mhurhangee/ep-ind-claims huggingface dataset:
A low-weight infant diaper comprising: an absorbent body; an exterior sheet arranged on a non-skin side with respect to the absorbent body; a pair of belt members, the pair of belt members each including: a locking member on a one side in a longitudinal direction of the belt member and a locking member on an other side in the longitudinal direction of the belt member, the pair of belt members being capable of being locked to a non-skin-side surface of the exterior sheet with use of the locking members, the locking members being directly lockable to the exterior sheet; and a marker that indicates a lock position for one or more of the belt members on the non-skin-side surface of the exterior sheet, the marker being visible from a non-skin-side surface side of the exterior sheet, wherein a plurality of the markers includes a first marker (31, 32) arranged on a first side in a longitudinal direction of the exterior sheet and a second marker (33, 34) arranged on a second side in the longitudinal direction of the exterior sheet. an absorbent body; an exterior sheet arranged on a non-skin side with respect to the absorbent body; a pair of belt members, the pair of belt members each including: a locking member on a one side in a longitudinal direction of the belt member and a locking member on an other side in the longitudinal direction of the belt member, the pair of belt members being capable of being locked to a non-skin-side surface of the exterior sheet with use of the locking members, the locking members being directly lockable to the exterior sheet; and the pair of belt members each including: a locking member on a one side in a longitudinal direction of the belt member and a locking member on an other side in the longitudinal direction of the belt member, a locking member on a one side in a longitudinal direction of the belt member and a locking member on an other side in the longitudinal direction of the belt member, the pair of belt members being capable of being locked to a non-skin-side surface of the exterior sheet with use of the locking members, the locking members being directly lockable to the exterior sheet; and a marker that indicates a lock position for one or more of the belt members on the non-skin-side surface of the exterior sheet, the marker being visible from a non-skin-side surface side of the exterior sheet, wherein a plurality of the markers includes a first marker (31, 32) arranged on a first side in a longitudinal direction of the exterior sheet and a second marker (33, 34) arranged on a second side in the longitudinal direction of the exterior sheet. a first marker (31, 32) arranged on a first side in a longitudinal direction of the exterior sheet and a second marker (33, 34) arranged on a second side in the longitudinal direction of the exterior sheet.
An apparatus for coupling a fieldbus to a local bus, the apparatus comprising: a first unit, connectable to the fieldbus and adapted to send and receive data in a fieldbus compatible format via the fieldbus, wherein the first unit is adapted to select first symbols from the received data; a second unit, connectable to the local bus and adapted to send and receive data via the local bus in at least one data packet; and a data management unit connected to the first unit and the second unit, the data management unit being adapted to transfer only the first symbols selected from the received data by the first unit in a sequence-dependent manner to the second unit, wherein the first symbols only comprise process data; and wherein the second unit is adapted to send the one data packet including the first symbols on the local bus. a first unit, connectable to the fieldbus and adapted to send and receive data in a fieldbus compatible format via the fieldbus, wherein the first unit is adapted to select first symbols from the received data; a second unit, connectable to the local bus and adapted to send and receive data via the local bus in at least one data packet; and a data management unit connected to the first unit and the second unit, the data management unit being adapted to transfer only the first symbols selected from the received data by the first unit in a sequence-dependent manner to the second unit, wherein the first symbols only comprise process data; and wherein the second unit is adapted to send the one data packet including the first symbols on the local bus.
A housing for receiving an electronic unit of a motor vehicle, having a base element and a cover arranged on the base element, a cavity, which is at least partially determined by the base element and the cover, wherein the cover closes the cavity and comprises fastening elements which face the cavity and reliably hold the electronic unit, and the electronic unit is fastened to the cover, characterized in that the electronic unit extends into the cavity mechanically decoupled from the base element.
A light emitting device package comprising: a light emitting diode configured to generate a light; a body configured to accommodate the light emitting diode; an optical member configured to divide the body into a plurality of cavities; and phosphors different from each other, accommodated in each cavity of the plurality of cavities; wherein the optical member comprises a non-phosphor optical member formed as a transparent type or a haze type; wherein the body comprises wall portions having an inner surface comprising reflective material; wherein the phosphors are mixed in molding members including silicon; characterized in that the optical member is disposed on an upper portion of the light emitting diode between wall portions facing to each other to divide the cavity into at least a first cavity and a second cavity such that a portion of a light generated in the light emitting diode is released to the outside by transmitting through an upper portion of the optical member; and the optical member is disposed to cover a portion of the light emitting diode such that a portion of the light emitting diode exposed to a first cavity is disposed to be larger than an area of the light emitting diode exposed to a second cavity so that a light generated in the light emitting diode is supplied more to phosphor in the first cavity than to phosphor in the second cavity. a light emitting diode configured to generate a light; a body configured to accommodate the light emitting diode; an optical member configured to divide the body into a plurality of cavities; and phosphors different from each other, accommodated in each cavity of the plurality of cavities; wherein the optical member comprises a non-phosphor optical member formed as a transparent type or a haze type; wherein the body comprises wall portions having an inner surface comprising reflective material; wherein the phosphors are mixed in molding members including silicon; characterized in that the optical member is disposed on an upper portion of the light emitting diode between wall portions facing to each other to divide the cavity into at least a first cavity and a second cavity such that a portion of a light generated in the light emitting diode is released to the outside by transmitting through an upper portion of the optical member; and the optical member is disposed to cover a portion of the light emitting diode such that a portion of the light emitting diode exposed to a first cavity is disposed to be larger than an area of the light emitting diode exposed to a second cavity so that a light generated in the light emitting diode is supplied more to phosphor in the first cavity than to phosphor in the second cavity.
Stopper for a container for use in freeze-drying processes, wherein the stopper has an insertion section which can be inserted into the container, and the insertion section has a lateral surface and a bottom surface, wherein the bottom surface is configured opposite a top surface of the stopper in an axial direction of the stopper, and the insertion section has a sealing section for closing the container in a fluid-tight manner from the surroundings of the container in a sealing position of the stopper and a contact section which adjoins the sealing section axially from the top surface in the direction of the bottom surface, for holding the stopper in a drying position of the stopper during the freeze-drying process, wherein the contact section has at least one passage opening for a gas exchange between an interior of the container and the surroundings of the container during the freeze-drying process, wherein the at least one passage opening extends from the lateral surface into the bottom surface and the stopper has a sealing body and a main body which are connected together, wherein outer surfaces of the sealing body in the region of the sealing section form the lateral surface of the insertion section and the main body is configured within the sealing body in the region of the sealing section, wherein the main body consists of a material which has a higher degree of hardness than a material which makes up the sealing body, characterized in that regions of the lateral surface of the insertion section, which are able to contact an inner surface of a container wall of the container in the drying position and/or the sealing position, are formed by outer surfaces of the sealing body in the region of the contact section, wherein the main body is configured within the sealing body in the region of the contact section, wherein outer surfaces of the sealing body form the lateral surface and the bottom surface of the insertion section.
A method for treating a sanitary water circuit of a sanitary water system, comprising injecting a treatment product comprising silicates into the water circulating in said circuit in order to form a film on the inner surfaces of said circuit, characterized in that the injecting of the treatment product comprises at least one step of injecting silicates, when the sanitary water system is not in operation, at a concentration of between 100 and 200'000 milligrams of silicon per litre of water (mg Si/L water) into the water circulating in said circuit for a period of less than 48 hours (h), the circulating water flow rate in the circuit being adjusted in a range between 0.05 and 100 litres per minute (L/min) and the circulating water temperature in the circuit being adjusted in a range between 40 and 65°C.
Railway wagon with bogies each having at least two axles, which bogies (4, 5, 6, 7) each have a running gear with an interchangeable track wheel set for automatic track change when driving over from one track standard to another, and a coupling at each of the two ends of the railway wagon, characterized in that the railway wagon has a plurality of wagon chassis each having a loading surface, and in that it is designed with at least three parts, wherein it consists of at least three chassis and loading surfaces (1, 2, 3) which are hingedly connected to form a continuous composition, wherein the composition is supported by a respective bogie (4, 7) at the train ends and by a respective bogie (5, 6) at the hinged connecting points between the loading surfaces.
A negative electrode for a secondary battery including a negative electrode current collector and a lithium metal, the negative electrode comprising: a negative electrode current collector; a lithium metal layer having a fine pattern formed on the negative electrode current collector; and a protective layer formed along a surface of the lithium metal layer having the fine pattern, wherein the protective layer is formed by depositing carbon on a surface of the lithium metal. a negative electrode current collector; a lithium metal layer having a fine pattern formed on the negative electrode current collector; and a protective layer formed along a surface of the lithium metal layer having the fine pattern, wherein the protective layer is formed by depositing carbon on a surface of the lithium metal.
Device for coupling two shafts by means of a gear mechanism, comprising a first coupling part ending one of the two shafts and intended to be fitted concentrically into a second complementary coupling part ending the other shaft, said first coupling part comprising two centring zones (24a, 24b) between which a plurality of splines extend, wherein the splines of said first coupling part have a profile: - which is constant along a median zone of the coupling part and - which, in a first zone running in the continuation of said median zone, has a smaller thickness (e i), between the flanks of a spline, by comparison with that (e m) of the same spline in the median zone, characterised in that the splines of said first coupling part continue, beyond the first zone wherein they have a smaller thickness (e i), as far as the centring zone which is on the same side as said first zone in relation to the median zone, said splines, and the spline bottoms, having, in the coupling zone between said centring zone and said first zone where they have a smaller thickness (e i), a profile that continuously couples said splines and the spline bottoms to the surface of said centring zone. - which is constant along a median zone of the coupling part and - which, in a first zone running in the continuation of said median zone, has a smaller thickness (e i), between the flanks of a spline, by comparison with that (e m) of the same spline in the median zone,
A stylus configured to be able to transmit, to an electronic apparatus (3A, 3B, 3C), data made up of K-bit, with K>0, digital value, wherein the electronic apparatus is a display device, wherein the stylus comprises: a stylus electrode which, in operation, forms a coupling capacitance with a sensor electrode (30X, 30Y) of the electronic apparatus (3A, 3B, 3C); and a signal processing circuit which, in operation, detects an uplink signal sent from the electronic apparatus using the stylus electrode, extracts a command from the detected uplink signal, determines, based on the command, in which mode to operate between a first mode in which the data is transmitted using M, with M≥1, first periods and a second mode in which the data is transmitted using N, with N>M, second periods, and repeatedly transmits the data in accordance with the determined mode, wherein the stylus is characterized in that the signal processing circuit, when operating in the second mode, starts transmission of the data in response to detection of a shortened synchronizing signal, which is a signal of a shorter time length than the uplink signal that includes the command. a stylus electrode which, in operation, forms a coupling capacitance with a sensor electrode (30X, 30Y) of the electronic apparatus (3A, 3B, 3C); and a signal processing circuit which, in operation, detects an uplink signal sent from the electronic apparatus using the stylus electrode, extracts a command from the detected uplink signal, determines, based on the command, in which mode to operate between a first mode in which the data is transmitted using M, with M≥1, first periods and a second mode in which the data is transmitted using N, with N>M, second periods, and repeatedly transmits the data in accordance with the determined mode, wherein the stylus is characterized in that the signal processing circuit, when operating in the second mode, starts transmission of the data in response to detection of a shortened synchronizing signal, which is a signal of a shorter time length than the uplink signal that includes the command.
Device for cleaning teeth which comprises: - a dental floss fork provided with: - a handle that can be gripped by a user, and - two rods which are extended from a first common end of said handle up to respective free ends (4") thereof that are spaced from each other; - a dental floss, which is mounted with a bridge section between the free ends (4") of the two rods of said dental floss fork; characterised in that said dental floss is an annular extension forming a closed loop composed of said bridge section and of a complementary section (5"); said dental floss fork being provided with guide means perimetrically extended surrounding the dental floss fork, in which said dental floss is housed, in order to support said dental floss along its annular extension; said dental floss being slidably mounted within said guide means; wherein said dental floss fork has a flattened form with its two opposite faces (2',2") parallel and with extension substantially on a lying plane, which is extended along a rectilinear main direction with the rods parallel to each other and to said rectilinear extension direction; wherein said dental floss is a flat thread, with its width which is substantially orthogonal to the lying plane of said dental floss fork. - a dental floss fork provided with: - a handle that can be gripped by a user, and - two rods which are extended from a first common end of said handle up to respective free ends (4") thereof that are spaced from each other; - a handle that can be gripped by a user, and - two rods which are extended from a first common end of said handle up to respective free ends (4") thereof that are spaced from each other; - a dental floss, which is mounted with a bridge section between the free ends (4") of the two rods of said dental floss fork; wherein said dental floss fork has a flattened form with its two opposite faces (2',2") parallel and with extension substantially on a lying plane, which is extended along a rectilinear main direction with the rods parallel to each other and to said rectilinear extension direction; wherein said dental floss is a flat thread, with its width which is substantially orthogonal to the lying plane of said dental floss fork.
Use of a polymer obtainable by a process comprising: i) reacting a polyether polyol having a hydroxyl functionality of 2-6 and a number average molecular weight of 300-15.000 Da, with an unsaturated dicarboxylic acid or anhydride selected from maleic anhydride, maleic acid, fumaric acid and mixtures thereof, in a molar ratio of the unsaturated dicarboxylic acid or anhydride to the polyether polyol from 0.1:1 to x:1, wherein x is the hydroxyl functionality of the polyether polyol minus 1, followed by reaction with an alkylene oxide, to provide an unsaturation-containing polyether polyol; and ii) reacting the resulting unsaturation-containing polyether polyol with an ethylenically unsaturated acid or anhydride monomer in the presence of a radical initiator; as dispersant in the acidolysis of polyurethanes. i) reacting a polyether polyol having a hydroxyl functionality of 2-6 and a number average molecular weight of 300-15.000 Da, with an unsaturated dicarboxylic acid or anhydride selected from maleic anhydride, maleic acid, fumaric acid and mixtures thereof, in a molar ratio of the unsaturated dicarboxylic acid or anhydride to the polyether polyol from 0.1:1 to x:1, wherein x is the hydroxyl functionality of the polyether polyol minus 1, followed by reaction with an alkylene oxide, to provide an unsaturation-containing polyether polyol; and ii) reacting the resulting unsaturation-containing polyether polyol with an ethylenically unsaturated acid or anhydride monomer in the presence of a radical initiator;
Cut-length limiting device for portable power tools, having at least one stop unit, which comprises at least one stop element that can be fastened to a constraining guide unit, wherein the stop element can be connected to a coupling element of the constraining guide unit by means of a form-closed and/or force-closed connection, characterized by at least one setting unit, which is provided to set a position of the stop element on the constraining guide unit that corresponds to a required length of cut, in dependence on a set depth of cut, wherein the setting unit comprises at least one setting element, which is disposed on a setting positioning element of the setting unit so as to be movable at least linearly relative to the stop element.
A route management method implemented by a Media Gateway, MG, comprising: detecting that a new route is added in the MG; sending an add-route event that carries a new route record to a Media Gateway Controller, MGC; receiving an instruction for adding the new route record from the MGC; creating a route context that stores the new route record according to the instruction in the MG, the route context stores one route record. detecting that a new route is added in the MG; sending an add-route event that carries a new route record to a Media Gateway Controller, MGC; receiving an instruction for adding the new route record from the MGC; creating a route context that stores the new route record according to the instruction in the MG, the route context stores one route record.
A control device for a hybrid vehicle, comprising: an engine (Eng); a motor provided to a drive system from the engine (Eng) to a drive wheel (RL, RR) and having a drive motor function as well as an engine startup motor function; a first clutch for switching to a hybrid vehicle travel mode by engaging and an electric automobile travel mode by disengaging, the first clutch being installed between the engine (Eng) and the motor; an automatic transmission for automatically varying a gear ratio, the automatic transmission being installed between the motor and the drive wheel (RL, RR); and a second clutch for maintaining a slip-engaged state during engine startup control, the second clutch being installed in any position from the motor to the drive wheel (RL, RR), characterized by further comprising: a startup/shifting simultaneous processing means that is configured, when there is, during travel, a simultaneous processing of startup control of the engine (Eng) initiated based on a startup request, and down-shifting control of the automatic transmission initiated based on a shift request, to execute the engine startup control and down-shifting control in parallel, to complete down-shifting after engine startup is initiated and before engine startup is completed by engaging an engaged element which is engaged for the purpose of down-shifting, and to place the state of the automatic transmission into a state of transmitting drive force in the shift position after the down-shifting. an engine (Eng); a motor provided to a drive system from the engine (Eng) to a drive wheel (RL, RR) and having a drive motor function as well as an engine startup motor function; a first clutch for switching to a hybrid vehicle travel mode by engaging and an electric automobile travel mode by disengaging, the first clutch being installed between the engine (Eng) and the motor; an automatic transmission for automatically varying a gear ratio, the automatic transmission being installed between the motor and the drive wheel (RL, RR); and a second clutch for maintaining a slip-engaged state during engine startup control, the second clutch being installed in any position from the motor to the drive wheel (RL, RR), characterized by further comprising: a startup/shifting simultaneous processing means that is configured, when there is, during travel, a simultaneous processing of startup control of the engine (Eng) initiated based on a startup request, and down-shifting control of the automatic transmission initiated based on a shift request, to execute the engine startup control and down-shifting control in parallel, to complete down-shifting after engine startup is initiated and before engine startup is completed by engaging an engaged element which is engaged for the purpose of down-shifting, and to place the state of the automatic transmission into a state of transmitting drive force in the shift position after the down-shifting.