mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a body having a cooling chamber ; a door configured to open and close at least a portion of the cooling chamber; a water source positioned at the body and configured to accommodate water; a hot water supply unit positioned at the body or the door and configured to receive water from the water source, heat the water, and supply the heated water to outside of the body in response to a hot water dispensing start signal; the refrigerator being characterized by a hot water transferring unit connected to the hot water supply unit and configured to transfer the water remaining in the hot water supply unit to the water source after supplying the heated water to outside of the body is completed, and wherein the water source is a water storage tank configured to store water supplied from outside, and the water storage tank and the hot water supply unit are connected to each other. a body having a cooling chamber ; a door configured to open and close at least a portion of the cooling chamber; a water source positioned at the body and configured to accommodate water; a hot water supply unit positioned at the body or the door and configured to receive water from the water source, heat the water, and supply the heated water to outside of the body in response to a hot water dispensing start signal; the refrigerator being characterized by a hot water transferring unit connected to the hot water supply unit and configured to transfer the water remaining in the hot water supply unit to the water source after supplying the heated water to outside of the body is completed, and wherein the water source is a water storage tank configured to store water supplied from outside, and the water storage tank and the hot water supply unit are connected to each other.
Robot container comprising: - a computer housing , and - a protective housing , wherein a plurality of rollers and a first computer housing interface are arranged on a first outer side of the computer housing and wherein a robot manipulator and a second computer housing interface are arranged on a second outer side of the computer housing , and wherein a control unit connected to the robot manipulator is arranged inside the computer housing , wherein at least one installation element for mounting the protective housing on a floor is arranged on a first outer side of the protective housing and an opening to a cavity encompassed by the protective housing and a protective housing interface are arranged on a second outer side of the protective housing opposite the first outer side , wherein the protective housing interface can be reversibly connected to either the first computer housing interface or to the second computer housing interface . - a computer housing , and - a protective housing ,
A fiberboard attachment kit, comprising at least one screw having a shank provided with threads , and a fiberboard supporting device adapted for connecting devices to fiberboard panels , comprising a disc-like member having a through-hole for receiving said screw , and a supporting member arranged on a fiberboard panel side of the disc-like member to ensure rigid attachment of the disc-like member to the fiberboard panel thereby preventing material bulging, wherein the supporting member has a through-hole being aligned with the through-hole of the disc-like member , wherein the diameter (DH1) of the through-hole of the supporting member is smaller than the major diameter (DT) of the threads and is also smaller than the diameter (DH2) of the through-hole of the disc-like member , wherein the length of the screw is substantially greater than a total thickness of the disc-like member and the supporting member . at least one screw having a shank provided with threads , and a fiberboard supporting device adapted for connecting devices to fiberboard panels , comprising a disc-like member having a through-hole for receiving said screw , and a supporting member arranged on a fiberboard panel side of the disc-like member to ensure rigid attachment of the disc-like member to the fiberboard panel thereby preventing material bulging, wherein the supporting member has a through-hole being aligned with the through-hole of the disc-like member , wherein the diameter (DH1) of the through-hole of the supporting member is smaller than the major diameter (DT) of the threads and is also smaller than the diameter (DH2) of the through-hole of the disc-like member , wherein the length of the screw is substantially greater than a total thickness of the disc-like member and the supporting member . a disc-like member having a through-hole for receiving said screw , and a supporting member arranged on a fiberboard panel side of the disc-like member to ensure rigid attachment of the disc-like member to the fiberboard panel thereby preventing material bulging, wherein the supporting member has a through-hole being aligned with the through-hole of the disc-like member , wherein the diameter (DH1) of the through-hole of the supporting member is smaller than the major diameter (DT) of the threads and is also smaller than the diameter (DH2) of the through-hole of the disc-like member , wherein the length of the screw is substantially greater than a total thickness of the disc-like member and the supporting member .
A method for detecting soft faults in a transmission line (L) comprising the following steps: - acquiring a measurement, called time-domain reflectogram, of a signal (R) characteristic of the reflection of a reference signal (S) previously injected into the line (L), - determining the difference between said time-domain reflectogram and a time-domain reflectogram measured previously for the same line (L) or another line of similar characteristics, in order to obtain a corrected time-domain reflectogram, - applying (403 1 , 403 i , 403 N ) a plurality of independent transformations to the corrected time-domain reflectogram in order to obtain a plurality of independent transformed reflectograms, - converting the transformed reflectograms into a plurality of mutually independent probabilities of occurrence of a fault, - applying a data merging method to the probabilities of occurrence of a fault to deduce therefrom a unified value of the probability of occurrence of a fault. - acquiring a measurement, called time-domain reflectogram, of a signal (R) characteristic of the reflection of a reference signal (S) previously injected into the line (L), - determining the difference between said time-domain reflectogram and a time-domain reflectogram measured previously for the same line (L) or another line of similar characteristics, in order to obtain a corrected time-domain reflectogram, - applying (403 1 , 403 i , 403 N ) a plurality of independent transformations to the corrected time-domain reflectogram in order to obtain a plurality of independent transformed reflectograms, - converting the transformed reflectograms into a plurality of mutually independent probabilities of occurrence of a fault, - applying a data merging method to the probabilities of occurrence of a fault to deduce therefrom a unified value of the probability of occurrence of a fault.
An air spring , comprising a retainer plate , a piston made of plastic material, and an elastomeric sleeve , wherein the elastomeric sleeve is sealingly engaged with the first retainer plate and the piston to define a pressurizable chamber , wherein the piston has a wall which provide a surface on which the elastomeric sleeve rolls during compression, wherein the piston has a bead seal which extends from the piston wall toward the center of the air spring to provide a surface onto which the elastomeric sleeve is crimped with a clamp ring which extends from the bead seal , wherein the clamp ring is crimped over the elastomeric sleeve to squeeze the elastomeric sleeve between the clamp ring and the bead seal and characterised in that the clamp ring is snapped into a clamp ring engagement ring or clamp ring engagement slot and is held securely in position over the second end of a elastomeric sleeve which extend from the bead seal of the piston .
Method of preparation of a composition comprising extracellular vesicles for treating celiac disease, said method being characterized in that it comprises: - a step of extraction of extracellular vesicles from mesenchymal stem cells (MSC) , derived from a single sample of chorion (C) in advance separated from the placenta in a step of separation chorion-placenta , and - a step (251, 252 253) of sterilization and elimination of contaminating proteins from a semi-finished fluid containing said extracellular vesicles , wherein said step of sterilization and elimination of contaminating proteins comprises at least a first step of ultracentrifugation of the said semi-finished fluid, and wherein - said first step of ultracentrifugation is performed following of a phase of filtration of said semi-finished fluid; wherein said plurality of steps of centrifugation (237-239) takes place on a surfloating portion of a further semi-finished comprising said mesenchymal stem cells , said further semi-finished being in advance incubated for a multi-day period of time and being subjected to a treatment of increase of immunologic properties of said mesenchymal stem cells , said treatment of increase of immunologic properties of said mesenchymal stem cells comprises a step of washing by means of PBS followed by incubation with human recombinant interferon-y. - a step of extraction of extracellular vesicles from mesenchymal stem cells (MSC) , derived from a single sample of chorion (C) in advance separated from the placenta in a step of separation chorion-placenta , and - a step (251, 252 253) of sterilization and elimination of contaminating proteins from a semi-finished fluid containing said extracellular vesicles , wherein said step of sterilization and elimination of contaminating proteins comprises at least a first step of ultracentrifugation of the said semi-finished fluid, and wherein - said first step of ultracentrifugation is performed following of a phase of filtration of said semi-finished fluid;
A saw blade cartridge for use with a surgical device , the saw blade cartridge comprising: a guide bar including a distal portion and a proximal portion , the guide bar comprising: a first plate ; a second plate ; and an inner plate disposed partially between the first and the second plates, the inner plate defining a pivot surface; a blade at least partially disposed between the first and the second plates, the blade comprising: a blade body including a proximal end and a distal end; and a blade head disposed on the distal end of the blade body , the blade head formed with teeth , wherein the proximal end of the blade body abuts the pivot surface; wherein the proximal portion defines a proximal end ; wherein one of the first and second plates define a first outer edge, wherein the inner plate defines a second outer edge, the second outer edge tapering outwardly from the proximal end to the distal end of the proximal portion such that the second outer edge assists in aligning the saw blade cartridge with the surgical device , characterized in that the second outer edge extends beyond the first outer edge defined by one of the first and second plates. a guide bar including a distal portion and a proximal portion , the guide bar comprising: a first plate ; a second plate ; and an inner plate disposed partially between the first and the second plates, the inner plate defining a pivot surface; a first plate ; a second plate ; and an inner plate disposed partially between the first and the second plates, the inner plate defining a pivot surface; a blade at least partially disposed between the first and the second plates, the blade comprising: a blade body including a proximal end and a distal end; and a blade head disposed on the distal end of the blade body , the blade head formed with teeth , wherein the proximal end of the blade body abuts the pivot surface; wherein the proximal portion defines a proximal end ; wherein one of the first and second plates define a first outer edge, wherein the inner plate defines a second outer edge, the second outer edge tapering outwardly from the proximal end to the distal end of the proximal portion such that the second outer edge assists in aligning the saw blade cartridge with the surgical device , characterized in that the second outer edge extends beyond the first outer edge defined by one of the first and second plates. a blade body including a proximal end and a distal end; and a blade head disposed on the distal end of the blade body , the blade head formed with teeth , wherein the proximal end of the blade body abuts the pivot surface; wherein the proximal portion defines a proximal end ; wherein one of the first and second plates define a first outer edge, wherein the inner plate defines a second outer edge, the second outer edge tapering outwardly from the proximal end to the distal end of the proximal portion such that the second outer edge assists in aligning the saw blade cartridge with the surgical device , characterized in that the second outer edge extends beyond the first outer edge defined by one of the first and second plates.
A controlled hydraulic transmission comprising: - a housing with an internal cavity completely filled with the power fluid, - a cartridge which can be axially displaced inside the housing; - two rotor assemblies, interacting with power fluid, where each rotor assembly has its own piston (3 I , 3 II ) mounted on its own shaft (1 and 2 or 1 I and 2); wherein the pistons are placed in the cartridge ; - caps , which internal face is machined to assure sliding contact with the piston (3 I , 3 II ) face; - cartridge ; - a core inside the cartridge; - a control unit, wherein the caps having a central hole for supporting the through shaft (1 I , 2) ; the housing having opening for a control arm (6 I ) fixed on the mechanism of rotary movement transformation; the shafts (1 I and 2) provided with cam having cylindrical surface eccentric against a shaft axis of the shafts (1 I and 2) with eccentricity e and intended for running fit of the piston (3 I , 3 II ); wherein pistons (3 I , 3 II ) interacting with power fluid, which faces are machined to provide sliding contact with the cap (8 I ) and core (5 I , 5 II ) faces, and which outer surface formed by hypotrochoid, described in Cartesian ordinates by the following formulae: X = e 5 Sin τ − Sin 2 τ , Y = e 5 Cos τ + Cos 2 τ , where arbitrary parameter τ = 0,..., 2 π . - a housing with an internal cavity completely filled with the power fluid, - a cartridge which can be axially displaced inside the housing; - two rotor assemblies, interacting with power fluid, where each rotor assembly has its own piston (3 I , 3 II ) mounted on its own shaft (1 and 2 or 1 I and 2); wherein the pistons are placed in the cartridge ; - caps , which internal face is machined to assure sliding contact with the piston (3 I , 3 II ) face; - cartridge ; - a core inside the cartridge; - a control unit, wherein the caps having a central hole for supporting the through shaft (1 I , 2) ; the housing having opening for a control arm (6 I ) fixed on the mechanism of rotary movement transformation; the shafts (1 I and 2) provided with cam having cylindrical surface eccentric against a shaft axis of the shafts (1 I and 2) with eccentricity e and intended for running fit of the piston (3 I , 3 II ); wherein pistons (3 I , 3 II ) interacting with power fluid, which faces are machined to provide sliding contact with the cap (8 I ) and core (5 I , 5 II ) faces, and which outer surface formed by hypotrochoid, described in Cartesian ordinates by the following formulae: X = e 5 Sin τ − Sin 2 τ , Y = e 5 Cos τ + Cos 2 τ , where arbitrary parameter τ = 0,..., 2 π .
A C-axis unit for a machine tool, comprising a bushing adapted to be fixed to a unit support of a machine tool at a lower end of the unit support , said bushing extending along a vertical axis (Z) when fixed to the unit support of the machine tool, a head mounting platform adapted to receive an operating head , said head mounting platform being supported by the bushing and being rotatable relative to the bushing around said vertical axis, a platform rotation motor supported by the bushing and configured to control the rotation of the head mounting platform , and a spindle motor configured to control the rotation of a tool-carrying spindle on the operating head through a driving extension arranged in a through-bore obtained through the head mounting platform , the C-axis unit being characterized in that the spindle motor is fixed to and is rotationally integral with the head mounting platform . a bushing adapted to be fixed to a unit support of a machine tool at a lower end of the unit support , said bushing extending along a vertical axis (Z) when fixed to the unit support of the machine tool, a head mounting platform adapted to receive an operating head , said head mounting platform being supported by the bushing and being rotatable relative to the bushing around said vertical axis, a platform rotation motor supported by the bushing and configured to control the rotation of the head mounting platform , and a spindle motor configured to control the rotation of a tool-carrying spindle on the operating head through a driving extension arranged in a through-bore obtained through the head mounting platform , the C-axis unit being characterized in that the spindle motor is fixed to and is rotationally integral with the head mounting platform .
A curtain wall comprising one or more mullion profiles , one or more transom profiles and one or more panels , wherein the one or more mullion profiles extend vertically, wherein the one or more transom profiles are attached at right angles to the one or more mullion profiles , wherein the one or more transom profiles and the one or more mullion profiles define rectangular openings, wherein the one or more panels are placed in said openings to close these openings, wherein the panels are fitted with their side edges in a rabbet of the mullion profiles and of the transom profiles with the aid of seals , whereby the rabbets in the mullions have a fixed indivisible width (A1) and the one or more panels are secured along the inside of the curtain wall in the mullion profiles by means of first glazing beads that are made from a rigid material and are provided with an aforementioned seal and are attached to a said mullion profile by means of first attachment aids , wherein the first attachment aids are attached to the mullions and wherein the glazing beads are snapped onto the first attachment aids , characterized in that the first attachment aids and the one or more of the said mullion profiles are designed in such a way that the first attachment aids can be attached to a said mullion profile , the first attachment aids and the first glazing beads are designed in such a way that the first glazing beads can be snapped onto the first attachment aids in a direction parallel to the plane of the respective panel .
Use of a treatment liquid comprising a surfactant as an active ingredient for desorption of a steroid included in cyclodextrin, wherein the surfactant is at least one selected from the group consisting of N-octanoyl-N-methylglucamine and 3-[(3-cholamidopropyl)dimethyl-ammonio]-1-propanesulfonate.
Custom shoes for preventing diabetes, preventing diabetic foot caused by diabetic complications and easing ulcer pain of diabetic necrosis, comprising: an insole , made of synthetic resins such as urethane, which is equipped with a plurality of columns , which are embedded with a plurality of springs , ejected, on the bottom, and massaging protrusions which are protruded on the upper side of the columns ; a sole , made of synthetic resins such as urethane, which comprises a space for fixing the insole on the top, and a plurality of insertion grooves for inserting the columns to the bottom of the space ; a deformation prevention frame which is made of any one of materials such as plastic, rubber and metal for having elastic restoring force upon deformation and which is ejected with the sole and is attached to the side edge of the sole; an inner sole , made of shock absorbing materials such as blowing urethane foam or blowing sponge foam, the inner sole being installed on the top of the insole ; a sock lining , made of low-density absorbing materials such as low-density urethane foam, which has relatively low density as compared to the inner sole , for preventing microdamage of muscles due to sharply declining elasticity depending on weight, thereby being arranged on the top of the inner sole ; and an upper which is bonded to the lower edge of the inner sole and the inner side of the upper edge of the sole . an insole , made of synthetic resins such as urethane, which is equipped with a plurality of columns , which are embedded with a plurality of springs , ejected, on the bottom, and massaging protrusions which are protruded on the upper side of the columns ; a sole , made of synthetic resins such as urethane, which comprises a space for fixing the insole on the top, and a plurality of insertion grooves for inserting the columns to the bottom of the space ; a deformation prevention frame which is made of any one of materials such as plastic, rubber and metal for having elastic restoring force upon deformation and which is ejected with the sole and is attached to the side edge of the sole; an inner sole , made of shock absorbing materials such as blowing urethane foam or blowing sponge foam, the inner sole being installed on the top of the insole ; a sock lining , made of low-density absorbing materials such as low-density urethane foam, which has relatively low density as compared to the inner sole , for preventing microdamage of muscles due to sharply declining elasticity depending on weight, thereby being arranged on the top of the inner sole ; and an upper which is bonded to the lower edge of the inner sole and the inner side of the upper edge of the sole .
Tradipitant for use in the treatment or prevention of motion sickness or a symptom thereof in an individual, the individual being a human, wherein the treatment or prevention comprises: administration of the tradipitant to the individual in an amount effective to prevent or treat the motion sickness or the symptom thereof in the individual.
Solution comprising a) water, b) 20 to 55 wt.-% according to the total weight amount of the solution of compound 2,2,6,6-tetramethyl-4-(trimethylammonio)-1-piperidinyloxy of formula (I), c) 0.1 to 6 wt.-% according to the total weight amount of the solution alkali metal cation d) 0.5 to 12.5 wt.-% according to the total weight amount of the solution of compound N,N,N,1,2,2,6,6-octamethyl-4-piperidinammonium-1-oxide of formula (II) e) 0.1 to 20 wt.-% according to the total weight amount of the solution of compound 2,2,6,6-hexamethyl-4-(dimethylamino)-1-piperidinyloxy-N-oxide of formula (III) a) water, b) 20 to 55 wt.-% according to the total weight amount of the solution of compound 2,2,6,6-tetramethyl-4-(trimethylammonio)-1-piperidinyloxy of formula (I), c) 0.1 to 6 wt.-% according to the total weight amount of the solution alkali metal cation d) 0.5 to 12.5 wt.-% according to the total weight amount of the solution of compound N,N,N,1,2,2,6,6-octamethyl-4-piperidinammonium-1-oxide of formula (II) e) 0.1 to 20 wt.-% according to the total weight amount of the solution of compound 2,2,6,6-hexamethyl-4-(dimethylamino)-1-piperidinyloxy-N-oxide of formula (III)