mhurhangee/ep-ind-claims huggingface dataset:
Capsule for food or beverage preparation, the capsule comprising: - a hollow body and an injection wall which is impermeable to liquids and to gases and which is attached to the body and adapted to be punctured for fluid injection into the capsule, - a chamber formed inside the body containing an ingredient for preparing food or beverage by dissolution with the fluid under pressure or extraction by the fluid under a preparation pressure, - a membrane disposed at a bottom end of the chamber, for retaining internal pressure in the chamber, - opening means disposed outside the chamber in the vicinity of the membrane, the opening means being configured to open the membrane when said membrane is pressed against said opening means under an opening pressure, characterized in that the membrane is attached to the body of the capsule by an adhesive seal which, when a release pressure, less than the opening pressure, is established inside the chamber and applied to at least part of the surface of the membrane, is configured to allow the membrane to be displaced relatively to the body and to engage against the opening means while maintaining an attachment between the body and the membrane. - a hollow body and an injection wall which is impermeable to liquids and to gases and which is attached to the body and adapted to be punctured for fluid injection into the capsule, - a chamber formed inside the body containing an ingredient for preparing food or beverage by dissolution with the fluid under pressure or extraction by the fluid under a preparation pressure, - a membrane disposed at a bottom end of the chamber, for retaining internal pressure in the chamber, - opening means disposed outside the chamber in the vicinity of the membrane, the opening means being configured to open the membrane when said membrane is pressed against said opening means under an opening pressure,
A pedicure miller, connectable by a flexible hose to a bathroom tap, wherein the pedicure miller comprises: a box, in which there is a rotationally mounted turbine; a shaft fixed to the said turbine; and a tool having an external milling part, wherein the box has its rear side firmly closed, wherein the turbine comprises radial saucer-shaped blades enclosed at their back by a full side facing the rear side of the box, wherein the saucer-shaped blades are open at their front, wherein a peripheral part of the body of the box comprises a water inlet connected to at least one jet, from which a water flow is directed substantially tangential to the rear sides of the saucer-shaped blades, and the water flowing over the said saucer-shaped blades is redirected to the open front sides of the saucer-shaped blades, where a water outlet is provided through a cap window at a front part of the box, and wherein said shaft has the tool suitably fixed on its front section for the removal of hard skin on the feet. a box, in which there is a rotationally mounted turbine; a shaft fixed to the said turbine; and a tool having an external milling part, wherein the box has its rear side firmly closed, wherein the turbine comprises radial saucer-shaped blades enclosed at their back by a full side facing the rear side of the box, wherein the saucer-shaped blades are open at their front, wherein a peripheral part of the body of the box comprises a water inlet connected to at least one jet, from which a water flow is directed substantially tangential to the rear sides of the saucer-shaped blades, and the water flowing over the said saucer-shaped blades is redirected to the open front sides of the saucer-shaped blades, where a water outlet is provided through a cap window at a front part of the box, and wherein said shaft has the tool suitably fixed on its front section for the removal of hard skin on the feet.
A pre-chamber arrangement to be fitted on the cylinder head of a combustion engine, which comprises a separate body portion and a nozzle portion, which are supported by one another and which together substantially define the pre-chamber, which is connected to a main combustion area of the cylinder through nozzle openings of the nozzle portion, whereby the pre-chamber arrangement further comprises a separate pre-chamber bracket, which is arranged between the cylinder head and the pre-chamber and through which the body portion and the nozzle portion are supported on the cylinder head, characterized in that the nozzle portion comprises a first conical surface, by means of which it is supported on the bracket of the pre-chamber, and a second conical surface, by means of which it is supported on the body portion, and that said conical surfaces are arranged such that the body portion and the bracket of the pre-chamber keep the nozzle portion held firmly in place.
Process for modifying silicate fibres with needle-shaped morphology of nanometric size comprising - providing silicate fibres with needle-shaped morphology of nanometric size comprising magnesium, - suspending said fibres in a suitable liquid medium, - adding, to the suspension, at least one acid compound, bringing the pH of the medium to between 2 and 4, preferably between 2.5 and 3.5, - allowing the reaction, maintaining the pH of the medium between 2 and 4, preferably between 2.5 and 3.5, by further addition of acid, up to extracting from 10% to 70% by weight of magnesium from the fibres, substantially preserving their crystalline structure and needle-shaped morphology, and - separating the fibres thus modified from the final medium. - providing silicate fibres with needle-shaped morphology of nanometric size comprising magnesium, - suspending said fibres in a suitable liquid medium, - adding, to the suspension, at least one acid compound, bringing the pH of the medium to between 2 and 4, preferably between 2.5 and 3.5, - allowing the reaction, maintaining the pH of the medium between 2 and 4, preferably between 2.5 and 3.5, by further addition of acid, up to extracting from 10% to 70% by weight of magnesium from the fibres, substantially preserving their crystalline structure and needle-shaped morphology, and - separating the fibres thus modified from the final medium.
An adhesive tape comprising: a backing comprising a multilayer film comprising one or more organic polymers, wherein each layer of the multilayer film comprises plasticized polyvinyl chloride having more than 25 wt-% polyvinyl chloride, based on the total weight of the layer, and at least one layer comprises one or more fillers; a primer layer disposed on at least one major surface of the backing; and a pressure sensitive adhesive layer disposed on the primer layer. a backing comprising a multilayer film comprising one or more organic polymers, wherein each layer of the multilayer film comprises plasticized polyvinyl chloride having more than 25 wt-% polyvinyl chloride, based on the total weight of the layer, and at least one layer comprises one or more fillers; a primer layer disposed on at least one major surface of the backing; and a pressure sensitive adhesive layer disposed on the primer layer.
Method for managing movements of a fleet of a plurality of autonomous mobile objects configured to move on the ground and capable of communicating with a management server, an autonomous mobile object being associated with a user terminal with which a user is equipped, characterised in that said management server performs the following steps, for at least a given autonomous mobile object, referred to as first object, associated with a first user terminal with which a first user is equipped: • obtaining information representing a position to be reached by said first object, referred to as first object destination information; • determining information representing a movement to be made by said first object, referred to as first object movement information, said determination taking into account: - at least said first object destination information; and - at least one piece of information representing the position of a second user terminal with which a second user associated with a second autonomous mobile object of said fleet is equipped, referred to as second user position information, and information representing the position of said second autonomous mobile object, referred to as second object position information; • transmitting said first object movement information to said first object, said second user position information and said second object position information corresponding to data enabling the position of the second user and of the second object to be respectively determined. • obtaining information representing a position to be reached by said first object, referred to as first object destination information; • determining information representing a movement to be made by said first object, referred to as first object movement information, said determination taking into account: - at least said first object destination information; and - at least one piece of information representing the position of a second user terminal with which a second user associated with a second autonomous mobile object of said fleet is equipped, referred to as second user position information, and information representing the position of said second autonomous mobile object, referred to as second object position information; - at least said first object destination information; and - at least one piece of information representing the position of a second user terminal with which a second user associated with a second autonomous mobile object of said fleet is equipped, referred to as second user position information, and information representing the position of said second autonomous mobile object, referred to as second object position information; • transmitting said first object movement information to said first object, said second user position information and said second object position information corresponding to data enabling the position of the second user and of the second object to be respectively determined.
A method of forming a non-volatile memory comprising: patterning a hybrid cell from a first memory material stack; removing a portion of the first memory material stack in the hybrid cell, wherein removing a portion of the first memory material stack in the hybrid cell comprises: conformally depositing a first material over the hybrid cell and an ILD encircling the hybrid cell, to result in a first conformal layer; performing an anisotropic etch on the first conformal layer forming a memory element pattern on a sidewall of the ILD encircling the hybrid cell and located above the hybrid cell; and removing the first memory material stack that is not located beneath the memory element pattern; and forming a second memory material stack in an area created by the removed portion of the first memory material stack. patterning a hybrid cell from a first memory material stack; removing a portion of the first memory material stack in the hybrid cell, wherein removing a portion of the first memory material stack in the hybrid cell comprises: conformally depositing a first material over the hybrid cell and an ILD encircling the hybrid cell, to result in a first conformal layer; performing an anisotropic etch on the first conformal layer forming a memory element pattern on a sidewall of the ILD encircling the hybrid cell and located above the hybrid cell; and removing the first memory material stack that is not located beneath the memory element pattern; and forming a second memory material stack in an area created by the removed portion of the first memory material stack. conformally depositing a first material over the hybrid cell and an ILD encircling the hybrid cell, to result in a first conformal layer; performing an anisotropic etch on the first conformal layer forming a memory element pattern on a sidewall of the ILD encircling the hybrid cell and located above the hybrid cell; and removing the first memory material stack that is not located beneath the memory element pattern; and forming a second memory material stack in an area created by the removed portion of the first memory material stack.
A projection indication device that is configured to generate a projection image to be projected on a parcel based on a reading result of parcel identification information included in a label attached to the parcel, the device comprising: a processor; and a memory, wherein by cooperating with the memory, the processor is configured to: detect occurrence of an error, generate a projection image indicating the occurrence of the error in a case where the occurrence of the error is detected, and indicate to project the projection image on the parcel which is a target of the error, characterized in that the processor is further configured to detect as an error that the parcel to be transported passes through a predetermined sorting area without being picked up based on a reading result of the parcel identification information and sensing information. a processor; and a memory, wherein by cooperating with the memory, the processor is configured to: detect occurrence of an error, generate a projection image indicating the occurrence of the error in a case where the occurrence of the error is detected, and indicate to project the projection image on the parcel which is a target of the error, detect occurrence of an error, generate a projection image indicating the occurrence of the error in a case where the occurrence of the error is detected, and indicate to project the projection image on the parcel which is a target of the error, characterized in that the processor is further configured to detect as an error that the parcel to be transported passes through a predetermined sorting area without being picked up based on a reading result of the parcel identification information and sensing information.
A ventilator having a pressure generator, a gas-dosing unit and a pneumatic main line which guides respiratory gas to a patient interface, wherein - the gas-dosing unit is configured to guide external air, and/or oxygen and/or anesthetic gas as respiratory gas into the pneumatic main line, and - the pressure generator is configured to convey respiratory gas into the pneumatic main line to the patient interface, wherein the gas-dosing unit is configured to deliver determined amounts or volumes of respiratory gas into the pneumatic main line, wherein the ventilator has a pulsation dampener, wherein the pulsation dampener is placed in a pulsation dampener housing, comprising an upper housing part and a lower housing part, which hold the pulsation dampener at least partially or in sections, wherein the pulsation dampener housing has at least one spring element (701, 702, 703), characterized in that the pulsation dampener is designed as an elastomer component with a tubular inlet from a first connection, which expands to a chamber, wherein the chamber gradually transitions into a tubular outlet to a second connection. - the gas-dosing unit is configured to guide external air, and/or oxygen and/or anesthetic gas as respiratory gas into the pneumatic main line, and - the pressure generator is configured to convey respiratory gas into the pneumatic main line to the patient interface,
Adapter suitable for Mac Mini having a supporting function, wherein the adapter comprises a base, an upper cover disposed on the base and used for covering the base, a control panel disposed in the base, an adapter head electrically connected to the control panel, and several adapter interfaces respectively electrically connected to the control panel; a recess used for supporting an electronic device is disposed on the upper cover protruding towards a bottom face of the base, wherein several anti-slip rubber pads are disposed at even intervals on a lateral side of the base that is away from the upper cover, characterized in that: - the recess is in the shape of a bowl or a cup which fits a round protrusion at the bottom of a Mac Mini; and wherein - several threaded holes are disposed at equal intervals on a side wall of the recess; mounting holes are disposed on the base at positions corresponding to the threaded holes; and the adapter having the supporting function further comprises several screws used for mounting the upper cover onto the base, and each screw passes through the corresponding mounting hole and is in threaded connection with the corresponding threaded hole, each screw further passes through the corresponding threaded hole and is able to be fixed into a corresponding screw hole provided on the round protrusion of a Mac Mini. - the recess is in the shape of a bowl or a cup which fits a round protrusion at the bottom of a Mac Mini; and wherein - several threaded holes are disposed at equal intervals on a side wall of the recess; mounting holes are disposed on the base at positions corresponding to the threaded holes; and the adapter having the supporting function further comprises several screws used for mounting the upper cover onto the base, and each screw passes through the corresponding mounting hole and is in threaded connection with the corresponding threaded hole, each screw further passes through the corresponding threaded hole and is able to be fixed into a corresponding screw hole provided on the round protrusion of a Mac Mini.
A connecting tab for securing a component to an anchorage rail embedded in a concrete element, comprising a substantially T-shaped tab end and a connecting part, the connecting part including at least one substantially circular adjustment hole with an internal toothing, and comprising at least one substantially cylindrical adjustment piece, the cylindrical envelope surface of which includes at least in a partial section an external toothing meshing with the internal toothing of the adjustment hole, the adjustment piece including a mounting recess, the axis of which is parallel to the cylinder axis of the adjustment piece, the cylindrical envelope surface of the adjustment piece forming, in a cross-section orthogonal to the cylinder axis of the adjustment piece, an outer circle, the wall of the mounting recess forming an inner circle, characterized by that the outer circle and the inner circle contact each other in a point of contact.
A device association method performed in a first device and a second device, comprising: receiving, by the second device, access identification information of a first device, wherein the second device is a wireless access device with which the first device intends to associate, wherein the access identification information is generated by the first device so that the access identification information is readable to a user and wherein the access identification information is input by the user into the second device, wherein the access identification information specifically is generated randomly by the first device, or is generated by the first device according to a personal identification number PIN of the first device; sending, by the second device, a broadcast frame or a configuration response frame that includes the access identification information; receiving, by the first device, the broadcast frame or the configuration response frame that comprises the access identification information of the first device identifying, by the first device, the second device according to the access identification information, and associating with the second device. receiving, by the second device, access identification information of a first device, wherein the second device is a wireless access device with which the first device intends to associate, wherein the access identification information is generated by the first device so that the access identification information is readable to a user and wherein the access identification information is input by the user into the second device, wherein the access identification information specifically is generated randomly by the first device, or is generated by the first device according to a personal identification number PIN of the first device; sending, by the second device, a broadcast frame or a configuration response frame that includes the access identification information; receiving, by the first device, the broadcast frame or the configuration response frame that comprises the access identification information of the first device identifying, by the first device, the second device according to the access identification information, and associating with the second device.
A method in a first network node, serving a first cell, for forming a coordination group for coordinating multipoint wireless communication, the method comprising determining interference within the first cell, identifying a second network node, which is either transmitting radio signals causing the interference within the first cell, serving a first user equipment, which transmits radio signals causing the interference within the first cell, or being the intended recipient of radio signals causing the interference within the first cell characterized by, transmitting a token to the identified second network node, inviting the second network node to coordinate the wireless communication with the first network node, wherein the token is an indicator to signal an interest in cooperating with another network node, and if an acceptance is received from the second network node, forming a coordination group together with the second network node, and coordinating the wireless communication of the first network node with the second network node, wherein a comparison is made against a size limitation value, limiting the number of network nodes (120-1, 120-2) that are allowed in the coordination group, before forming the coordination group together with the second network node. determining interference within the first cell, identifying a second network node, which is either transmitting radio signals causing the interference within the first cell, serving a first user equipment, which transmits radio signals causing the interference within the first cell, or being the intended recipient of radio signals causing the interference within the first cell characterized by, transmitting radio signals causing the interference within the first cell, serving a first user equipment, which transmits radio signals causing the interference within the first cell, or being the intended recipient of radio signals causing the interference within the first cell characterized by, transmitting a token to the identified second network node, inviting the second network node to coordinate the wireless communication with the first network node, wherein the token is an indicator to signal an interest in cooperating with another network node, and if an acceptance is received from the second network node, forming a coordination group together with the second network node, and coordinating the wireless communication of the first network node with the second network node, wherein a comparison is made against a size limitation value, limiting the number of network nodes (120-1, 120-2) that are allowed in the coordination group, before forming the coordination group together with the second network node.
An orthopedic implant, such as an acetabular cup for a hip prosthesis, the orthopedic implant including at least one substrate which comprises at least one polymer plastic material and which has an outer surface intended to be secured to a bone tissue, said outer surface being partially covered with particles of at least one metallic material comprising titanium; the orthopedic implant being characterized in that said particles comprise primary particles and secondary particles, the primary particles having a particle size ranging from 180 μm to 600 μm, preferably from 200 μm to 500 μm, the secondary particles having a particle size ranging from 70 μm to 145 μm, preferably from 90 μm to 125 μm, the primary particles and the secondary particles being distributed in a relatively uniform manner over the outer surface, the secondary particles being housed in interstices located between the primary particles.