light sources arranged in vertically aligned columns, in each case a stripe-shaped light beam can be projected as direct light onto a container wall region, wherein the light beams projected onto a container wall region in each case are spaced at a distance from one another, seen in an axial direction of the illuminating unit, wherein the light sources of each conductor path arranged in a vertical direction, seen in the axial direction are arranged one above the other without offset on this conductor path, wherein each vertical arranged column of light sources of the respective conductor path can be controlled by the control unit independently of the other columns in such a way that a light pattern can be projected from the vertically arranged columns onto the container wall region of an individual container, which is variably adjusted as a function of the surface properties, and with which adjacent columns of light sources are connected together to form light blocks, wherein the light blocks of the light pattern exhibit a greater axial distance from one another in comparison with a light pattern with all the actuated columns, wherein the vertically directed columns of light sources of each conductor path are actuated in such a way that a stripe pattern exhibiting an offset, seen in the axial direction, is projected from the light blocks onto the container wall region, in that individual light sources or a group of adjacent light sources of a vertically directed column can be switched on or off simultaneously with individual light sources, or with a group of light sources, horizontally adjacent to one another, of at least one adjacent column, wherein the control unit is further configured such that, by means of the stripe pattern and the at least one camera, first, independently of the contents and container colour, an absolutely exact position of the container seam and/or the embossing is determined, and, following this, an alignment of the bottle or of the container is made possible, such that a label can be applied at locations at which there is no container seam and no embossing present, and that the labelling of the aligned bottles and similar containers in a labelling machine is made possible, such that the label is arranged in a predetermined and repeatable position which is always oriented in the same way in respect of the container seams and/or embossings.
An encapsulated phase change material 'PCM' heat sink, comprising: a lower shell; an upper shell; an encapsulated phase change material comprising a phase change material encapsulated in a non-phase change material; and an internal matrix comprising a space, wherein the space is configured to receive the encapsulated phase change material, and wherein thermal energy is transferrable between the encapsulated phase change material and at least one of the lower shell and the upper shell; wherein the internal matrix comprises a plurality of pins integral with one or both of the lower shell and the upper shell. a lower shell; an upper shell; an encapsulated phase change material comprising a phase change material encapsulated in a non-phase change material; and an internal matrix comprising a space, wherein the space is configured to receive the encapsulated phase change material, and wherein thermal energy is transferrable between the encapsulated phase change material and at least one of the lower shell and the upper shell; wherein the internal matrix comprises a plurality of pins integral with one or both of the lower shell and the upper shell.
A sole assembly for an article of footwear comprising: a midsole having a bottom with a bottom surface, and having an outer wall with a side surface; and a thermoplastic polyurethane outsole secured to the bottom surface of the midsole and a thermoplastic polyurethane toe bumper secured to the side surface of the midsole; wherein the thermoplastic polyurethane toe bumper is at least partially transparent. a midsole having a bottom with a bottom surface, and having an outer wall with a side surface; and a thermoplastic polyurethane outsole secured to the bottom surface of the midsole and a thermoplastic polyurethane toe bumper secured to the side surface of the midsole; wherein the thermoplastic polyurethane toe bumper is at least partially transparent.
A vibratory flowmeter for determining an average flow rate of a pulsating flow, the vibratory flowmeter comprising: a flowmeter assembly including at least two pickoff sensors (170L, 170R) and configured to generate at least two vibrational signals; and meter electronics configured to receive the at least two vibrational signals and generate a flow rate measurement signal, divide the flow rate measurement signal into a series of time periods, with each time period including a single flow peak that is substantially centered in the time period, totalize flow rate measurements of each time period to generate a period sum, and divide the period sum by a time period length to generate a period average flow rate, wherein the meter electronics outputs a sequence of period average flow rates as an average flow rate signal. a flowmeter assembly including at least two pickoff sensors (170L, 170R) and configured to generate at least two vibrational signals; and meter electronics configured to receive the at least two vibrational signals and generate a flow rate measurement signal, divide the flow rate measurement signal into a series of time periods, with each time period including a single flow peak that is substantially centered in the time period, totalize flow rate measurements of each time period to generate a period sum, and divide the period sum by a time period length to generate a period average flow rate, wherein the meter electronics outputs a sequence of period average flow rates as an average flow rate signal.
A structural module tie, the tie being adapted to be affixed to adjoining structural modules, wherein the tie is adapted to link adjoining modules together in a horizontal plane, and to accommodate misalignment of the modules in the horizontal plane, wherein the tie comprises a pair of opposed plates (210, 501) each defining an enclosure (215, 502) accessed by a mouth (216, 217, 503), and a tie element (230, 220, 510, 506) configured to extend through the mouths and to engage said enclosures, and the mouths (216, 503) each have an opening to allow insertion of the tie element (230, 220, 510, 506) vertically, and the tie element comprises a tie rod (230, 510) with a socket (220, 506) at each end, said sockets being configured to be inserted in the enclosures (215, 502) and to have a range of rotary movement within the enclosure. adjoining structural modules, wherein the tie is adapted to link adjoining modules together in a horizontal plane, and to accommodate misalignment of the modules in the horizontal plane, wherein the tie comprises a pair of opposed plates (210, 501) each defining an enclosure (215, 502) accessed by a mouth (216, 217, 503), and a tie element (230, 220, 510, 506) configured to extend through the mouths and to engage said enclosures, and the mouths (216, 503) each have an opening to allow insertion of the tie element (230, 220, 510, 506) vertically, and the tie element comprises a tie rod (230, 510) with a socket (220, 506) at each end, said sockets being configured to be inserted in the enclosures (215, 502) and to have a range of rotary movement within the enclosure.
A method for a data processor (120, 200) in a communication network for communicating content files, comprising: determining a plurality of destination sites (135a, 135b, 135c) to which a content file is to be transmitted; assigning priority levels to the plurality of destination sites; allocating a plurality of bandwidth portions on a communication link to the plurality of destination sites, respectively, based on the priority levels assigned to the plurality of destination sites; and transmitting the content file to the plurality of destination sites using the plurality of bandwidth portions allocated to the plurality of destination sites on the communication link, respectively; the method being characterized in that the step of assigning the priority levels to the plurality of destination sites further comprises: identifying a time by which the content file is to reach one of the plurality of destination sites; determining a size of the one of the plurality of bandwidth portions associated with the one of the plurality of destination sites based on the time that was identified; and assigning the priority levels based on the size of the one of the plurality of bandwidth portions that was determined. determining a plurality of destination sites (135a, 135b, 135c) to which a content file is to be transmitted; assigning priority levels to the plurality of destination sites; allocating a plurality of bandwidth portions on a communication link to the plurality of destination sites, respectively, based on the priority levels assigned to the plurality of destination sites; and transmitting the content file to the plurality of destination sites using the plurality of bandwidth portions allocated to the plurality of destination sites on the communication link, respectively; the method being characterized in that the step of assigning the priority levels to the plurality of destination sites further comprises: identifying a time by which the content file is to reach one of the plurality of destination sites; determining a size of the one of the plurality of bandwidth portions associated with the one of the plurality of destination sites based on the time that was identified; and assigning the priority levels based on the size of the one of the plurality of bandwidth portions that was determined. identifying a time by which the content file is to reach one of the plurality of destination sites; determining a size of the one of the plurality of bandwidth portions associated with the one of the plurality of destination sites based on the time that was identified; and assigning the priority levels based on the size of the one of the plurality of bandwidth portions that was determined.
A photosensitizer particle, comprising, a shell consisting essentially of a plurality of photosensitizer conjugates, wherein each of the plurality of photosensitizer conjugates consists of a photosensitizer, and one to four biodegradable polymers covalently bound to the photosensitizer; and a core, filled with gas, liquid or a mixture of gas and liquid.
Packaging paper for food - with a basis weight between 20 g/m 2 and 40 g/m 2, and - with a filler content of less than 20% by weight with respect to the weight of the uncoated paper, - wherein the packaging paper has a coating on at least one side, which comprises a vegetable oil encapsulated in a polymer, talc and a binder, and - wherein both sides of the finished packaging paper have a Cobb 60 value of 14 g/m 2 to 22 g/m 2. - with a basis weight between 20 g/m 2 and 40 g/m 2, and - with a filler content of less than 20% by weight with respect to the weight of the uncoated paper, - wherein the packaging paper has a coating on at least one side, which comprises a vegetable oil encapsulated in a polymer, talc and a binder, and - wherein both sides of the finished packaging paper have a Cobb 60 value of 14 g/m 2 to 22 g/m 2.