mhurhangee/ep-ind-claims huggingface dataset:
A process for making movable Tyrolean electric stoves, including: - making a hollow stove body, the hollow stove body having a basement, - application of an electric resistor, particularly a constant-power heating cable with low power consumption, such that it is arranged around the outer surface of the hollow stove body in one or more coil loops, with the interposition, between the hollow stove body and the electric resistor, of a layer of adhesive material with at least one thread formed thereon for supporting said electric resistor, with contiguous insulating grooves, - subsequent application of a final coating layer, in particular made of fire-resistant cement mortar, characterized in that - the basement of said hollow stove body is preferably supported by a smooth metal or rigid plate, allowing displacement thereof to any location of the house, proximate to a power outlet, - the hollow stove body is made from a thermoplastic polymer, - the stove is essentially composed of the hollow stove body with the basement and a covering cap, each of the basement, hollow stove body and covering cap being formed from blocks of expanded polystyrene, having inner cavities (10', 20', 30') and joined together one on top of the other, in particular by interlocked connection or heat welding of their edges, to form a single block or bearing structure whose diameter and height may vary according to the desired heating requirements. - making a hollow stove body, the hollow stove body having a basement, - application of an electric resistor, particularly a constant-power heating cable with low power consumption, such that it is arranged around the outer surface of the hollow stove body in one or more coil loops, with the interposition, between the hollow stove body and the electric resistor, of a layer of adhesive material with at least one thread formed thereon for supporting said electric resistor, with contiguous insulating grooves, - subsequent application of a final coating layer, in particular made of fire-resistant cement mortar, characterized in that - the basement of said hollow stove body is preferably supported by a smooth metal or rigid plate, allowing displacement thereof to any location of the house, proximate to a power outlet, - the hollow stove body is made from a thermoplastic polymer, - the stove is essentially composed of the hollow stove body with the basement and a covering cap, each of the basement, hollow stove body and covering cap being formed from blocks of expanded polystyrene, having inner cavities (10', 20', 30') and joined together one on top of the other, in particular by interlocked connection or heat welding of their edges, to form a single block or bearing structure whose diameter and height may vary according to the desired heating requirements.
A composition for a heat cycle system, which comprises a working fluid for heat cycle containing trifluoroethylene and having a global warming potential (100 years) in Intergovernmental Panel on Climate Change (IPCC), Fourth assessment report, of less than 675, wherein the working fluid for heat cycle contains trifluoroethylene, difluoromethane and 1,3,3,3-tetrafluoropropene.
An intravascular delivery device comprising a delivery wire having a proximal and a distal end and an interior lumen extending there between and wherein said distal end comprises a connection interface adapted to matingly interlock with a proximal end portion of a medical implantable device, wherein said delivery device comprises a locking unit arranged to secure said connection interface in a longitudinal locking position relative a distal end of said delivery device, characterized in that said intravascular delivery device comprises a proximal portion having a resiliently flexible unit arranged to provide for flexibility in said locking position.
A network authentication system, wherein the system comprises a service network and a home network; the home network is configured to send a check value X to the service network, wherein the check value X is derived from an expected user response, XRES, and a key K by a hash-type function, wherein the check value X is a message authentication code, MAC, value, wherein the hash-type function is a MAC function; the service network is configured to receive the check value X; the service network is configured to receive a user response from user equipment; the service network is configured to apply the hash-type function to the user response and to check whether the result matches the check value X.
An apparatus for preventing free flow system through an infusion set, the apparatus comprising: an infusion set formed by a tube having a circular cross-section occluder disposed therein, wherein the occluder is positioned in a portion of the tube and has an exterior diameter which is larger than an interior diameter of the tube thereby causing the portion of the tube to stretch over the occluder, and wherein the tube is radially expandable such that compression of the tube causes a portion of the tube to extend away from the occluder to form a flow path and such that removal of the compression causes the tube adjacent the occluder to contract about the occluder and close the flow path; and, a channel; characterised in that the channel is generally U-shaped with a rounded bottom, the channel thus being configured to receive the infusion set in such a manner that the infusion set is pressed against one half of the occluder at its side facing the rounded bottom to engage the occluder in the rounded bottom such that a single fluid flow channel is formed on the opposing side. an infusion set formed by a tube having a circular cross-section occluder disposed therein, wherein the occluder is positioned in a portion of the tube and has an exterior diameter which is larger than an interior diameter of the tube thereby causing the portion of the tube to stretch over the occluder, and wherein the tube is radially expandable such that compression of the tube causes a portion of the tube to extend away from the occluder to form a flow path and such that removal of the compression causes the tube adjacent the occluder to contract about the occluder and close the flow path; and, a channel; characterised in that the channel is generally U-shaped with a rounded bottom, the channel thus being configured to receive the infusion set in such a manner that the infusion set is pressed against one half of the occluder at its side facing the rounded bottom to engage the occluder in the rounded bottom such that a single fluid flow channel is formed on the opposing side.
A method for making an emulsified antiperspirant product comprising a continuous phase that includes a water-immiscible liquid and a disperse aqueous phase comprising an antiperspirant active, the method comprising the steps of: (a) providing a water-immiscible liquid; (b) providing an aqueous solution comprising an antiperspirant active; (c) preparing an emulsion comprising a continuous phase including the water-immiscible liquid and a disperse phase including the aqueous solution; (d) heating the emulsion to a temperature between 60°C and 110°C; (e) providing a structurant that is at least partially dissolved; (f) adding the heated emulsion to the at least partially dissolved structurant to form an emulsified antiperspirant composition; and (g) transitioning the emulsified antiperspirant composition to a temperature below 60°C within 2 hours of completing step (d); wherein the concentration of the water-immiscible liquid ranges from 10% to 30%, by weight of the composition. (a) providing a water-immiscible liquid; (b) providing an aqueous solution comprising an antiperspirant active; (c) preparing an emulsion comprising a continuous phase including the water-immiscible liquid and a disperse phase including the aqueous solution; (d) heating the emulsion to a temperature between 60°C and 110°C; (e) providing a structurant that is at least partially dissolved; (f) adding the heated emulsion to the at least partially dissolved structurant to form an emulsified antiperspirant composition; and (g) transitioning the emulsified antiperspirant composition to a temperature below 60°C within 2 hours of completing step (d); wherein the concentration of the water-immiscible liquid ranges from 10% to 30%, by weight of the composition.
An orthopedic device for supporting a back, especially a lower back, of a user, wherein the device comprises - an upper body element, - an upper leg element and - a first passive actuator, which is configured to apply a force to the upper leg element and the upper body element when an angle between the upper leg element and the upper body element is within a first predetermined angular range, characterized in that the device features at least a second passive actuator, which is configured to apply a force to the upper leg element and the upper body element when the angle is within a predetermined second angular range that is different to the first angular range. - an upper body element, - an upper leg element and - a first passive actuator, which is configured to apply a force to the upper leg element and the upper body element when an angle between the upper leg element and the upper body element is within a first predetermined angular range,
A combination of cationic surfactants and/or cationic polymers with amide amines of the formula, R-C -NH-(CH 2) 3 -N(CH 3) 2 in which R-C represents the aliphatic acid radicals of a natural wax oxidate.
A system, comprising: a barrier; and an insert assembly in the barrier defining an annulus between the insert assembly and the barrier, wherein: the insert assembly comprises stacked flow gaps configured for addition and/or removal of gas from a solid/gas mixture flowing in the annulus; the insert assembly comprises a series of stacked cones; the insert assembly comprises a cone and a member under the cone; the member comprises: an uppermost member section having a tapered portion extending into the cone; a middle member section extending into a lower portion of the uppermost member section; and a lowest member section having a tapered portion extending into a lower portion of the middle member section; and the middle member section is tapered from bottom to top. a barrier; and an insert assembly in the barrier defining an annulus between the insert assembly and the barrier, the insert assembly comprises stacked flow gaps configured for addition and/or removal of gas from a solid/gas mixture flowing in the annulus; the insert assembly comprises a series of stacked cones; the insert assembly comprises a cone and a member under the cone; the member comprises: an uppermost member section having a tapered portion extending into the cone; a middle member section extending into a lower portion of the uppermost member section; and a lowest member section having a tapered portion extending into a lower portion of the middle member section; and the middle member section is tapered from bottom to top.
Removable tank for a beverage dispensing appliance, in particular suitable for connecting to a water supply system, the tank comprising at least one storage chamber, a first opening forming an inlet, and a second opening forming an outlet suitable for connecting to a water dispensing tap, the tank comprising moreover at least one water filtration means fluidically connected to the second opening of the tank downstream of the storage chamber, and the tank being characterized in that the first opening, the second opening, and a container for housing the filtration means communicating with the second opening form a unit fixed on a neck of the tank in order to form a whole that cannot be disassembled.
An optical isolator comprising: a plurality of optical components arranged along a first direction, each optical component having an optical surface, a first surface intersecting with the optical surface, and a second surface intersecting with the optical surface and the first surface; and a base member that integrally holds the plurality of the optical components and has a first holding surface and a second holding surface, the first holding surface holding the optical components and fixing positions of the optical components in a second direction intersecting with the first direction in a state of being in contact with the optical components on the first surface, the second holding surface holding the second surface of the optical components with an adhesive interposed therebetween and fixing positions of the optical components in a third direction intersecting with the first direction and the second direction, characterized in that the base member comprises a second wall having the second holding surface, and the second wall has a first hole that penetrates through the second wall in the range including at least part of a region intersecting with the optical surface on the second holding surface. a plurality of optical components arranged along a first direction, each optical component having an optical surface, a first surface intersecting with the optical surface, and a second surface intersecting with the optical surface and the first surface; and a base member that integrally holds the plurality of the optical components and has a first holding surface and a second holding surface, the first holding surface holding the optical components and fixing positions of the optical components in a second direction intersecting with the first direction in a state of being in contact with the optical components on the first surface, the second holding surface holding the second surface of the optical components with an adhesive interposed therebetween and fixing positions of the optical components in a third direction intersecting with the first direction and the second direction, characterized in that the base member comprises a second wall having the second holding surface, and the second wall has a first hole that penetrates through the second wall in the range including at least part of a region intersecting with the optical surface on the second holding surface.
An atomization core applied to an electronic atomization apparatus, wherein the atomization core comprises a porous matrix and a heating element, and wherein the porous matrix comprises: a liquid guide part comprising a liquid absorbing surface for absorbing a liquid substrate and an atomization surface on which the heating element is disposed, wherein the liquid guide part is configured to conduct the liquid substrate on the side of the liquid absorbing surface to the atomization surface; and a vent part connected to the liquid guide part, wherein the vent part comprises an air inlet surface and an air outlet surface, the air inlet surface is configured to contact gas, the air outlet surface is configured to be exposed to a liquid storage cavity, and the vent part is configured to conduct the gas on the side of the air inlet surface to the air outlet surface; characterized in that the vent part has a lyophobic ventilation characteristic. a liquid guide part comprising a liquid absorbing surface for absorbing a liquid substrate and an atomization surface on which the heating element is disposed, wherein the liquid guide part is configured to conduct the liquid substrate on the side of the liquid absorbing surface to the atomization surface; and a vent part connected to the liquid guide part, wherein the vent part comprises an air inlet surface and an air outlet surface, the air inlet surface is configured to contact gas, the air outlet surface is configured to be exposed to a liquid storage cavity, and the vent part is configured to conduct the gas on the side of the air inlet surface to the air outlet surface; characterized in that the vent part has a lyophobic ventilation characteristic.
Latch comprising • a locking mechanism which has a catch and a pawl for ratcheting the catch; • a movably mounted operating element; the operating element being part of a central locking system or an anti-theft device, • a position securing device for the operating element, • the position securing device having a counterweight which is movably mounted in such a way that it can be moved in the same direction as the operating element; • the counterweight and the operating element being connected to one another such that a movement of the counterweight results in an opposite movement of the operating element; • the position securing device having a pivotally mounted lever, and one first arm of the lever being hingedly connected to the operating element; • the other second arm of the lever forming the counterweight and having a mass which is several times greater than the mass of the first lever arm; characterized in that • when viewed from the rotatable bearing of the lever, the second lever arm extends laterally, specifically on both sides, in the shape of a partial circle, crescent or diamond. • a locking mechanism which has a catch and a pawl for ratcheting the catch; • a movably mounted operating element; the operating element being part of a central locking system or an anti-theft device, • a position securing device for the operating element, • the position securing device having a counterweight which is movably mounted in such a way that it can be moved in the same direction as the operating element; • the counterweight and the operating element being connected to one another such that a movement of the counterweight results in an opposite movement of the operating element; • the position securing device having a pivotally mounted lever, and one first arm of the lever being hingedly connected to the operating element; • the other second arm of the lever forming the counterweight and having a mass which is several times greater than the mass of the first lever arm; characterized in that • when viewed from the rotatable bearing of the lever, the second lever arm extends laterally, specifically on both sides, in the shape of a partial circle, crescent or diamond.
An integrin targeting agent comprising: (a) an integrin targeting moiety comprising a molecule represented by Formula II: or Formula IV wherein Ar represents aryl or heteroaryl; R' is H or alkyl; a represents an integer from 0, 1, 2 or 3 and salts thereof; and (b) an imaging reporter chemically linked, optionally through a linker moiety, to the integrin targeting moiety via the bond denoted as wherein said reporter is a fluorophore, a fluorochrome, an optical reporter, a magnetic reporter comprising a chelating agent, a radiolabel, an X-ray reporter, an ultrasound imaging reporter or a nanoparticle reporter. (a) an integrin targeting moiety comprising a molecule represented by Formula II: or Formula IV wherein Ar represents aryl or heteroaryl; R' is H or alkyl; a represents an integer from 0, 1, 2 or 3 and salts thereof; and wherein Ar represents aryl or heteroaryl; R' is H or alkyl; a represents an integer from 0, 1, 2 or 3 and salts thereof; and (b) an imaging reporter chemically linked, optionally through a linker moiety, to the integrin targeting moiety via the bond denoted as wherein said reporter is a fluorophore, a fluorochrome, an optical reporter, a magnetic reporter comprising a chelating agent, a radiolabel, an X-ray reporter, an ultrasound imaging reporter or a nanoparticle reporter.
A system for video inspection of piping or cavities, comprising: a camera head including a video signal transmitter; and a coaxial video push-cable (110, 210) having a proximal end and a distal end, the coaxial video push-cable (110, 210) comprising: an inner conductor comprising a conductive core; an insulating dielectric layer comprising a tubular insulating element of a synthetic fiber material comprising fiberglass or Kevlar disposed around the inner conductor; and an outer partially flexible structural element disposed around the tubular insulating element; wherein an output of the video signal transmitter is coupled to the inner conductor at the distal end of the push-cable (110, 210) to send a video signal. a camera head including a video signal transmitter; and a coaxial video push-cable (110, 210) having a proximal end and a distal end, the coaxial video push-cable (110, 210) comprising: an inner conductor comprising a conductive core; an insulating dielectric layer comprising a tubular insulating element of a synthetic fiber material comprising fiberglass or Kevlar disposed around the inner conductor; and an outer partially flexible structural element disposed around the tubular insulating element; wherein an output of the video signal transmitter is coupled to the inner conductor at the distal end of the push-cable (110, 210) to send a video signal. an inner conductor comprising a conductive core; an insulating dielectric layer comprising a tubular insulating element of a synthetic fiber material comprising fiberglass or Kevlar disposed around the inner conductor; and an outer partially flexible structural element disposed around the tubular insulating element; wherein an output of the video signal transmitter is coupled to the inner conductor at the distal end of the push-cable (110, 210) to send a video signal.
A user equipment,UE, comprising: first receiving means for receiving on a first carrier information for determining a second carrier; the first carrier being a non-Multimedia Broadcast/Multicast Service, MBMS, carrier, the second carrier being an MBMS dedicated carrier which only uses a non-paired downlink frequency band, without using an uplink frequency band, second receiving means for receiving Radio Bearer, RB, configuration information and MBMS scheduling information on the second carrier determined from the information; the first or second receiving means (1310, 1320) further being adapted for receiving a MBMS notification on the first or on second carrier, respectively, and control means for generating an MBMS scheduling template based on the received RB configuration information and MBMS scheduling information, wherein, the second receiving means receives MBMS data based on the MBMS scheduling template. first receiving means for receiving on a first carrier information for determining a second carrier; the first carrier being a non-Multimedia Broadcast/Multicast Service, MBMS, carrier, the second carrier being an MBMS dedicated carrier which only uses a non-paired downlink frequency band, without using an uplink frequency band, second receiving means for receiving Radio Bearer, RB, configuration information and MBMS scheduling information on the second carrier determined from the information; the first or second receiving means (1310, 1320) further being adapted for receiving a MBMS notification on the first or on second carrier, respectively, and control means for generating an MBMS scheduling template based on the received RB configuration information and MBMS scheduling information, wherein, the second receiving means receives MBMS data based on the MBMS scheduling template.
A device for cleaning freshly harvested vegetables, which are contained in open, perforated containers, comprising a centrifuge to dry the washed vegetables in the containers, characterized in that a washing facility is provided, which has a conveyor belt and an immersion device comprising a water container to immerse the open containers into the water and remove them from the water again, and the centrifuge has at least one articulated arm comprising grippers, to raise a perforated container and spin it in the angled state.