mhurhangee/ep-ind-claims huggingface dataset:
A nozzle for a fan assembly, the nozzle comprising: an air inlet; at least one air outlet; an annular inner wall at least partially defining a bore through which air from outside the nozzle is drawn by air emitted from said at least one air outlet; an outer wall extending about a longitudinal axis and about the inner wall; and an interior passage located between the inner wall and the outer wall for conveying air from the air inlet to said at least one air outlet; wherein the interior passage has a first section and a second section each for receiving a respective portion of an air flow entering the interior passage through the air inlet, and for conveying the portions of the air flow in opposite angular directions about the bore, characterized in that each section (92, 94) of the interior passage has a cross-sectional area formed from the intersection with the interior passage of a plane which extends through and contains the longitudinal axis of the outer wall, and wherein the cross-sectional area of each section (92, 94) of the interior passage decreases in size about the bore. an air inlet; at least one air outlet; an annular inner wall at least partially defining a bore through which air from outside the nozzle is drawn by air emitted from said at least one air outlet; an outer wall extending about a longitudinal axis and about the inner wall; and an interior passage located between the inner wall and the outer wall for conveying air from the air inlet to said at least one air outlet;
A composition for use in preventing, ameliorating, alleviating or treating atopic dermatitis, the composition comprising exosomes derived from adipose-derived stem cells as an active ingredient, wherein the exosomes are isolated from a conditioned medium obtained by culturing the adipose-derived stem cells.
Injector device for an engine device for introducing a fluidic, in particular a liquid, fuel and a fluidic, in particular liquid, oxidizing agent into a combustion chamber of the engine device, which injector device defines a longitudinal axis and comprises at least one first injection element, which is configured in the form of a first fluid channel for fluidically connecting a first collection space for the fluidic oxidizing agent and the combustion chamber, and at least one second injection element, which is configured in the form of a second fluid channel for fluidically connecting a second collection space for the fluidic fuel and the combustion chamber, wherein at least one first resonator element (76, 76a, 76b, 76c, 76d, 76e) is associated with the at least one first injection element and/or wherein at least one second resonator element is associated with the at least one second injection element, and wherein the at least one first resonator element (76, 76a, 76b, 76c, 76d, 76e) is adapted to an eigenfrequency of the associated at least one first injection element and/or wherein the at least one second resonator element is adapted to an eigenfrequency of the associated at least one second injection element, characterized in that the at least one first resonator element (76, 76a, 76b, 76c, 76d, 76e) and the first collection space are fluidically connected to one another by way of a first flushing channel and/or in that the at least one second resonator element and the second collection space are fluidically connected to one another by way of a second flushing channel, so that the fluid flowing through the injection elements (34, 36) also flows at a low flow speed through the respective resonator element (76, 76a, 76b, 76c, 76d, 76e; 78), thereby ensuring that the same conditions prevail in the respective resonator element (76, 76a, 76b, 76c, 76d, 76e; 78) at any one time as in the injection element (34, 36) to be dampened.
Adjustable wound closure device (11; 21; 31) for closing wounds, comprising - at least one band-like or strip-like retaining element (12; 22; 33) provided for attachment in the region of at least one edge of a wound, wherein the retaining element (12; 22; 33) has a multiplicity of hook-like elements (13; 23; 35) on at least part of at least one of its two faces, and - at least one gauze-like cover element (14; 24; 36), which is intended to substantially completely cover the wound and the edge regions provided with the retaining element, - wherein the hook-like elements (13; 23; 35) of the retaining element (12; 22; 33) and the meshes (15; 25) of the cover element (14; 24; 36) are designed and arranged in such a way that the wound can be reversibly closed by a positive engagement of at least some of the hook-like elements in the meshes, and - wherein the retaining element, on at least one of its two longitudinally extending edges, has liquid-retaining and/or liquid-repelling means that can reduce or prevent movement of wound liquid, blood or the like out of the wound into the hook structure of the retaining element. - at least one band-like or strip-like retaining element (12; 22; 33) provided for attachment in the region of at least one edge of a wound, wherein the retaining element (12; 22; 33) has a multiplicity of hook-like elements (13; 23; 35) on at least part of at least one of its two faces, and - at least one gauze-like cover element (14; 24; 36), which is intended to substantially completely cover the wound and the edge regions provided with the retaining element, - wherein the hook-like elements (13; 23; 35) of the retaining element (12; 22; 33) and the meshes (15; 25) of the cover element (14; 24; 36) are designed and arranged in such a way that the wound can be reversibly closed by a positive engagement of at least some of the hook-like elements in the meshes, and - wherein the retaining element, on at least one of its two longitudinally extending edges, has liquid-retaining and/or liquid-repelling means that can reduce or prevent movement of wound liquid, blood or the like out of the wound into the hook structure of the retaining element.
Material consisting of: a. A ceramic component matrix of β-eucryptite, and b. Oxidic ceramic particles of mullite in nanoparticulate form, wherein said material is characterized in that • it has a porosity of less than 10 % in volume; • it has a controlled coefficient of thermal expansion between -6x10 -6 °C -1 and 6.01x10 -6 °C -1 in a temperature range between -150 °C to 750 °C; • it has a resistance to fracture above 80 MPa; • it has a tensile modulus exceeding 50 GPa • and it has low density; and wherein said material is obtained by a process comprising the stages: (a) Mixing of the ceramic component matrix of β-eucryptite, with the oxidic ceramic particles of mullite in nanoparticulate form, in a solvent, preferably the solvent is selected from water, anhydrous alcohol or any of their combinations, preferably the anhydrous alcohol is anhydrous ethanol, more preferably the mixing is performed in an attrition mill operating at 100 to 500 r.p.m; (b) drying of the mixture obtained in (a), preferably the drying is performed by atomization; (c) forming of the material obtained in (b); and (d) sintering of the material obtained in (c); wherein stages (c) and (d) are performed in a single stage and wherein the forming step (c) and sintering step (d) is performed by Spark Plasma Sintering and by applying a uniaxial pressure of between 2 and 100 MPa, at a temperature between 700 and 1600 °C, and a heating ramp between 2 and 300 °C/min, remaining at this temperature for a period between 1 and 120 min. a. A ceramic component matrix of β-eucryptite, and b. Oxidic ceramic particles of mullite in nanoparticulate form, • it has a porosity of less than 10 % in volume; • it has a controlled coefficient of thermal expansion between -6x10 -6 °C -1 and 6.01x10 -6 °C -1 in a temperature range between -150 °C to 750 °C; • it has a resistance to fracture above 80 MPa; • it has a tensile modulus exceeding 50 GPa • and it has low density; (a) Mixing of the ceramic component matrix of β-eucryptite, with the oxidic ceramic particles of mullite in nanoparticulate form, in a solvent, preferably the solvent is selected from water, anhydrous alcohol or any of their combinations, preferably the anhydrous alcohol is anhydrous ethanol, more preferably the mixing is performed in an attrition mill operating at 100 to 500 r.p.m; (b) drying of the mixture obtained in (a), preferably the drying is performed by atomization; (c) forming of the material obtained in (b); and (d) sintering of the material obtained in (c);
A device comprising a first film, a second film, a first circuit member and a second circuit member, wherein: the first film has a first inner portion and a first outer portion; the first inner portion is located inward of the first outer portion; the second film has a second inner portion and a second outer portion; the second inner portion is located inward of the second outer portion; the first outer portion has a first seal portion and a first contact portion; the second outer portion has a second seal portion and a second contact portion; the first seal portion and the second seal portion are bonded together to form a seal trace; the first contact portion and the second contact portion are in contact with each other in a contact region; the contact region surrounds the first inner portion and the second inner portion throughout their entire circumference; the device is formed with a closed space which is enclosed by the first inner portion and the second inner portion; the first circuit member and the second circuit member are shut in the closed space; the first circuit member comprises a first contact point; the second circuit member comprises a second contact point; and the first contact point and the second contact point are in contact with each other. the first film has a first inner portion and a first outer portion; the first inner portion is located inward of the first outer portion; the second film has a second inner portion and a second outer portion; the second inner portion is located inward of the second outer portion; the first outer portion has a first seal portion and a first contact portion; the second outer portion has a second seal portion and a second contact portion; the first seal portion and the second seal portion are bonded together to form a seal trace; the first contact portion and the second contact portion are in contact with each other in a contact region; the contact region surrounds the first inner portion and the second inner portion throughout their entire circumference; the device is formed with a closed space which is enclosed by the first inner portion and the second inner portion; the first circuit member and the second circuit member are shut in the closed space; the first circuit member comprises a first contact point; the second circuit member comprises a second contact point; and the first contact point and the second contact point are in contact with each other.
A key assembly (200, 300) for an electronic device, the key assembly comprising: an optical radiation source having a surface through which light is emitted, in use; a light guide; and a keycap, defining a key, the keycap having a non-opaque portion, the light guide functioning to disperse light such that the light that passes through the light guide towards the keycap is more uniformly distributed than the light incident on the underside of the light guide characterized by an opaque mask blocking a portion of the light emitted by the optical radiation source, in use; wherein the opaque mask is located between the surface and the light guide, and the light guide is located between the opaque mask and the keycap, such that the keycap receives optical radiation emitted from the optical radiation source that is not blocked by the opaque mask. an optical radiation source having a surface through which light is emitted, in use; a light guide; and a keycap, defining a key, the keycap having a non-opaque portion, the light guide functioning to disperse light such that the light that passes through the light guide towards the keycap is more uniformly distributed than the light incident on the underside of the light guide characterized by an opaque mask blocking a portion of the light emitted by the optical radiation source, in use; wherein the opaque mask is located between the surface and the light guide, and the light guide is located between the opaque mask and the keycap, such that the keycap receives optical radiation emitted from the optical radiation source that is not blocked by the opaque mask.
A method, comprising: determining, by a mobile device, a first estimate of the location of the mobile device, wherein the first estimate is an estimate of the location of the mobile device in an indoor environment with respect to a local coordinate system and is based at least in part on one or more signals received by the mobile device from at least one wireless device in the indoor environment; transmitting, by the mobile device, information relating to the first estimate of the location of the mobile device to a location server; in response to transmitting the information relating to the first estimate of the location of the mobile device to the location server, receiving, from the location server, by the mobile device, indoor context information including an indoor map corresponding to the indoor environment, the indoor map including at least one anchor point located in the indoor environment for which both local and global coordinates are known; and determining, by the mobile device, a second estimate of the location of the mobile device based at least in part on the first estimate of the location of the mobile device and the indoor context information. determining, by a mobile device, a first estimate of the location of the mobile device, wherein the first estimate is an estimate of the location of the mobile device in an indoor environment with respect to a local coordinate system and is based at least in part on one or more signals received by the mobile device from at least one wireless device in the indoor environment; transmitting, by the mobile device, information relating to the first estimate of the location of the mobile device to a location server; in response to transmitting the information relating to the first estimate of the location of the mobile device to the location server, receiving, from the location server, by the mobile device, indoor context information including an indoor map corresponding to the indoor environment, the indoor map including at least one anchor point located in the indoor environment for which both local and global coordinates are known; and determining, by the mobile device, a second estimate of the location of the mobile device based at least in part on the first estimate of the location of the mobile device and the indoor context information.
A merchandise display system for displaying an article of merchandise comprising: a sensor configured to be secured to the article of merchandise; a base configured to removably support the sensor thereon, the base defining an opening configured to receive a portion of the sensor therein; a lock mechanism configured to lock the sensor to the base; and a rotatable mechanism configured to actuate the lock mechanism, characterized in that the rotatable mechanism extends about the opening and is configured to rotate about the opening, wherein rotation of the rotatable mechanism is configured to cause the lock mechanism to lock the sensor on the base in a locked position or unlock the sensor from the base in an unlocked position. a sensor configured to be secured to the article of merchandise; a base configured to removably support the sensor thereon, the base defining an opening configured to receive a portion of the sensor therein; a lock mechanism configured to lock the sensor to the base; and a rotatable mechanism configured to actuate the lock mechanism, characterized in that the rotatable mechanism extends about the opening and is configured to rotate about the opening, wherein rotation of the rotatable mechanism is configured to cause the lock mechanism to lock the sensor on the base in a locked position or unlock the sensor from the base in an unlocked position.
A fabrication method for fabricating a part by selective melting or selective sintering of powder beds by high energy beam, the method comprising the following steps: a) providing a material in the form of powder particles; b) depositing a first powder layer of said material on a build support; c) scanning at least one region of said first layer with the beam so as to heat the powder of said region locally to a temperature higher than the sintering temperature of the powder, such that the particles of said powder as melted or sintered in this way in said region form at least a first single-piece element; d) laying a second powder layer of said material on said first powder layer; e) scanning at least one region of said second layer with the beam so as to heat the powder of this region to a temperature higher than the sintering temperature of the powder, so that the particles of powder as sintered or melted in this way form at least one second single-piece element; and f) repeating steps d) and e) for each new powder layer to be laid over a preceding layer until the part has been completely formed; said method being characterized in that the powder comprises a grain size distribution that is multimodal and in that, between steps a) and b), said powder is continuously preheated to a preheat temperature T p lying in the range 80°C to 150°C and an inert gas is caused to flow through said powder so as to diminish the air humidity adsorbed on the surface of the powder particles. a) providing a material in the form of powder particles; b) depositing a first powder layer of said material on a build support; c) scanning at least one region of said first layer with the beam so as to heat the powder of said region locally to a temperature higher than the sintering temperature of the powder, such that the particles of said powder as melted or sintered in this way in said region form at least a first single-piece element; d) laying a second powder layer of said material on said first powder layer; e) scanning at least one region of said second layer with the beam so as to heat the powder of this region to a temperature higher than the sintering temperature of the powder, so that the particles of powder as sintered or melted in this way form at least one second single-piece element; and f) repeating steps d) and e) for each new powder layer to be laid over a preceding layer until the part has been completely formed; said method being characterized in that the powder comprises a grain size distribution that is multimodal and in that, between steps a) and b), said powder is continuously preheated to a preheat temperature T p lying in the range 80°C to 150°C and an inert gas is caused to flow through said powder so as to diminish the air humidity adsorbed on the surface of the powder particles.
Method for recycling plastic, comprising the steps: providing a film packaging bag with a bag body formed by a bag wall, wherein a first surface of the bag wall is formed by a transparent outer film and a second surface of the bag wall is formed by a non-perforated inner film, wherein a printed layer visible through the transparent outer film is arranged between the outer film and the inner film, wherein the inner film and the outer film are not connected to one another at first bag wall sections and are connected to one another at second bag wall sections and wherein the first bag wall sections extend over at least 30% of the area of the bag wall; comminuting the film packaging bag, wherein particles (P i, P a) separated from one another are formed from the outer film and the inner film at the first bag wall sections not connected to one another; forming at least a first single-type fraction of particles (P i, P a) which are supplied to recycling. providing a film packaging bag with a bag body formed by a bag wall, wherein a first surface of the bag wall is formed by a transparent outer film and a second surface of the bag wall is formed by a non-perforated inner film, wherein a printed layer visible through the transparent outer film is arranged between the outer film and the inner film, wherein the inner film and the outer film are not connected to one another at first bag wall sections and are connected to one another at second bag wall sections and wherein the first bag wall sections extend over at least 30% of the area of the bag wall; comminuting the film packaging bag, wherein particles (P i, P a) separated from one another are formed from the outer film and the inner film at the first bag wall sections not connected to one another; forming at least a first single-type fraction of particles (P i, P a) which are supplied to recycling.
A rotary optical link joint in which a first optical fiber and a second optical fiber are relatively rotatably held and are centered around a central axis (19,29), wherein a part or all of the first optical fiber and the second optical fiber are configured by a multi-core optical fiber having a plurality of cores, and the plurality of cores is arranged in a circular or annular area that is sectioned by a concentric circle centered around the central axis (19, 29) of the multi-core optical fiber, wherein at least one of the first optical fiber and the second optical fiber comprises: a hollow multi-core plastic optical fiber (15, 25) formed from a hollow portion (13, 23) and an outer peripheral layer (12, 22) outside the hollow portion (13, 23); and an optical fiber (16, 26) inserted into the hollow portion (13, 23) of the hollow multi-core plastic optical fiber (15, 25), and wherein the outer peripheral layer (12, 22) is formed of a structure in which: 1) a transverse plane is a sea-island structure having a plurality of islands; 2) an island of the sea-island structure consists of a sheath resin and a core resin having a refractive index that is higher than that of the sheath resin; 3) a sea of the sea-island structure consists of the sheath resin or a third resin; 4) the core resin is surrounded by the sheath resin; characterized in that each of the cores is parallel and the core position is fixed. 1) a transverse plane is a sea-island structure having a plurality of islands; 2) an island of the sea-island structure consists of a sheath resin and a core resin having a refractive index that is higher than that of the sheath resin; 3) a sea of the sea-island structure consists of the sheath resin or a third resin; 4) the core resin is surrounded by the sheath resin;
An isolated polynucleotide having at least 90% sequence identity to SEQ ID NO: 1, wherein the polynucleotide encodes for a polypeptide with methyltransferase activity.
A method comprising: retrieving a ring tone, an image, and a visual effect from a database based on a client line identifier CLI; generating high and low frequency samples based on the ring tone; deriving based on the frequency samples, a set of values; transforming, using the derived set of value and the visual effect, the retrieved image, where values derived from high frequency samples are used to magnify the retrieved image and values derived from low frequency samples are used to rotate the retrieved image; and displaying the transformed image. retrieving a ring tone, an image, and a visual effect from a database based on a client line identifier CLI; generating high and low frequency samples based on the ring tone; deriving based on the frequency samples, a set of values; transforming, using the derived set of value and the visual effect, the retrieved image, where values derived from high frequency samples are used to magnify the retrieved image and values derived from low frequency samples are used to rotate the retrieved image; and displaying the transformed image.