mhurhangee/ep-ind-claims huggingface dataset:
A robotic device comprising: (a) an elongate device body comprising: (i) a first lower gear drivetrain comprising: a first motor; and a first driveshaft operably coupled to the first motor and to a first lower bevel gear, wherein the first driveshaft is rotatably disposed within and is concentric with the first lower bevel gear and a first upper bevel gear; and (ii) a first upper gear drivetrain comprising a second motor operably coupled to the first upper bevel gear; (b) a first shoulder joint comprising a first output shaft operably coupled to a first output bevel gear, wherein the first output bevel gear is operably coupled to the first upper and first lower bevel gears; and (c) a first arm operably coupled to the first shoulder joint. (a) an elongate device body comprising: (i) a first lower gear drivetrain comprising: a first motor; and a first driveshaft operably coupled to the first motor and to a first lower bevel gear, wherein the first driveshaft is rotatably disposed within and is concentric with the first lower bevel gear and a first upper bevel gear; and (ii) a first upper gear drivetrain comprising a second motor operably coupled to the first upper bevel gear; (i) a first lower gear drivetrain comprising: a first motor; and a first driveshaft operably coupled to the first motor and to a first lower bevel gear, wherein the first driveshaft is rotatably disposed within and is concentric with the first lower bevel gear and a first upper bevel gear; and a first motor; and a first driveshaft operably coupled to the first motor and to a first lower bevel gear, wherein the first driveshaft is rotatably disposed within and is concentric with the first lower bevel gear and a first upper bevel gear; and (ii) a first upper gear drivetrain comprising a second motor operably coupled to the first upper bevel gear; (b) a first shoulder joint comprising a first output shaft operably coupled to a first output bevel gear, wherein the first output bevel gear is operably coupled to the first upper and first lower bevel gears; and (c) a first arm operably coupled to the first shoulder joint.
An assembly for the connection of two tubular members, the connection assembly comprising a tubular member; an intermediate coupling ring, which is mounted so as to slide along at least one coupling portion of the tubular member, is elastically deformable, is open, and has two free ends, which are separate from one another; and a connection sleeve, which can be coupled to the tubular member, is configured to be coupled to a further tubular member, and comprises at least one coupling portion, which is configured to slide along the tubular member and be coupled to the coupling ring; the coupling portion of the tubular member having a diameter ranging from a minimum to a maximum, so that the sliding movement of the coupling ring along the coupling portion of the tubular member causes the deformation of the coupling ring in a locking configuration in which the connection sleeve is locked to the tubular member.
A humidification and air cleaning apparatus comprising: a water tank to store water; a watering housing rotatably disposed in the water tank to spray water stored in the water tank; a watering groove protruding inside the watering housing to draw water of the water tank into the watering housing and to pump the drawn water to an upper side of the watering housing during rotation of the watering housing; a nozzle (412, 413) disposed in the watering housing to spray the pumped water to an outside of the watering housing; and characterised by a water curtain preventing rib disposed inside the watering housing, disposed over the watering groove to interfere with the pumped water. a water tank to store water; a watering housing rotatably disposed in the water tank to spray water stored in the water tank; a watering groove protruding inside the watering housing to draw water of the water tank into the watering housing and to pump the drawn water to an upper side of the watering housing during rotation of the watering housing; a nozzle (412, 413) disposed in the watering housing to spray the pumped water to an outside of the watering housing; and characterised by a water curtain preventing rib disposed inside the watering housing, disposed over the watering groove to interfere with the pumped water.
Use of a dielectric composition for an electric component, wherein the dielectric composition is comprising a crystalline phase represented by a general formula of Bi 12 SiO 20 and a crystalline phase represented by a general formula of Bi 2 SiO 5 as the main components.
An ignition resistant carbonate polymer composition comprising: (i) an aromatic polycarbonate or an aromatic polyester carbonate. (ii) a non-silicon-containing graft (co)polymer produced by mass polymerization, (iii) a silicon-containing graft (co)polymer having a core-shell morphology, including a grafted shell that contains polymerized alkyl(meth)acrylate and as composite rubber core that contains polyorganosiloxane and poly(meth)alkyl acrylate components, wherein said core comprises at least 20 percent by weight silicon based on the total weight of the silicon-containing graft (co)polymer, (iv) an oligomeric aromatic phosphorous compound represented by the formula I: wherein, R 1, R 2, R 3 and R 4 independently of one another each denote optionally halogenated C 1 - to C 8 -alkyl, or C 5 - to C 4 - cycloalkyl, C 6 - to C 20 - aryl or C 7 - to C 12 - aralkyl, in each case optionally substituted by alkyl and/or halogen, X denotes a mono- or polynuclear aromatic radical having 6 to 30 C atoms, n independently of one another is 0 or 1, N represents values greater than 0 and less than 30, (v) a mixture of a polytetrafluoroethylene polymer and a fluorothermoplast, and (vi) one or more of a thermoplastic vinyl (co)polymer, an impact modifier different from (iii), a filler, a reinforcing material, a stabilizer, a pigment, a dye, a mold release, a lubricant, or an anti-static agent. (i) an aromatic polycarbonate or an aromatic polyester carbonate. (ii) a non-silicon-containing graft (co)polymer produced by mass polymerization, (iii) a silicon-containing graft (co)polymer having a core-shell morphology, including a grafted shell that contains polymerized alkyl(meth)acrylate and as composite rubber core that contains polyorganosiloxane and poly(meth)alkyl acrylate components, wherein said core comprises at least 20 percent by weight silicon based on the total weight of the silicon-containing graft (co)polymer, (iv) an oligomeric aromatic phosphorous compound represented by the formula I: wherein, R 1, R 2, R 3 and R 4 independently of one another each denote optionally halogenated C 1 - to C 8 -alkyl, or C 5 - to C 4 - cycloalkyl, C 6 - to C 20 - aryl or C 7 - to C 12 - aralkyl, in each case optionally substituted by alkyl and/or halogen, X denotes a mono- or polynuclear aromatic radical having 6 to 30 C atoms, n independently of one another is 0 or 1, N represents values greater than 0 and less than 30, R 1, R 2, R 3 and R 4 independently of one another each denote optionally halogenated C 1 - to C 8 -alkyl, or C 5 - to C 4 - cycloalkyl, C 6 - to C 20 - aryl or C 7 - to C 12 - aralkyl, in each case optionally substituted by alkyl and/or halogen, X denotes a mono- or polynuclear aromatic radical having 6 to 30 C atoms, n independently of one another is 0 or 1, N represents values greater than 0 and less than 30, (v) a mixture of a polytetrafluoroethylene polymer and a fluorothermoplast, and (vi) one or more of a thermoplastic vinyl (co)polymer, an impact modifier different from (iii), a filler, a reinforcing material, a stabilizer, a pigment, a dye, a mold release, a lubricant, or an anti-static agent.
A vending apparatus for dispensing beverages in cups, comprising a cup dispensing means adapted to feed a rotating drum; said rotating drum being movable between at least one position for dispensing a beverage in a cup (33, 34) and at least one pickup position for picking up the cup (33, 34) containing the dispensed beverage; said rotating drum comprising at least two seats (44, 55), respectively a first seat and a second seat, each of said seats being adapted to receive a cup; said drum rotating about its own central axis, driven by motorized means (9, 10, 11), so as to alternately place each of said seats (44, 55) in at least five positions, which correspond to five operating stations: a resting station; a first dispensing station, in which a cup (33, 34) is inserted in said seat (44, 55); a second dispensing station, in which a beverage is dispensed in said cup (33, 34); a third dispensing station, in which an additional dispensing operation for aesthetically finishing the beverage is performed; and a pickup station, in which said cup (33, 34) containing the finished beverage is picked up by the user; said apparatus being characterized in that it comprises means for removing said drum from said apparatus without the aid of tools, said means comprising a locking knob which can be actuated in order to cause the descent of a movable support on which said drum is fitted, in order to disengage a pivot of the drum from a gear of said motorized means (9, 10, 11) that is integral with said apparatus.
A system for providing channels within application servers, comprising a server located in a cluster in which multiple servers exist, said server being configured to host several channels for receiving communications from clients and/or other servers; and a plurality of channels (110, 112, 150) that may be configured and activated to receive particular communications at the server and process those particular communications according to the configuration of the channel; wherein an application may be configured to use a named channel, such that it is not possible to access the application from another channel; wherein traffic internal to the server is carried by a particular channel or over custom channels, such that internal traffic is separated from application traffic; wherein a channel is designated as a cluster channel for cluster-wide activities; and wherein the server includes a plurality of virtual web sites operating thereon and wherein each of said plurality of virtual web sites includes a channel associated therewith for receiving requests for that virtual web site.
A method performed by a communication device, the method comprising the steps of: • receiving (step 902), via a first visited network of the communication device, a message from a first home network of the communication device, the message comprising a first network information container and a credential indicator, ∘ wherein the first network information container comprises information that is integrity protected and/or cipher protected, ∘ wherein the credential indicator indicates a type of a credential used for protecting the first network information container, the type of the credential being either a 3GPP credential or non-3GPP credential, wherein the credential indicator is a flag bit, wherein a first value of the flag bit indicates that the credential is a 3GPP credential and a second value of the flag bit indicates that the credential is a non-3GPP credential; • verifying (step 904), the first network information container using one or more security parameters based on the type of credential; and • obtaining (step 906), when the first network information container is successfully verified, the information comprised in the first network information container. • receiving (step 902), via a first visited network of the communication device, a message from a first home network of the communication device, the message comprising a first network information container and a credential indicator, ∘ wherein the first network information container comprises information that is integrity protected and/or cipher protected, ∘ wherein the credential indicator indicates a type of a credential used for protecting the first network information container, the type of the credential being either a 3GPP credential or non-3GPP credential, wherein the credential indicator is a flag bit, wherein a first value of the flag bit indicates that the credential is a 3GPP credential and a second value of the flag bit indicates that the credential is a non-3GPP credential; ∘ wherein the first network information container comprises information that is integrity protected and/or cipher protected, ∘ wherein the credential indicator indicates a type of a credential used for protecting the first network information container, the type of the credential being either a 3GPP credential or non-3GPP credential, wherein the credential indicator is a flag bit, wherein a first value of the flag bit indicates that the credential is a 3GPP credential and a second value of the flag bit indicates that the credential is a non-3GPP credential; • verifying (step 904), the first network information container using one or more security parameters based on the type of credential; and • obtaining (step 906), when the first network information container is successfully verified, the information comprised in the first network information container.
A wavelength path reallocation method in a path reallocation apparatus for reallocating a wavelength path set in a communication network, comprising: a wavelength path designing step in which a wavelength path designing unit designs a reallocation destination wavelength path by performing calculation such that the number of use frequency regions in the communication network becomes smaller than a corresponding value before reallocation; and a wavelength path setting step in which a wavelength path setting unit changes a reallocation target wavelength path to the reallocation destination wavelength path by using a free wavelength; characterized in that the wavelength path designing step comprises: performing calculation of the reallocation destination wavelength path so as to minimize a sum of products of wavelength number and number of wavelengths that are used, within a range of a constraint that delay difference or distance difference between the reallocation target wavelength path and the reallocation destination wavelength path does not exceed a predetermined threshold, or a constraint that the route does not change between the reallocation target wavelength path and the reallocation destination wavelength path. a wavelength path designing step in which a wavelength path designing unit designs a reallocation destination wavelength path by performing calculation such that the number of use frequency regions in the communication network becomes smaller than a corresponding value before reallocation; and a wavelength path setting step in which a wavelength path setting unit changes a reallocation target wavelength path to the reallocation destination wavelength path by using a free wavelength; characterized in that the wavelength path designing step comprises: performing calculation of the reallocation destination wavelength path so as to minimize a sum of products of wavelength number and number of wavelengths that are used, within a range of a constraint that delay difference or distance difference between the reallocation target wavelength path and the reallocation destination wavelength path does not exceed a predetermined threshold, or a constraint that the route does not change between the reallocation target wavelength path and the reallocation destination wavelength path.
A method for casting a melt by means of a melt container in which a melt receiving space is formed, wherein the melt container has a spout in the form of a lance located on the bottom on the melt container, wherein the method comprises the following method steps: - filling the melt container with melt, wherein the melt is introduced into the melt receiving space of the melt container out of a crucible by means of a spout orifice of the lance; - casting at least one cast workpiece with melt from the melt container, wherein the melt received in the melt receiving space is introduced into a mold via the spout orifice of the lance; - filling the melt container with melt again, characterized in that during the filling of the melt container with melt, so much more melt is received in the melt receiving space than is required for casting the cast workpiece, that directly before the renewed filling of the melt container, a remainder of melt, which has an oxide skin formed at the melt surface, is present in the melt receiving space of the melt container, wherein the level of the melt surface of the melt remaining in the melt receiving space lies above the lance inside the melt receiving space. - filling the melt container with melt, wherein the melt is introduced into the melt receiving space of the melt container out of a crucible by means of a spout orifice of the lance; - casting at least one cast workpiece with melt from the melt container, wherein the melt received in the melt receiving space is introduced into a mold via the spout orifice of the lance; - filling the melt container with melt again,
A system for applying thermal interface material to components, the system comprising: a supply of thermal interface material; and a die operable for tamping and cutting the supply of thermal interface material that is underneath the die, whereby a portion of thermal interface material tamped and cut from the supply is applied to a corresponding one of the components that is underneath the die without diffusion bonding of the portion of thermal interface material to the corresponding one of the components; wherein: a liner is along the thermal interface material; the die is operable for cutting the portion of thermal interface material through the liner without puncturing the liner to make the cut; characterised in that; the die comprises a rounded knife die with a foam filled core; the foam filled core is usable for tamping the portion of thermal interface material downward onto the corresponding one of the components located underneath the die; and the rounded knife die is usable to cut the portion of thermal interface material. a supply of thermal interface material; and a die operable for tamping and cutting the supply of thermal interface material that is underneath the die, whereby a portion of thermal interface material tamped and cut from the supply is applied to a corresponding one of the components that is underneath the die without diffusion bonding of the portion of thermal interface material to the corresponding one of the components; wherein: a liner is along the thermal interface material; the die is operable for cutting the portion of thermal interface material through the liner a liner is along the thermal interface material; the die is operable for cutting the portion of thermal interface material through the liner without puncturing the liner to make the cut; characterised in that; the die comprises a rounded knife die with a foam filled core; the foam filled core is usable for tamping the portion of thermal interface material downward onto the corresponding one of the components located underneath the die; and the rounded knife die is usable to cut the portion of thermal interface material. the die comprises a rounded knife die with a foam filled core; the foam filled core is usable for tamping the portion of thermal interface material downward onto the corresponding one of the components located underneath the die; and the rounded knife die is usable to cut the portion of thermal interface material.
A transversely extensible continuous elastic laminate comprising: - a first and a second continuous web (10, 50) extending along a longitudinal direction, having respective pleated central portions (12, 52) having pleats (62, 64) parallel to said longitudinal direction and respective first and second non-pleated edge portions (14, 54, 16, 56) on opposite sides of said pleated central portions (12, 52), - a continuous elastic tape extending in said longitudinal direction, and sandwiched between said pleated central portions (12, 52) of said first and second web (10, 50), wherein said elastic tape is elastically stretchable in a direction transversal to said longitudinal direction, and wherein said continuous elastic tape is joined to the first and second web (10, 50) by a pattern of spot welds, - a first and a second continuous tab chain (38, 40) having respective continuous base portions (42, 44) sandwiched between respective first and second non-pleated edge portions (14, 16, 54, 56) of the first and second continuous web (10, 50) and fixed thereto by said pattern of spot welds, and respective tabs (46, 48) extending from the respective base portions (42, 44) outside said first and second web (10, 50) and carrying respective micro-hook pads fixed to respective planar surfaces of said tabs (46, 48), wherein said micro-hook pads are completely surrounded by respective portions of said planar surface. - a first and a second continuous web (10, 50) extending along a longitudinal direction, having respective pleated central portions (12, 52) having pleats (62, 64) parallel to said longitudinal direction and respective first and second non-pleated edge portions (14, 54, 16, 56) on opposite sides of said pleated central portions (12, 52), - a continuous elastic tape extending in said longitudinal direction, and sandwiched between said pleated central portions (12, 52) of said first and second web (10, 50), wherein said elastic tape is elastically stretchable in a direction transversal to said longitudinal direction, and wherein said continuous elastic tape is joined to the first and second web (10, 50) by a pattern of spot welds, - a first and a second continuous tab chain (38, 40) having respective continuous base portions (42, 44) sandwiched between respective first and second non-pleated edge portions (14, 16, 54, 56) of the first and second continuous web (10, 50) and fixed thereto by said pattern of spot welds, and respective tabs (46, 48) extending from the respective base portions (42, 44) outside said first and second web (10, 50) and carrying respective micro-hook pads fixed to respective planar surfaces of said tabs (46, 48), wherein said micro-hook pads are completely surrounded by respective portions of said planar surface.
A computer-implemented method for developing a treatment plan for treating a subject, comprising receiving a scanned dental model of a subject's dentition; and determining a treatment plan having a plurality of incremental movements for repositioning one or more teeth (T; 320) of the subject's dentition, wherein one or more three-dimensional spheres of influence each having a predefined diameter is assigned to a model of each of the one or more teeth (T; 320) to define a safety envelope and to set a proximity distance between each tooth model as the tooth models move along a tooth movement path. receiving a scanned dental model of a subject's dentition; and determining a treatment plan having a plurality of incremental movements for repositioning one or more teeth (T; 320) of the subject's dentition, wherein one or more three-dimensional spheres of influence each having a predefined diameter is assigned to a model of each of the one or more teeth (T; 320) to define a safety envelope and to set a proximity distance between each tooth model as the tooth models move along a tooth movement path.
A diagnostic device for measuring hematocrit and/or prothrombin time of a fluid, comprising: a sensor device; and a test card assembly including one or more pairs of electrodes (226, 228), wherein the blood test card assembly comprises a base plate comprising a porous material wherein the sensor device is configured to provide an alternating current and to measure and calculate prothrombin time and/or HCT of blood test using reactance analysis. a sensor device; and a test card assembly including one or more pairs of electrodes (226, 228), wherein the blood test card assembly comprises a base plate comprising a porous material wherein the sensor device is configured to provide an alternating current and to measure and calculate prothrombin time and/or HCT of blood test using reactance analysis.