mhurhangee/ep-ind-claims huggingface dataset:
A composite material incorporating a plurality of coated primary particles dispersed within a secondary matrix material, each primary particle comprising a primary matrix material and containing a population of semiconductor nanoparticles dispersed within the primary matrix material, wherein: (i) each primary particle is provided with a separate layer of an inorganic surface coating material, (ii) said primary particles are provided in the form of microbeads, (iii) the primary matrix material comprises a polymer, (iv) said secondary matrix material is in the form of one or more secondary particles, and (v) a surface of the or each secondary particle is provided with a separate layer of a further surface coating material. (i) each primary particle is provided with a separate layer of an inorganic surface coating material, (ii) said primary particles are provided in the form of microbeads, (iii) the primary matrix material comprises a polymer, (iv) said secondary matrix material is in the form of one or more secondary particles, and (v) a surface of the or each secondary particle is provided with a separate layer of a further surface coating material.
A method of making a microcircuit card attached to a carrier card wherein said method comprises placing a carrier card on a support with a face of said carrier card being positioned on said support, and milling a peripheral edge for the microcircuit card in the carrier card, characterized in that said method comprises placing a milling mask over a face of said carrier card and milling around at least part of the periphery of said milling mask with a milling tool to form the peripheral edge, whereby the milling mask has an opening at one edge, said opening being arranged to align with an edge of the carrier card such that on milling, the milling tool can move beyond the edge of the microcircuit card so that an edge of the microcircuit card can be aligned with the edge of the carrier card.
A method of adapting operation of self-organizing network functions in a communication network comprising a big data system and a self-organizing network system, the method comprising: adapting, by a processing unit of the self-organizing network system, the operation of at least one self-organizing network function by using knowledge achieved by analysis performed on a large data set available in the big data system; wherein the large data set available in the big data system includes data of the network domain of the at least one self-organizing network function and data of another network domain with similar characteristics.
A flexible display device comprising: a display unit; a sensing unit configured to detect at least one rolling characteristic in response to the display unit being rolled around one axis into a cylindrical shape, the at least one rolling characteristic comprising the rolling diameter of said cylindrical shape; and a control unit configured to perform a first function of the flexible display device in response to the display unit being wholly rolled into said cylindrical shape with a detected rolling diameter smaller than a first threshold value and to perform a second function of the flexible display device in response to the display unit being wholly rolled into the cylindrical shape with a detected rolling diameter smaller than a second threshold value, wherein the second threshold value is smaller than the first threshold value and the second function is different from the first function, wherein the control unit is configured to control the display unit to display a first user interface UI when performing the first function and to display a second user interface UI when performing the second function, and wherein the first UI is displayed on an exposed area among a rolled area of the display unit, and the second UI is displayed on an exposed area among a rolled area of the display unit, and wherein the first UI and the second UI have different sizes depending on the detected rolling diameter. a display unit; a sensing unit configured to detect at least one rolling characteristic in response to the display unit being rolled around one axis into a cylindrical shape, the at least one rolling characteristic comprising the rolling diameter of said cylindrical shape; and a control unit configured to perform a first function of the flexible display device in response to the display unit being wholly rolled into said cylindrical shape with a detected rolling diameter smaller than a first threshold value and to perform a second function of the flexible display device in response to the display unit being wholly rolled into the cylindrical shape with a detected rolling diameter smaller than a second threshold value, wherein the second threshold value is smaller than the first threshold value and the second function is different from the first function, wherein the control unit is configured to control the display unit to display a first user interface UI when performing the first function and to display a second user interface UI when performing the second function, and wherein the first UI is displayed on an exposed area among a rolled area of the display unit, and the second UI is displayed on an exposed area among a rolled area of the display unit, and wherein the first UI and the second UI have different sizes depending on the detected rolling diameter.
A formulation for use in preparing a foamed thermoplastic polymer, said formulation being a masterbatch comprising a thermoplastic polymer, an oxalate compound and a nucleator, wherein said formulation is in the form of melt-processed pellets which include 3 to 9 wt% of said oxalate compound, 2 to 10 wt% of said nucleator, and 87 to 95 wt% of said thermoplastic polymer, wherein said thermoplastic polymer has a melt-processing temperature of at least 250°C and is a fluoropolymer, wherein said oxalate compound comprises manganese oxalate,
A syringe with needle, comprising: a needle tube having a needle tip capable of puncturing a living body; a syringe formed integrally with the needle tube by insert molding; and a cap covering the needle tip of the needle tube, wherein the syringe includes a main body which is filled with a drug, and a securing section which is formed to be continuous with the main body and wherein the securing section secures the needle tube in a state that the needle tip of the needle tube is protruded, the securing section includes a close contact part from which the needle tip of the needle tube protrudes, and a connection part which connects the close contact part and the main body to each other, and the connection part of the securing section has a hole, characterized in that the hole is a holding hole which is formed to be orthogonal to an axial direction of the needle tube held by the securing section and in which a chuck member for supporting and securing a circumferential surface of the needle tube during the insert molding is inserted and passed, the cap covers the securing section of the syringe, the close contact part makes close contact with an inner surface of the cap, and a parting line derived from a mold for forming the syringe by the insert molding is located on the connection part of the securing section exclusive of the close contact part. a needle tube having a needle tip capable of puncturing a living body; a syringe formed integrally with the needle tube by insert molding; and a cap covering the needle tip of the needle tube, wherein the syringe includes a main body which is filled with a drug, and a securing section which is formed to be continuous with the main body and wherein the securing section secures the needle tube in a state that the needle tip of the needle tube is protruded, the securing section includes a close contact part from which the needle tip of the needle tube protrudes, and a connection part which connects the close contact part and the main body to each other, and the connection part of the securing section has a hole, characterized in that the hole is a holding hole which is formed to be orthogonal to an axial direction of the needle tube held by the securing section and in which a chuck member for supporting and securing a circumferential surface of the needle tube during the insert molding is inserted and passed, the cap covers the securing section of the syringe, the close contact part makes close contact with an inner surface of the cap, and a parting line derived from a mold for forming the syringe by the insert molding is located on the connection part of the securing section exclusive of the close contact part.
A fluid testing method comprising: providing a fluid testing apparatus comprising: a testing chamber comprising a sample volume, a filtrate collection reservoir, an opening between the sample volume and the filtrate collection reservoir, and at least one port into the sample volume; a filter storage device; and a filter transfer mechanism; positioning at least one filter in the opening using the filter transfer mechanism; closing the opening; introducing a sample fluid into the port to at least partially fill the sample volume; pressurizing the sample volume; allowing a filtrate of the sample fluid to flow from the sample volume, through the filter and into the filtrate collection reservoir; measuring the volume of filtrate passing into the filtrate collection reservoir; discharging sample fluid from the sample volume; discharging filtrate from the filtrate collection reservoir; and removing the filter. providing a fluid testing apparatus comprising: a testing chamber comprising a sample volume, a filtrate collection reservoir, an opening between the sample volume and the filtrate collection reservoir, and at least one port into the sample volume; a filter storage device; and a filter transfer mechanism; a testing chamber comprising a sample volume, a filtrate collection reservoir, an opening between the sample volume and the filtrate collection reservoir, and at least one port into the sample volume; a sample volume, a filtrate collection reservoir, an opening between the sample volume and the filtrate collection reservoir, and at least one port into the sample volume; a filter storage device; and a filter transfer mechanism; positioning at least one filter in the opening using the filter transfer mechanism; closing the opening; introducing a sample fluid into the port to at least partially fill the sample volume; pressurizing the sample volume; allowing a filtrate of the sample fluid to flow from the sample volume, through the filter and into the filtrate collection reservoir; measuring the volume of filtrate passing into the filtrate collection reservoir; discharging sample fluid from the sample volume; discharging filtrate from the filtrate collection reservoir; and removing the filter.
Refrigerating device with a refrigerating compartment for receiving products to be refrigerated, having at least one evaporator for cooling air flowing around the products to be refrigerated, at least one fan for circulating the air from the refrigerating compartment through the at least one evaporator and back into the refrigerating compartment, a finned heat exchanger on an inlet side of the at least one evaporator, through which heat exchanger the air flows into the at least one evaporator, and having a coolant, by means of which heat can be extracted from the air in the at least one evaporator, and having an irradiating device by means of which the finned heat exchanger can be irradiated with blue light, characterized in that the light has a wavelength λ of 450.8 ±5 nm.
Fuel cell connection device with strip bearing cells and spiral-wound, characterized in that it comprises a tube (1, 101), provided with an electricity-conducting outer surface and an axial electrical connection termination (2, 102), said tube being further provided with a connection termination (3, 103) for a first gas and radial openings (4, 104) for the passage of said first gas, the tube forming a distribution channel for the first gas between the connection termination for the first gas and the radial openings, the device further comprising an electrically insulating sleeve tube (5, 105) for receiving the tube, the sleeve tube being provided with a longitudinal window (6, 106) open facing the openings on one side of the sleeve tube.
A device for detaching parietal thrombi from a vessel of the body, having a catheter with at least one catheter section provided along the longitudinal direction of the catheter, the catheter wall which is associated therewith being provided with at least one wall opening which penetrates completely through the catheter wall, wherein the catheter wall consists of a resiliently deformable material along the at least one catheter section, characterized in that the at least one wall opening is in the form of a circumferential helical separating slit in at least a part of the catheter wall along the catheter section, in that, distally to the circumferential helical separating slit, the catheter is provided with a fixing means which permits releasable fixing of the catheter to a vessel of the body, in that the catheter can be converted exclusively by an external mechanical force in the form of a turning moment acting torsionally on the catheter, from a state with a relatively smaller external catheter diameter into a state with a relatively larger external catheter diameter by means of a resilient change in shape, whereby the circumferential helical separating slit expands from a closed state of the slit into an open state of the slit, and in that when the external force ceases to act, the catheter autonomously assumes the state with the relatively smaller external catheter diameter by means of the inherent resilient restoring forces of the material and the separating slit assumes the closed state of the slit.
An apparatus for treating urinary retention of a patient by discharging urine from the urinary bladder, wherein it comprises: an expandable member adapted to be implanted inside the urinary bladder of a patient, and a control device for controlling the volume of the expandable member, the control device being adapted to be placed outside the urinary bladder and connected to the expandable member through the wall of the urinary bladder, wherein the expandable member is adapted as a result of its expansion in volume to discharge urine from the urinary bladder, and wherein the expandable member is releasably attached to the control device with a detachable coupling. an expandable member adapted to be implanted inside the urinary bladder of a patient, and a control device for controlling the volume of the expandable member, the control device being adapted to be placed outside the urinary bladder and connected to the expandable member through the wall of the urinary bladder, wherein the expandable member is adapted as a result of its expansion in volume to discharge urine from the urinary bladder, and wherein the expandable member is releasably attached to the control device with a detachable coupling.
A method for preparing a polyhydroxyurethane polymer, comprising reacting at least one alkenyl ether polyol, containing at least one 1-alkenyl ether group, and at least two hydroxyl groups (-OH), or a prepolymer which contains at least one alkenyl ether polyol of this kind as a monomer unit, with a compound which contains at least two thiol groups.
Method for cohesive joining of two metal sheets having a different melting point, of which the one sheet, the end sheet, exhibits a light metal material, more particularly aluminum material, and the other, connecting sheet exhibits an iron and/or titanium material, wherein a coating, more particularly on the basis of zinc or aluminum, is provided, at least in part, on at least one of the abutting surfaces of the abutting edge of the connecting sheet, which run at an incline relative to one another, in which method the two sheets are joined together by brazing, abutting one another, using an additional material on the basis of a light metal, more particularly on the basis of aluminum, along their common joint, characterized in that, before joining, a recess for accommodating at least a part of the coated abutting edge of the connecting sheet is introduced into the abutting edge of the end sheet, wherein during joining, brazing is carried out at least partially over a recess flank (11 or 12, respectively) of the recess, which flank covers the coating of the connecting sheet part.
An indirect heat exchanger (100; 200) comprising: a plurality of coil circuits, an inlet header (102; 202) connected to an inlet end of each coil circuit and an outlet header (104; 204) connected to an outlet end of each coil circuit, each coil circuit comprised of a circuit tube (106, 107, 108, 109, 110, 111, 112, 113; 206, 207, 208, 209, 210, 211, 212, 213) that extends in a series of run lengths and return bends from the inlet end of each coil circuit to the outlet end of each coil circuit, each circuit tube run length having a decreasing horizontal cross sectional dimension and an increasing vertical cross sectional dimension as the circuit tube run length extends from near the inlet end of each coil circuit to near the outlet end of each coil circuit, characterised in that each circuit tube has a cross sectional area that decreases from the inlet end of each coil circuit to the outlet end of each coil circuit. a plurality of coil circuits, an inlet header (102; 202) connected to an inlet end of each coil circuit and an outlet header (104; 204) connected to an outlet end of each coil circuit, each coil circuit comprised of a circuit tube (106, 107, 108, 109, 110, 111, 112, 113; 206, 207, 208, 209, 210, 211, 212, 213) that extends in a series of run lengths and return bends from the inlet end of each coil circuit to the outlet end of each coil circuit, each circuit tube run length having a decreasing horizontal cross sectional dimension and an increasing vertical cross sectional dimension as the circuit tube run length extends from near the inlet end of each coil circuit to near the outlet end of each coil circuit, characterised in that each circuit tube has a cross sectional area that decreases from the inlet end of each coil circuit to the outlet end of each coil circuit.
Apparatus for the additive manufacturing of three-dimensional objects by successive, selective layer-by-layer exposure and thereby successive, selective layer-by-layer compacting of building material layers, consisting of building material compactable by means of an energy beam, comprising a flow unit, which is arranged to embody a first fluid flow, which flows at least in sections along the at least one functions component of the apparatus and which can be loaded or is loaded with contaminations, specifically particulate contaminations arising in the course of the process, wherein the flow unit is arranged to embody a second fluid flow, wherein the second fluid flow flows between the first fluid flow and the at least one functions component of the apparatus at least in sections, directly along the surface of the at least one functions component of the apparatus, characterized in that - the first fluid flow and the second fluid flow differ in at least one flow parameter relating to the flow characteristics of the respective fluid flow (FS1, FS2) and/or -- in at least one physical parameter relating to the physical characteristics of the respective fluid flow (FS1, FS2) -- and - the first and second fluid flow (FS1, FS2) flow parallel next to each other and, based on the different flow parameters and/or based on the different physical parameters, the possibility of mixing the fluid flows (FS1, FS2) can be or is reduced. - the first fluid flow and the second fluid flow differ in at least one flow parameter relating to the flow characteristics of the respective fluid flow (FS1, FS2) and/or -- in at least one physical parameter relating to the physical characteristics of the respective fluid flow (FS1, FS2) -- and - the first and second fluid flow (FS1, FS2) flow parallel next to each other and, based on the different flow parameters and/or based on the different physical parameters, the possibility of mixing the fluid flows (FS1, FS2) can be or is reduced.
An image processing apparatus characterised in that it comprises: transmitting means (111, 126) configured to transmit information indicating a request for a channel list information to a message application server; receiving means (111, 126) configured to receive the channel list information from the message application server in response to the request for acquiring the channel list information; displaying means configured to display a channel selection screen displaying the channel list information received from the message application server; selecting means configured to select a posting destination selected on the channel selection screen; scanning means configured to scan an image of an original document and generating image data based on the image; converting means configured to convert the image data generated to a file format; generating means configured to generate posting parameters including the posting destination channel; and transmitting means configured to transmit the file and the posting parameters to the message application server so the message application server is able to display information indicating the file in the posting destination. transmitting means (111, 126) configured to transmit information indicating a request for a channel list information to a message application server; receiving means (111, 126) configured to receive the channel list information from the message application server in response to the request for acquiring the channel list information; displaying means configured to display a channel selection screen displaying the channel list information received from the message application server; selecting means configured to select a posting destination selected on the channel selection screen; scanning means configured to scan an image of an original document and generating image data based on the image; converting means configured to convert the image data generated to a file format; generating means configured to generate posting parameters including the posting destination channel; and transmitting means configured to transmit the file and the posting parameters to the message application server so the message application server is able to display information indicating the file in the posting destination.
Air spinning machine for producing a yarn, in which a sliver is stretched by means of a drafting unit, then supplied to the air spinning unit for producing a yarn rotation, removed from the air spinning unit and wound onto a cross-wound bobbin, characterised in that in a pre-drafting area (51, 52) of the drafting unit a false twisting unit is arranged, which with an alternating direction of rotation confers rotations to the sliver before it is stretched in the main drafting area to yarn fineness and supplied to the air spinning unit.
A signal module, comprising: a contact, at least one side of the contact providing with a shield piece; and wherein the signal module further comprises an insulator, and the insulator is formed on the contact and the shield piece by means of injection moulding so as to combine the contact and the shield piece together, characterized in that the contact comprises differential pairs and ground connection contacts arranged between a differential pairs, wherein at least one of the ground connection contacts and the shield piece is provided with bulge structures being bulged toward the other one, and the bulge structures are strip bulges which extend in parallel with the differential pairs, and the ground connection contacts are electrically contacted with the shield piece by the corresponding bulge structures and isolate the adjacent differential pairs from one another.