mhurhangee/ep-ind-claims huggingface dataset:
Connector for an ostomy device, comprising a first element that is continuous with a support designed to be attached to the skin of a user and a second element that is continuous with a bag forming a receptacle, - the first element surrounds an opening, it is made of a flexible material so that it can conform to variations in the shape of the part of the user's body to which the support is attached, and it surrounds a continuous groove that opens radially around the opening, and - the second element comprises an elastic ring surrounding an opening and a plate arranged throughout in a plane between the elastic ring and a distant outer edge of the ring, with the inner diameter of the elastic ring of the second element at rest being less than the diameter of the bottom of the groove of the first element, with the plate being designed to be joined integrally to a sheet of a bag, characterized in that the second element also comprises a means for applying the weight of the device only to the part of the elastic ring that is located on the upper part of the groove, said means for applying the weight of the device being formed of an area whose shape can be modified extending between the ring and the plate and over an at least partial perimeter of the ring, said area whose shape can be modified having, in the state of rest, a V-shaped, U-shaped or Z-shaped fold, and said area whose shape can be modified being able to be compressed at the top and stretched at the bottom of the ring as the weight of the bag increases. - the first element surrounds an opening, it is made of a flexible material so that it can conform to variations in the shape of the part of the user's body to which the support is attached, and it surrounds a continuous groove that opens radially around the opening, and - the second element comprises an elastic ring surrounding an opening and a plate arranged throughout in a plane between the elastic ring and a distant outer edge of the ring, with the inner diameter of the elastic ring of the second element at rest being less than the diameter of the bottom of the groove of the first element, with the plate being designed to be joined integrally to a sheet of a bag, characterized in that the second element also comprises a means for applying the weight of the device only to the part of the elastic ring that is located on the upper part of the groove, said means for applying the weight of the device being formed of an area whose shape can be modified extending between the ring and the plate and over an at least partial perimeter of the ring, said area whose shape can be modified having, in the state of rest, a V-shaped, U-shaped or Z-shaped fold, and said area whose shape can be modified being able to be compressed at the top and stretched at the bottom of the ring as the weight of the bag increases.
Hand-held or semi-stationary setting tool (1; 41; 61) for driving fastening elements into a base using a working piston, with a housing, which comprises an attachment at an outlet end, characterised in that the working piston is connected to the attachment, in which when driving a fastening element into the base energy may be taken from the working piston and transferred to the attachment in order to press the attachment against the base.
A method for easily removing a deposition residue from deposition space components of a deposition apparatus in which substrates are treated for applying at least one layer using one of CVD, PECVD, ALD, PVD and evaporation, wherein the method comprises: - providing a deposition apparatus having a deposition space that is bounded by deposition space walls which are coated with a Ni- or Cr-coating that has been applied with an electroplating or an electroless plating process; - providing at least one precursor material that is introduced in the deposition space to deposit a layer on at least one substrate that has been introduced in the deposition space; - performing at least one deposition treatment to apply the layer on the at least one substrate; - cleaning the deposition space walls after a said deposition treatment with a selective wet-etching treatment in which the deposition space walls are treated with a liquid etching agent for removing a deposition residue formed on the deposition space walls during the deposition treatment; wherein the composition of the deposition space wall coating is adapted to the composition of the deposition residue that is deposited on the deposition space walls during the deposition treatment and the liquid etching agent that is used during the selective wet etching treatment, such that the deposition residue is removed without affecting the deposition space walls, wherein the surface of the Ni- or Cr-coating is treated to provide a surface roughness (Ra) of at least 1,5 μm, preferably at least 2.5 μm and more preferably at least 3.2 μm, wherein the treatment of the surface to provide the surface roughness is a HVOF-coating treatment (high velocity oxygen fuel coating) or a HP-HVOF-coating treatment (high pressure high velocity oxygen fuel coating). - providing a deposition apparatus having a deposition space that is bounded by deposition space walls which are coated with a Ni- or Cr-coating that has been applied with an electroplating or an electroless plating process; - providing at least one precursor material that is introduced in the deposition space to deposit a layer on at least one substrate that has been introduced in the deposition space; - performing at least one deposition treatment to apply the layer on the at least one substrate; - cleaning the deposition space walls after a said deposition treatment with a selective wet-etching treatment in which the deposition space walls are treated with a liquid etching agent for removing a deposition residue formed on the deposition space walls during the deposition treatment;
Electric machine with a stator and a rotor that is rotatably mounted about an axis of rotation, - wherein the rotor has an internal rotor core which is provided with at least one electric coil winding, - and wherein the rotor core and the core winding are radially enclosed by an external rotor casing, at least the greater part of the circumference of which is composed of a soft magnetic material and which assumes the basic form of a regular cylindrical hollow body open on both sides, characterized in that the rotor casing is provided with at least one pair of diametrically opposing recesses and in that the coil winding for the generation of a magnetic field is configured with a pole pair number n, wherein the rotor casing has at least n pairs of respectively diametrically opposing recesses, and wherein said recesses in the circumferential direction are each arranged between adjoining poles. - wherein the rotor has an internal rotor core which is provided with at least one electric coil winding, - and wherein the rotor core and the core winding are radially enclosed by an external rotor casing, at least the greater part of the circumference of which is composed of a soft magnetic material and which assumes the basic form of a regular cylindrical hollow body open on both sides, characterized in that the rotor casing is provided with at least one pair of diametrically opposing recesses and in that the coil winding for the generation of a magnetic field is configured with a pole pair number n, wherein the rotor casing has at least n pairs of respectively diametrically opposing recesses, and wherein said recesses in the circumferential direction are each arranged between adjoining poles.
Backfeeding installation, which comprises: - at least one compressor for compressing gas from a network; - a programmable logic controller for controlling the operation of at least one compressor; - a remote communication means for receiving at least one instantaneous pressure value captured remotely upstream or downstream of the backfeeding installation; - a means for predicting the change in pressure in the network upstream of the backfeeding installation, as a function of, at least, the pressure values received; - a means for determining a pressure threshold value for stopping and/or a pressure threshold value for starting at least one compressor as a function of the predicted pressure change, the programmable logic controller controlling the stopping or operation of at least one compressor when the pressure at the inlet of each compressor is respectively lower, or higher, than the pressure threshold value that was determined, characterised in that the prediction means is configured to predict maximum and minimum pressure setpoint values. - at least one compressor for compressing gas from a network; - a programmable logic controller for controlling the operation of at least one compressor; - a remote communication means for receiving at least one instantaneous pressure value captured remotely upstream or downstream of the backfeeding installation; - a means for predicting the change in pressure in the network upstream of the backfeeding installation, as a function of, at least, the pressure values received; - a means for determining a pressure threshold value for stopping and/or a pressure threshold value for starting at least one compressor as a function of the predicted pressure change, the programmable logic controller controlling the stopping or operation of at least one compressor when the pressure at the inlet of each compressor is respectively lower, or higher, than the pressure threshold value that was determined, characterised in that the prediction means is configured to predict maximum and minimum pressure setpoint values.
A device for the treatment of contaminated water, wherein - the device comprises an upper disc structure and a lower disc structure, - the upper disc structure and the lower disc structure can be rotated relative to each other, - the upper disc structure and the lower disc structure have mold surfaces with an engaging surface structure which is realised such that a continuous liquid channel is formed between the first disc and the second disc so that the liquid channel connects a water inlet with a water outlet, - the distance between mold surfaces facing one another of the disc structures (1, 2), in particular the height of the liquid channel, varies along the radial extension of the discs (1, 2), - the mold surfaces of the disc structures (1, 2) have grooves and ridges, wherein the ridges of the upper disc structure engage in grooves of the lower disc structure and wherein the ridges of the lower disc structure engage in grooves of the upper disc structure, - and the grooves and ridges are designed as concentric circular structures, characterized - in that the grooves and ridges have an apex region in the form of a circular segment in their cross section, - and in that the liquid channel comprises expansion zones and compression zones, wherein the expansion zones and the compression zones are formed in the region of the vertices of opposing grooves and ridges of the disc structures (1, 2) and wherein the normal distance of the vertices of opposing grooves and ridges in the expansion zones is greater than in the compression zones. - the device comprises an upper disc structure and a lower disc structure, - the upper disc structure and the lower disc structure can be rotated relative to each other, - the upper disc structure and the lower disc structure have mold surfaces with an engaging surface structure which is realised such that a continuous liquid channel is formed between the first disc and the second disc so that the liquid channel connects a water inlet with a water outlet, - the distance between mold surfaces facing one another of the disc structures (1, 2), in particular the height of the liquid channel, varies along the radial extension of the discs (1, 2), - the mold surfaces of the disc structures (1, 2) have grooves and ridges, wherein the ridges of the upper disc structure engage in grooves of the lower disc structure and wherein the ridges of the lower disc structure engage in grooves of the upper disc structure, - and the grooves and ridges are designed as concentric circular structures, characterized - in that the grooves and ridges have an apex region in the form of a circular segment in their cross section, - and in that the liquid channel comprises expansion zones and compression zones, wherein the expansion zones and the compression zones are formed in the region of the vertices of opposing grooves and ridges of the disc structures (1, 2) and wherein the normal distance of the vertices of opposing grooves and ridges in the expansion zones is greater than in the compression zones.
A lamp assembly comprising: a housing including a bottom portion and side wall portions forming a light source mount portion in a longitudinal direction, a flange portion being connected to each front end of the side wall portions and forming a first insertion portion with an inner side surface thereof being open, and a second insertion portion provided on a bottom surface of the first insertion portion; a lampshade provided therein with a light source, and coupled to the mount portion; a translucent panel slidably coupled to the first insertion portion; and a packing fitted in the second insertion portion, wherein in the light assembly, multiple light sources are arranged in a line to have a predetermined length, characterized in that the lamp assembly further includes a press bar being inserted in the first insertion portion between an upper surface of the flange portion and the translucent panel and pressing the translucent panel and the packing, thereby fixing the translucent panel and endowing the packing with watertightness, wherein the housing further includes a first stop protrusion protruding backwards from the flange portion, and the press bar includes a first hook protrusion provided at an outer end thereof to be engaged with the first stop protrusion. a housing including a bottom portion and side wall portions forming a light source mount portion in a longitudinal direction, a flange portion being connected to each front end of the side wall portions and forming a first insertion portion with an inner side surface thereof being open, and a second insertion portion provided on a bottom surface of the first insertion portion; a lampshade provided therein with a light source, and coupled to the mount portion; a translucent panel slidably coupled to the first insertion portion; and a packing fitted in the second insertion portion, wherein in the light assembly, multiple light sources are arranged in a line to have a predetermined length, characterized in that the lamp assembly further includes a press bar being inserted in the first insertion portion between an upper surface of the flange portion and the translucent panel and pressing the translucent panel and the packing, thereby fixing the translucent panel and endowing the packing with watertightness, wherein the housing further includes a first stop protrusion protruding backwards from the flange portion, and the press bar includes a first hook protrusion provided at an outer end thereof to be engaged with the first stop protrusion.
Method for splicing two bundles (1, 2) of multifilament textile fibres wherein: - an end portion of a first bundle is inserted into a first end of a heat-shrinkable sheath and an end portion of a second bundle is inserted into a second end of said sheath, axially opposite the first end, until the ends of the end portions of the two bundles are facing each other, - a curable organic material is inserted inside the sheath in a space separating said end portions (3, 4) of the bundles (1, 2) so as to join the end portions together by means of a joining portion, the curable organic material being inserted into the space existing between the ends of the end portions (3, 4) of the two bundles (1, 2) after the bundles have been placed inside the sheath, - a portion of the heat-shrinkable sheath surrounding the joining portion is heated to a predetermined temperature, - the curable organic material is cured, - the sheath is removed. - an end portion of a first bundle is inserted into a first end of a heat-shrinkable sheath and an end portion of a second bundle is inserted into a second end of said sheath, axially opposite the first end, until the ends of the end portions of the two bundles are facing each other, - a curable organic material is inserted inside the sheath in a space separating said end portions (3, 4) of the bundles (1, 2) so as to join the end portions together by means of a joining portion, the curable organic material being inserted into the space existing between the ends of the end portions (3, 4) of the two bundles (1, 2) after the bundles have been placed inside the sheath, - a portion of the heat-shrinkable sheath surrounding the joining portion is heated to a predetermined temperature, - the curable organic material is cured, - the sheath is removed.
A method for making a food powder composition consisting essentially of a plant-derived product, exogenous sucrose and/or trehalose, and ≤ 2% (w/w) water, the method comprising: providing at least one plant-derived product in the form of a puree, a juice, a nectar, or any combination thereof; adding an amount of exogenous sucrose and/or trehalose to the plant-derived product, and blending the plant-derived product and the exogenous sucrose and/or trehalose to produce a homogenous mixture, wherein the amount of exogenous sucrose and/or trehalose is sufficient to provide a dried composition comprising the plant-derived product and 10% to 60% by weight of the exogenous sucrose and/or trehalose; depositing a layer of the mixture onto a support that moves the mixture through a plurality of heating zones of a drying apparatus wherein heat is supplied by dry radiant heat in the form of infrared energy below the support, thereby heating the mixture to a temperature of 65°C to 90°C for a period of time sufficient to reduce a water content of the mixture; cooling the mixture to room temperature over a time period of 2 to 10 minutes; thereby producing a dried composition comprising ≤ 2% (w/w) water and retaining at least 90% of nutrients found in the plant-derived product before drying; and comminuting the dried composition to produce particles having an average largest dimension of ≤ 7 mm. providing at least one plant-derived product in the form of a puree, a juice, a nectar, or any combination thereof; adding an amount of exogenous sucrose and/or trehalose to the plant-derived product, and blending the plant-derived product and the exogenous sucrose and/or trehalose to produce a homogenous mixture, wherein the amount of exogenous sucrose and/or trehalose is sufficient to provide a dried composition comprising the plant-derived product and 10% to 60% by weight of the exogenous sucrose and/or trehalose; depositing a layer of the mixture onto a support that moves the mixture through a plurality of heating zones of a drying apparatus wherein heat is supplied by dry radiant heat in the form of infrared energy below the support, thereby heating the mixture to a temperature of 65°C to 90°C for a period of time sufficient to reduce a water content of the mixture; cooling the mixture to room temperature over a time period of 2 to 10 minutes; thereby producing a dried composition comprising ≤ 2% (w/w) water and retaining at least 90% of nutrients found in the plant-derived product before drying; and comminuting the dried composition to produce particles having an average largest dimension of ≤ 7 mm.
A computer implemented method for animating an object as a sequence of frames according to an animation script, comprising: representing the object as a two-dimensional distance field; updating, for each frame in the sequence of frames, a pose of the object according to the animation script; and rendering the object using the updated pose and an antialiasing rendering method, wherein the rendering further comprises: associating a set of sample points in the two-dimensional distance field representing the object with a component of a pixel; determining a distance from the two-dimensional distance field and the set of sample points; and mapping the distance to an antialiased intensity of the component of the pixel. representing the object as a two-dimensional distance field; updating, for each frame in the sequence of frames, a pose of the object according to the animation script; and rendering the object using the updated pose and an antialiasing rendering method, wherein the rendering further comprises: associating a set of sample points in the two-dimensional distance field representing the object with a component of a pixel; determining a distance from the two-dimensional distance field and the set of sample points; and mapping the distance to an antialiased intensity of the component of the pixel. associating a set of sample points in the two-dimensional distance field representing the object with a component of a pixel; determining a distance from the two-dimensional distance field and the set of sample points; and mapping the distance to an antialiased intensity of the component of the pixel.
A heat exchanger adapted to be used in a vapor compression system, comprising: a shell with a longitudinal center axis extending generally parallel to a horizontal plane; a distributing part (21, 22) disposed inside of the shell, and configured and arranged to distribute a refrigerant; and a tube bundle including a plurality of heat transfer tubes disposed inside of the shell below the distributing part (21, 22) so that the refrigerant discharged from the distributing part is supplied onto the tube bundle, the heat transfer tubes extending generally parallel to the longitudinal center axis of the shell and arranged in a plurality of columns extending parallel to each other when viewed along the longitudinal center axis of the shell, characterised in that the tube bundle having at least one of an arrangement in which a vertical pitch (V i) between adjacent ones of the heat transfer tubes in at least one of the columns is larger in an upper region of the tube bundle than in a lower region of the tube bundle, and an arrangement in which a horizontal pitch (H i) between adjacent ones of the columns is larger in an outer region of the tube bundle than in an inner region of the tube bundle. a shell with a longitudinal center axis extending generally parallel to a horizontal plane; a distributing part (21, 22) disposed inside of the shell, and configured and arranged to distribute a refrigerant; and a tube bundle including a plurality of heat transfer tubes disposed inside of the shell below the distributing part (21, 22) so that the refrigerant discharged from the distributing part is supplied onto the tube bundle, the heat transfer tubes extending generally parallel to the longitudinal center axis of the shell and arranged in a plurality of columns extending parallel to each other when viewed along the longitudinal center axis of the shell, characterised in that the tube bundle having at least one of an arrangement in which a vertical pitch (V i) between adjacent ones of the heat transfer tubes in at least one of the columns is larger in an upper region of the tube bundle than in a lower region of the tube bundle, and an arrangement in which a horizontal pitch (H i) between adjacent ones of the columns is larger in an outer region of the tube bundle than in an inner region of the tube bundle. an arrangement in which a vertical pitch (V i) between adjacent ones of the heat transfer tubes in at least one of the columns is larger in an upper region of the tube bundle than in a lower region of the tube bundle, and ones of the heat transfer tubes in at least one of the columns is larger in an upper region of the tube bundle than in a lower region of the tube bundle, and an arrangement in which a horizontal pitch (H i) between adjacent ones of the columns is larger in an outer region of the tube bundle than in an inner region of the tube bundle. ones of the columns is larger in an outer region of the tube bundle than in an inner region of the tube bundle.