mhurhangee/ep-ind-claims huggingface dataset:
A panned confectionery product comprising a chocolate piece having a color adherent coating on a surface of said chocolate piece, wherein said color adherent coating is derived from: (a) edible dry colorant particles having an average particle size less than 150 microns and (b) a color adherent coating solution selected from the group consisting of a chocolate polish and a confectionery glaze, characterised in that the edible dry colorant particles are distributed across the surface of the chocolate piece in a random non-continuous pattern having random variation in colorant particle density. (a) edible dry colorant particles having an average particle size less than 150 microns and (b) a color adherent coating solution selected from the group consisting of a chocolate polish and a confectionery glaze,
An optical security component with plasmon resonance intended for being observed in transmission in a visible observation spectral band, comprising: - at least a first set of metal nano-blades, oblique or almost oblique, parallel, tilted by a tilting angle (α) of 30° and 80° relative to the plane of the component, arranged periodically in a direction with a subwavelength period (Λ); - at least one first layer and one second layer made of a dielectric material (21, 22), transparent in the observation spectral band, with said first set of nano-blades being encapsulated between the first layer and the second layer of dielectric material; and wherein: - the first set of metal nano-blades forms a first plasmon coupling area allowing the coupling of incident waves, in a first range of wavelengths, with angles of incidence comprised within a first angular range of incidence, with plasmon modes supported by said metal nano-blades, so as to form, during the observation in transmission of the component, a first coloured pattern according to said first angular range of incidence and a colour-neutral pattern according to a second angular range of incidence, with the first and second angular ranges of incidence being located on either side of the normal to the plane of the component. - at least a first set of metal nano-blades, oblique or almost oblique, parallel, tilted by a tilting angle (α) of 30° and 80° relative to the plane of the component, arranged periodically in a direction with a subwavelength period (Λ); - at least one first layer and one second layer made of a dielectric material (21, 22), transparent in the observation spectral band, with said first set of nano-blades being encapsulated between the first layer and the second layer of dielectric material; - the first set of metal nano-blades forms a first plasmon coupling area allowing the coupling of incident waves, in a first range of wavelengths, with angles of incidence comprised within a first angular range of incidence, with plasmon modes supported by said metal nano-blades, so as to form, during the observation in transmission of the component, a first coloured pattern according to said first angular range of incidence and a colour-neutral pattern according to a second angular range of incidence, with the first and second angular ranges of incidence being located on either side of the normal to the plane of the component.
An apparatus for draining material from a stomach and infusing fluid into the stomach comprising: a housing unit comprising a back housing and a front housing, said housing unit having a housing lumen; and a one-way valve that is sized and shaped to be received in the housing lumen; characterized by: a removable tubing connector having a first port, a second port, and a third port, said connector comprising a branched lumen extending through each of said first, second and third ports; wherein said front housing has a slot that is sized and shaped to receive the removable tubing connector only in a preselected orientation and wherein said housing lumen is sized and shaped to receive the third port of the removable tubing connector. a housing unit comprising a back housing and a front housing, said housing unit having a housing lumen; and a one-way valve that is sized and shaped to be received in the housing lumen; characterized by: a removable tubing connector having a first port, a second port, and a third port, said connector comprising a branched lumen extending through each of said first, second and third ports; wherein said front housing has a slot that is sized and shaped to receive the removable tubing connector only in a preselected orientation and wherein said housing lumen is sized and shaped to receive the third port of the removable tubing connector. a removable tubing connector having a first port, a second port, and a third port, said connector comprising a branched lumen extending through each of said first, second and third ports; wherein said front housing has a slot that is sized and shaped to receive the removable tubing connector only in a preselected orientation and wherein said housing lumen is sized and shaped to receive the third port of the removable tubing connector.
An analysis method comprising: moving a complex, by means of a magnet unit, in a flow path of a specimen cartridge which includes the flow path and a detection vessel, the complex containing a test substance formed on magnetic particles and a labeled substance binding to the test substance; taking an image of the magnetic particles in the specimen cartridge; obtaining a state of the magnetic particles in the specimen cartridge on the basis of the image data of the taken image; and measuring a label of the labeled substance contained in the complex in the detection vessel; wherein on the basis of the obtained state of the magnetic particles in the specimen cartridge, an error is notified. moving a complex, by means of a magnet unit, in a flow path of a specimen cartridge which includes the flow path and a detection vessel, the complex containing a test substance formed on magnetic particles and a labeled substance binding to the test substance; taking an image of the magnetic particles in the specimen cartridge; obtaining a state of the magnetic particles in the specimen cartridge on the basis of the image data of the taken image; and measuring a label of the labeled substance contained in the complex in the detection vessel; wherein on the basis of the obtained state of the magnetic particles in the specimen cartridge, an error is notified.
A light-emitting device comprising a light engine structure, wherein the light engine structure comprises a first seal cavity filled with an insulating liquid, a light source provided in the first seal cavity, wherein the light source is exposed to the insulating liquid; a second seal cavity provided outside the first seal cavity, wherein the second seal cavity is filled with an insulating liquid or with an insulating gas; wherein the light source comprises a pin which extends from the first seal cavity to the second seal cavity, and the first seal cavity and the second seal cavity are light-permeable seal cavities, wherein said insulating liquid is a high temperature liquid with a high heat capacity and light permeability; characterised in that a housing of said first seal cavity is made of silica gel or plastics, and a housing of said second seal cavity is made of glass. a first seal cavity filled with an insulating liquid, a light source provided in the first seal cavity, wherein the light source is exposed to the insulating liquid; a second seal cavity provided outside the first seal cavity, wherein the second seal cavity is filled with an insulating liquid or with an insulating gas; wherein the light source comprises a pin which extends from the first seal cavity to the second seal cavity, and the first seal cavity and the second seal cavity are light-permeable seal cavities, wherein said insulating liquid is a high temperature liquid with a high heat capacity and light permeability; characterised in that a housing of said first seal cavity is made of silica gel or plastics, and a housing of said second seal cavity is made of glass.
A prosthetic stemless shoulder implant comprising: a stemless base including an anchor portion, a collar portion, and a coupling member, the anchor portion being configured to anchor into a spongy cancellous portion of a proximal humerus; and a prosthetic humeral head having a first portion adapted to couple to the coupling member and a second portion adapted to couple to the coupling member and the first portion of the prosthetic humeral head; wherein the prosthetic humeral head is substantially hemispherically shaped when the first portion of the prosthetic humeral head is coupled to the second portion of the prosthetic humeral head, wherein a seam is formed between the first portion of the prosthetic humeral head and the second portion of the prosthetic humeral head when the first portion of the prosthetic humeral head is coupled to the second portion of the prosthetic humeral head, and wherein the first portion of the prosthetic humeral head has an outer surface with a substantially constant first radius of curvature, a region adjacent the seam having a second radius of curvature smaller than the first radius of curvature. a stemless base including an anchor portion, a collar portion, and a coupling member, the anchor portion being configured to anchor into a spongy cancellous portion of a proximal humerus; and a prosthetic humeral head having a first portion adapted to couple to the coupling member and a second portion adapted to couple to the coupling member and the first portion of the prosthetic humeral head; wherein the prosthetic humeral head is substantially hemispherically shaped when the first portion of the prosthetic humeral head is coupled to the second portion of the prosthetic humeral head,
A rotor blade, comprising: an airfoil having a tip plate that extends across an outer radial end; a rim that extends radially outward from the tip plate, wherein the rim surrounds at least a portion of the airfoil and includes a concave portion opposed to a convex portion; a plurality of dividers that extend between the concave and convex portions (74, 76) to define a plurality of pockets between the concave and convex portions (74, 76) at the outer radial end; a plurality of cooling passages through the tip plate, wherein the plurality of cooling passages provide fluid communication through the tip plate to the plurality of pockets; and a first fluid passage in at least one divider, wherein the first fluid passage provides fluid communication between adjacent pockets across the at least one divider. an airfoil having a tip plate that extends across an outer radial end; a rim that extends radially outward from the tip plate, wherein the rim surrounds at least a portion of the airfoil and includes a concave portion opposed to a convex portion; a plurality of dividers that extend between the concave and convex portions (74, 76) to define a plurality of pockets between the concave and convex portions (74, 76) at the outer radial end; a plurality of cooling passages through the tip plate, wherein the plurality of cooling passages provide fluid communication through the tip plate to the plurality of pockets; and a first fluid passage in at least one divider, wherein the first fluid passage provides fluid communication between adjacent pockets across the at least one divider.
System of battery of accumulators, comprising: - several electrochemical accumulators connected in series; - an electrical power connection (71,72) intended to link an electrical load or a recharging supply to the said electrochemical accumulators; - a control device linked to the electrochemical accumulators by way of the electrical power connection; characterized in that: the system furthermore comprises: - several measurement circuits, each of these measurement circuits being adjoined with a respective electrochemical accumulator and being configured to measure the voltage across the terminals of this respective accumulator; - several communication circuits, each of these communication circuits being adjoined with a respective electrochemical accumulator and being configured to induce a voltage dip across the terminals of this respective accumulator when the measured voltage crosses a threshold; the control device is configured to identify the said voltage dip. - several electrochemical accumulators connected in series; - an electrical power connection (71,72) intended to link an electrical load or a recharging supply to the said electrochemical accumulators; - a control device linked to the electrochemical accumulators by way of the electrical power connection; characterized in that: the system furthermore comprises: the system furthermore comprises: - several measurement circuits, each of these measurement circuits being adjoined with a respective electrochemical accumulator and being configured to measure the voltage across the terminals of this respective accumulator; - several communication circuits, each of these communication circuits being adjoined with a respective electrochemical accumulator and being configured to induce a voltage dip across the terminals of this respective accumulator when the measured voltage crosses a threshold; the control device is configured to identify the said voltage dip.
An armature coil (4,5) comprising coil conductors (4a-4h, 5a-5d), wherein the coil conductors (4a-4h, 5a-5d) are inserted in a plurality of slots of a stator core, wherein the plurality of slots each having a cross-section perpendicular to the axis of the stator core formed in a trapezoidal shape through which the coil conductors (4a-4h, 5a-5d) pass, are annularly arranged in the stator core and, for each slot of the plurality of slots, a plurality of said coil conductors (4a-4h, 5a-5d) in a slot pass through the inside of said slot in line, wherein, the axial cross-section of the plurality of said coil conductors (4a-4h, 5a-5d) in a slot is formed in a substantially trapezoidal shape which gets narrower toward the radially inner side of the stator core and the cross-sectional areas of the plurality of said coil conductors (4a-4h, 5a-5d) in a slot are each substantially the same and the axial cross-section of the plurality of said coil conductors (4a-4h, 5a-5d) in a slot is formed narrower as said coil conductor (4a-4h, 5a-5d) is arranged toward the radially inner side of the stator core; and for each pair of adjacent coil conductors (4a-4h, 5a-5d), one coil conductor (4a-4h, 5a-5d) of the armature coil is formed in a convex shape at one radial end and another coil conductor (4a-4h,5a-5d) of the armature coil, which firmly attaches to the one coil conductor (4a-4h, 5a-5d), is formed in a concave shape at the other radial end along the convex shape, characterized in that the direction of the convex shape of all the coil conductors in one and the same slot is the same.
A chromatic dispersion compensation apparatus for automatic compensation of chromatic dispersion, CD, of signals transmitted via an optical link at predetermined wavelengths of WDM channels within a predetermined band of a WDM system, said chromatic dispersion compensation apparatus comprising: a tapping unit, an optical coherent receiver, an analogue digital converter, ADC,, a digital signal processor, DSP, and a tuneable dispersion compensation module, TDCM,, wherein, - the tapping unit is adapted to tap optical signals received by said chromatic dispersion compensation apparatus via the optical link at predetermined wavelengths and adapted to supply the tapped optical signals to the optical coherent receiver, said optical coherent receiver is adapted to tune its local oscillator to selected WDM channels to generate corresponding analogue electrical signals of the different WDM channels to be sampled by the analogue digital converter, ADC, to provide digital signal samples of the selected WDM channels processed by the digital signal processor, DSP, to calculate an estimate residual chromatic dispersion value of the received optical signals, wherein the tuneable dispersion compensation module, TDCM, is set to perform an optical compensation of a residual chromatic dispersion, rCD, of the received optical signals depending on the calculated estimate residual chromatic dispersion value of the received optical signals.
A spuit-type container including a flocking tip having a temporary storage, the spuit-type container comprising: a container body having an inner part to receive a cosmetic material and an upper portion formed therein with an opening; a lid coupled to the opening of the container body; a pressing button mounted in an upper portion of the lid movably up and down; a spuit bulb formed under the pressing button to suck or discharge the cosmetic material; a spuit tube coupled to a lower portion of the spuit bulb, and formed at a lower end portion thereof with a coupling part; and a flocking tip coupled to the coupling part of the spuit tube, wherein the flocking tip is formed therein with a temporal storage to temporarily store the cosmetic material and formed in an outer circumferential surface thereof with a distribution hole formed through the temporal storage. a container body having an inner part to receive a cosmetic material and an upper portion formed therein with an opening; a lid coupled to the opening of the container body; a pressing button mounted in an upper portion of the lid movably up and down; a spuit bulb formed under the pressing button to suck or discharge the cosmetic material; a spuit tube coupled to a lower portion of the spuit bulb, and formed at a lower end portion thereof with a coupling part; and a flocking tip coupled to the coupling part of the spuit tube, wherein the flocking tip is formed therein with a temporal storage to temporarily store the cosmetic material and formed in an outer circumferential surface thereof with a distribution hole formed through the temporal storage.
A method for transferring data from an extracorporeal blood treatment apparatus comprising a display and at least one control unit, the method comprising: retrieving data pertaining to an operation of the extracorporeal blood treatment apparatus, the data comprising usage specific data including treatment parameters; encoding the data into a machine readable graphical representation adapted for decoding at a remote server to recover the retrieved data; and displaying the machine readable graphical representation as an image on the display to allow capture of the displayed image with an image capturing device and transmission of the captured image from the image capturing device to said remote server over a communication channel, the method further comprising, after the step of retrieving and prior to the step of encoding, steps of storing the retrieved data pertaining to the operation in a memory, and loading the stored data pertaining to the operation from the memory, wherein the storing and loading steps are temporally separated in order to reduce the risk of disturbing normal operation of the extracorporeal blood treatment apparatus by said encoding, and wherein the step of encoding takes place when the extracorporeal blood treatment apparatus is idle. retrieving data pertaining to an operation of the extracorporeal blood treatment apparatus, the data comprising usage specific data including treatment parameters; encoding the data into a machine readable graphical representation adapted for decoding at a remote server to recover the retrieved data; and displaying the machine readable graphical representation as an image on the display to allow capture of the displayed image with an image capturing device and transmission of the captured image from the image capturing device to said remote server over a communication channel, the method further comprising, after the step of retrieving and prior to the step of encoding, steps of storing the retrieved data pertaining to the operation in a memory, and loading the stored data pertaining to the operation from the memory, wherein the storing and loading steps are temporally separated in order to reduce the risk of disturbing normal operation of the extracorporeal blood treatment apparatus by said encoding, and wherein the step of encoding takes place when the extracorporeal blood treatment apparatus is idle.
A method for detecting at the level of a first device and at the level of a MNO server that a removable secure element has been temporarily disconnected from said first device with which said removable element is cooperating, said first device entering during a lap of time in a sleeping mode, said method comprising: A- Providing by said secure element to said first device a Temporal Global Identity, called first Temporal Global Identity, on demand by said first device, before said first device enters in said sleeping mode and storing said first Temporal Global Identity in a memory of said first device; B- Entering said first device in said sleeping mode; C- If said secure element is inserted and used by a second device during the sleeping mode of said first device, said use consisting in an action different from a reading of said first Temporal Global Identity, replacing in said secure element said first Temporal Global Identity by a second Temporal Global Identity different from said first Temporal Global Identity, providing said second Temporal Global Identity to said second device and storing said second Temporal Global Identity in a memory of said second device; D- When getting out from said sleeping mode by said first device, reading by said first device the Temporal Global Identity stored in said secure element; E- If the Temporal Global Identity read at step -D- is not the same than the Temporal Global Identity stored at step -A-, sending by said first device to said MNO server a message in order to inform him that said secure element has been used by another device. A- Providing by said secure element to said first device a Temporal Global Identity, called first Temporal Global Identity, on demand by said first device, before said first device enters in said sleeping mode and storing said first Temporal Global Identity in a memory of said first device; B- Entering said first device in said sleeping mode; C- If said secure element is inserted and used by a second device during the sleeping mode of said first device, said use consisting in an action different from a reading of said first Temporal Global Identity, replacing in said secure element said first Temporal Global Identity by a second Temporal Global Identity different from said first Temporal Global Identity, providing said second Temporal Global Identity to said second device and storing said second Temporal Global Identity in a memory of said second device; D- When getting out from said sleeping mode by said first device, reading by said first device the Temporal Global Identity stored in said secure element; E- If the Temporal Global Identity read at step -D- is not the same than the Temporal Global Identity stored at step -A-, sending by said first device to said MNO server a message in order to inform him that said secure element has been used by another device.