mhurhangee/ep-ind-claims huggingface dataset:
Modular side wall of a car body, comprising a first and a second (15, 18) side wall parts, each of said first and second side wall parts comprising: - a top profile and a bottom profile, each of the top and bottom profiles extending along a principal direction with a substantially constant cross-section, so as to be adapted for a one-piece fabrication by extrusion along the principal direction, each of the top and bottom profiles comprising a wall with an inner face and an outer face, each face substantially extending along a principal plane (X, Y) parallel to the principal direction, at least one of the top and bottom profiles also comprising at least one rib or groove extending on the inner face along the principal direction; and - at least a first intermediate adapter (44, 50), comprising a top edge and a bottom edge, said top and bottom edges being assembled with the top and bottom profiles respectively, the top profiles of the first and second side wall parts being identical and the bottom profiles of the first and second side wall parts being identical; the modular side wall also comprising a first and a second bottom edges adapted for being assembled with floor zones of different vertical levels. - a top profile and a bottom profile, each of the top and bottom profiles extending along a principal direction with a substantially constant cross-section, so as to be adapted for a one-piece fabrication by extrusion along the principal direction, each of the top and bottom profiles comprising a wall with an inner face and an outer face, each face substantially extending along a principal plane (X, Y) parallel to the principal direction, at least one of the top and bottom profiles also comprising at least one rib or groove extending on the inner face along the principal direction; and each of the top and bottom profiles comprising a wall with an inner face and an outer face, each face substantially extending along a principal plane (X, Y) parallel to the principal direction, at least one of the top and bottom profiles also comprising at least one rib or groove extending on the inner face along the principal direction; and - at least a first intermediate adapter (44, 50), comprising a top edge and a bottom edge, said top and bottom edges being assembled with the top and bottom profiles respectively, the top profiles of the first and second side wall parts being identical and the bottom profiles of the first and second side wall parts being identical; the modular side wall also comprising a first and a second bottom edges adapted for being assembled with floor zones of different vertical levels. the top profiles of the first and second side wall parts being identical and the bottom profiles of the first and second side wall parts being identical; the modular side wall also comprising a first and a second bottom edges adapted for being assembled with floor zones of different vertical levels.
A method for the production of a multilayer co-extruded food packaging film of polyvinyl chloride, polyvinylidene chloride (PVDC) or a combination of polyvinyl chloride and polyvinylidene chloride (PVDC) with reduced migration behaviour of plasticisers into the packaged food compared to monolayer PVC films, comprising the steps: - Providing at least one melt of polyvinyl chloride, polyvinylidene chloride (PVDC) or a combination of polyvinyl chloride and polyvinylidene chloride (PVDC) and one or more polymer and/or monomer plasticisers, - producing a multilayer film from more than two film layers by co-extrusion of the melt(s) of polyvinyl chloride, polyvinylidene chloride (PVDC) or a combination of polyvinyl chloride and polyvinylidene chloride (PVDC) and the one or more polymer and/or monomer plasticisers, such that, in the food packaging film resulting from the process, the total layer thickness of the multilayer film is from 5 my to 25 my, the concentration of polymer and/or monomer plasticisers per layer is between 3 wt% and 35 wt% based on the total concentration, and the global migration of the plasticisers from the composite of the food film into the packaged food is not more than 40 mg/dm 2 of film. - Providing at least one melt of polyvinyl chloride, polyvinylidene chloride (PVDC) or a combination of polyvinyl chloride and polyvinylidene chloride (PVDC) and one or more polymer and/or monomer plasticisers, - producing a multilayer film from more than two film layers by co-extrusion of the melt(s) of polyvinyl chloride, polyvinylidene chloride (PVDC) or a combination of polyvinyl chloride and polyvinylidene chloride (PVDC) and the one or more polymer and/or monomer plasticisers, such that, in the food packaging film resulting from the process, the total layer thickness of the multilayer film is from 5 my to 25 my, the concentration of polymer and/or monomer plasticisers per layer is between 3 wt% and 35 wt% based on the total concentration, and the global migration of the plasticisers from the composite of the food film into the packaged food is not more than 40 mg/dm 2 of film.
An airfoil for a gas turbine engine, comprising an airfoil section defining an airfoil profile, the airfoil section including: a panel that forms a portion of the airfoil profile, and a core structure to which the panel is removably secured, characterised in that: the panel includes a geometrically segmented coating section, the geometrically segmented coating section including a wall that has an outer side, the outer side including an array of cells, and a coating disposed in the array of cells. a panel that forms a portion of the airfoil profile, and a core structure to which the panel is removably secured, characterised in that: the panel includes a geometrically segmented coating section, the geometrically segmented coating section including a wall that has an outer side, the outer side including an array of cells, and a coating disposed in the array of cells.
Compound having a structure represented by formula (la): wherein: X represents -NR a; X' represents a heteroatom or heteroatom containing group selected from -O-, -NH- and -NR a' -; Z and Z' independently represent hydrogen, a straight chain or branched C 1 -C 4 alkyl or benzyl or the moiety Z-C-Z' represents a 5-, 6-, or 7-membered cyclic or heterocyclic group; and R, R', R a and R a' independently represent a reactive group containing moiety represented by the formula -(C 1 -C 8 alkyl)-Q, wherein Q represents hydroxyl and -C 1 -C 8 alkyl represents a branched or straight chain aliphatic alkyl group comprising 1 to 8 carbon atoms. X represents -NR a; X' represents a heteroatom or heteroatom containing group selected from -O-, -NH- and -NR a' -; Z and Z' independently represent hydrogen, a straight chain or branched C 1 -C 4 alkyl or benzyl or the moiety Z-C-Z' represents a 5-, 6-, or 7-membered cyclic or heterocyclic group; and R, R', R a and R a' independently represent a reactive group containing moiety represented by the formula -(C 1 -C 8 alkyl)-Q, wherein Q represents hydroxyl and -C 1 -C 8 alkyl represents a branched or straight chain aliphatic alkyl group comprising 1 to 8 carbon atoms.
A vehicle comprising: a power controller that includes a switching element (Q3-Q8) and that is adapted to output a voltage in accordance with an operation of said switching element (Q3-Q8); and a control device that is adapted to cause the output voltage of said power controller to come close to a control target value by controlling the operation of said switching element (Q3-Q8) in accordance with pulse width modulation control, wherein in an overmodulation region in which a modulation factor is higher than a predetermined value, said control device is adapted to start a switching-on operation of said switching element (Q3-Q8) after passage of a dead time after a switching-off operation of said switching element (Q3-Q8), characterized by the dead time is set to be a period from the point of time of the switching-off operation to the point of time when the output voltage becomes lower than said control target value, or the attenuating waveform of the output voltage becomes minimum. a power controller that includes a switching element (Q3-Q8) and that is adapted to output a voltage in accordance with an operation of said switching element (Q3-Q8); and a control device that is adapted to cause the output voltage of said power controller to come close to a control target value by controlling the operation of said switching element (Q3-Q8) in accordance with pulse width modulation control, wherein in an overmodulation region in which a modulation factor is higher than a predetermined value, said control device is adapted to start a switching-on operation of said switching element (Q3-Q8) after passage of a dead time after a switching-off operation of said switching element (Q3-Q8), characterized by the dead time is set to be a period from the point of time of the switching-off operation to the point of time when the output voltage becomes lower than said control target value, or the attenuating waveform of the output voltage becomes minimum.
Whole-cell catalyst which expresses a recombinant α-dioxygenase or the combination of a recombinant fatty acid reductase and of a phosphopantetheinyl transferase which phosphopantetheinylates the fatty acid reductase, and which additionally expresses a transaminase.
Passive haptic interface comprising a first element rotatably or translatably movable with respect to a second element, said first movable element rotating or moving in relation to said second element, the first movable element having a first plurality of magnetic poles periodically spaced according to a pole pitch Ps and according to the direction of movement, said second fixed element having a second plurality of magnetic poles periodically spaced according to a pole pitch Pr and according to the direction of movement, wherein Ps and Pr are different numbers from one another, a periodic stress being created by the magnetic interaction between said first movable element and second fixed element according to a period Pt, said first movable element rotates about an axis or moves in translation along an axis, said first movable element rotating or moving in relation to a second fixed element, said first movable element having a first plurality of magnetic poles periodically spaced according to a pole pitch Ps and according to the direction of movement, said second fixed element having a second plurality of magnetic poles periodically spaced according to a pole pitch Pr and according to the direction of movement, wherein Ps and Pr are different numbers from one another, a periodic stress being created by the magnetic interaction between said first movable element and second fixed element according to a period Pt, characterized in that Ps and Pr are chosen such that Pt is strictly less than the smallest of the Ps and Pr pitches.
An autonomous travel work machine capable of traveling to a charging station by autonomous travel, the autonomous travel work machine comprising: a pair of power receiving terminals (35, 36) electrically connected to the charging station, characterized in that one of the pair of power receiving terminals has a downward-facing contact surface that comes into contact with the charging station, and the other power receiving terminal has a laterally facing contact surface that comes into contact with the charging station. a pair of power receiving terminals (35, 36) electrically connected to the charging station, characterized in that one of the pair of power receiving terminals has a downward-facing contact surface that comes into contact with the charging station, and the other power receiving terminal has a laterally facing contact surface that comes into contact with the charging station.
Method for picking up a layer of unit repackaging formed on a table, said table comprising means (12a, 12b) for moving said layer, specifically two aprons (12a, 12b) mounted so as to be able to move between two positions, specifically a retracted position and a support position, the method making use of a picking-up device equipped with two sets of curtains, each defining a flexible loading surface which is mounted so as to be able to move between two positions, including a first, retracted position to define an opening in the bottom of said picking-up device, and a deployed position to close said opening, said picking-up device being connected to a motive unit, said method comprising the following steps: - positioning said picking-up device on the table such that an end of said flexible loading surfaces is placed so as to be contiguous with an end of the aprons (12a, 12b), - simultaneously, retracting the two aprons (12a, 12b) and deploying the two flexible loading surfaces which slide in corresponding guiding means, such that the flexible loading surfaces take the place of the aprons (12a, 12b) beneath said layer of unit repackaging on said table. - positioning said picking-up device on the table such that an end of said flexible loading surfaces is placed so as to be contiguous with an end of the aprons (12a, 12b), - simultaneously, retracting the two aprons (12a, 12b) and deploying the two flexible loading surfaces which slide in corresponding guiding means, such that the flexible loading surfaces take the place of the aprons (12a, 12b) beneath said layer of unit repackaging on said table.
Bed base for fixing to a bed, said bed base being provided with massaging means (6, 7, 17, 31, 32, 33, 34, 8, 15) comprising slats which are placed one after the other and which define a support plane for a mattress, each of said slats being placed essentially transversely with respect to a longitudinal direction of said plane, said bed base being divided into several contiguous portions (11, 12, 13, 14) which are placed one after the other along said longitudinal direction, said portions (11, 12, 13,14) being hinged to each other by means of respective hinges (21, 22, 23, 24) according to such a structure that at least some of said portions (11, 12, 13, 14) are movable and positionable according to at least two configurations, a first configuration of which is a configuration in which the portions (11, 12, 13, 14) are aligned with respect to each other forming said plane, and a second configuration of which is a configuration in which one or more of the portions (11, 12, 13, 14) is inclined with respect to the adjacent portion, the slats being movable vertically by deflection by means of at least one rotary shaft (30, 31, 32, 33, 34) provided with coupling means for coupling with the slats, wherein said massaging means (6, 7, 17, 31, 32, 33, 34, 8, 15) comprise: - a first drive which puts in rotation a first articulated shaft (31, 32, 19); and - a second drive which puts in rotation a second articulated shaft (33, 34, 20); said first articulated shaft (31, 32, 19) and said second articulated shaft (33, 34, 20) being mechanically unconnected and independent with respect to each other, said first articulated shaft (31, 32, 19) moving a first series of slats which are placed on a first group of said portions (11, 12) which is an independent and distinct group with respect to a second group of said portions (13, 14) comprising a second series of slats moved by means of said second articulated shaft (33, 34, 20). - a first drive which puts in rotation a first articulated shaft (31, 32, 19); and - a second drive which puts in rotation a second articulated shaft (33, 34, 20);
A motor control device configured to feedback-control state quantity of a motor or a mechanical load, the device comprising: a first notch filter disposed inside a feedback control system and configured to change a frequency component to be removed; a first notch controller configured to successively change a first notch frequency as a center frequency of the first notch filter; characterized in that the motor control device comprises: a change forecaster configured to calculate to output, in accordance with the first notch frequency at each of a plurality of past times, at least one of a forecast value of the notch frequency at a specific future time, a forecast value of elapsed time from current time until the notch frequency is to become out of a specific frequency range, and a forecast value of time when the notch frequency is to become out of the specific frequency range; and a notch frequency output unit configured to sample the first notch frequency changed by the first notch controller at a sampling period longer than a successive change period of notch frequency at the first notch controller, wherein the change forecaster is configured to calculate the forecast value from the sampled notch frequency. a first notch filter disposed inside a feedback control system and configured to change a frequency component to be removed; a first notch controller configured to successively change a first notch frequency as a center frequency of the first notch filter; a change forecaster configured to calculate to output, in accordance with the first notch frequency at each of a plurality of past times, at least one of a forecast value of the notch frequency at a specific future time, a forecast value of elapsed time from current time until the notch frequency is to become out of a specific frequency range, and a forecast value of time when the notch frequency is to become out of the specific frequency range; and a notch frequency output unit configured to sample the first notch frequency changed by the first notch controller at a sampling period longer than a successive change period of notch frequency at the first notch controller, wherein the change forecaster is configured to calculate the forecast value from the sampled notch frequency.
An expander harness for walking pets on a leash, comprising a back part equipped with a lining, to which a back strap equipped with a buckle portion is attached, a belly strap on a chest pad, equipped with a buckle portion, and a leash connector suitable for attaching a leash, having a limiting element threaded through it, which limiting element is slightly bulging and fixed to the lining by a limiting element fixing point in the intersection of an axis line and a separating axis line, characterised in that: there is a shoulder part element on both sides of the axis line, arranged symmetrically, surrounding the two shoulders of the animal, threaded through at least one shoulder part connecting element, wherein at least one shoulder part limiting element and at least one shoulder part elastic element are also threaded through the shoulder part connecting element, and fixed to the lining, further characterized in that the expander harness is configured such that: the leash connector on one side of the separating axis line and the at least one shoulder part connecting element on the other side of the separating axis line are elastically displaced in a direction opposite to each other as a result of force acting on the leash, that is move away from each other to the extent of the stretching of an elastic element threaded through the leash connector, extending between the leash connector and the limiting element fixing point, and that of the shoulder part elastic element threaded through the shoulder part connecting element, wherein the order of their displacement is determined by the sizing of the spring stiffness of the elastic element threaded through the leash connector and that of the shoulder part elastic element threaded through the shoulder part connecting element, while the length of their displacement is determined by the limiting element and a stretching endpoint thereof, and the shoulder part limiting element and a shoulder part stretching endpoint.
A patient-specific guiding instrument for positioning a bone plate on a bone or at least one of two or more bone fragments, comprising one or more guide parts (2,3) comprising: - one or more patient-specific anatomy engagement surfaces configured for corresponding to at least a part of said bone or at least one of said two or more bone fragments, wherein the anatomy engagement surfaces are configured for matching a specific surface structure on the bone; and - one or more plate engagement features for connecting the guiding instrument to said bone plate, the plate engagement features comprising a 3D structure configured to mate with a part of the bone plate. - one or more patient-specific anatomy engagement surfaces configured for corresponding to at least a part of said bone or at least one of said two or more bone fragments, wherein the anatomy engagement surfaces are configured for matching a specific surface structure on the bone; and - one or more plate engagement features for connecting the guiding instrument to said bone plate, the plate engagement features comprising a 3D structure configured to mate with a part of the bone plate.
A composition comprising: a) a polypeptide comprising an amino acid sequence of {[VPGVG] 4 IPGVG} n, wherein n is an integer greater than 1, and further comprising a first cysteine-containing peptide linked to a first side of the amino acid sequence of {[VPGVG] 4 IPGVG} n; and b) a photoinitiator. a) a polypeptide comprising an amino acid sequence of {[VPGVG] 4 IPGVG} n, wherein n is an integer greater than 1, and further comprising a first cysteine-containing peptide linked to a first side of the amino acid sequence of {[VPGVG] 4 IPGVG} n; and b) a photoinitiator.
A method for sideband server management, comprising: receiving, by a server management board, a management request from a client device, wherein the management request comprises at least one internet protocol packet and the management request is targeted to a predefined server among plurality of servers; converting, by the server management board, the at least one internet protocol packet to at least one Bluetooth protocol packet; identifying, by the server management board, a master Bluetooth module (203, 204) from one or more master Bluetooth modules of the server management board based on a routing table, wherein the master Bluetooth module corresponds to the targeted predefined server; and transmitting the at least one Bluetooth protocol packet from the master Bluetooth module (203, 204) to a corresponding slave Bluetooth module of the targeted predefined server. receiving, by a server management board, a management request from a client device, wherein the management request comprises at least one internet protocol packet and the management request is targeted to a predefined server among plurality of servers; converting, by the server management board, the at least one internet protocol packet to at least one Bluetooth protocol packet; identifying, by the server management board, a master Bluetooth module (203, 204) from one or more master Bluetooth modules of the server management board based on a routing table, wherein the master Bluetooth module corresponds to the targeted predefined server; and transmitting the at least one Bluetooth protocol packet from the master Bluetooth module (203, 204) to a corresponding slave Bluetooth module of the targeted predefined server.