mhurhangee/patent-ind-claim-en huggingface dataset:
Network of chargers for electric vehicles , each charger comprising: - a 1st power connection , for exchanging power with a power source; - a power converter , such for converting the power from the power source to a charge current suitable value for charging electric vehicles ; - at least a 2nd power connection , for exchanging power with the vehicle ; - at least two 3rd power connections , for exchanging power with another charger ; - the charger being configured for routing power to the 2nd power connection , when a vehicle is to be charged from the power source, and/or to the at least two 3rd power connections , when power is to be delivered to another charger and/or to route power from the at least two 3rd power connections to the 2nd power connection when power from another charger coupled to the 3rd power connections is to be delivered to the vehicle , wherein the charger is adapted to routing also effectively negative power so a vehicle may also be discharged to deliver power through the converter to the power source. wherein, each of the chargers is coupled to a different power source, and - together the chargers are forming a charging node system by being mutually interconnected by via their at least two 3rd power connections , wherein each charger is coupled to two adjacent chargers. - a 1st power connection , for exchanging power with a power source; - a power converter , such for converting the power from the power source to a charge current suitable value for charging electric vehicles ; - at least a 2nd power connection , for exchanging power with the vehicle ; - at least two 3rd power connections , for exchanging power with another charger ; - the charger being configured for routing power to the 2nd power connection , when a vehicle is to be charged from the power source, and/or to the at least two 3rd power connections , when power is to be delivered to another charger and/or to route power from the at least two 3rd power connections to the 2nd power connection when power from another charger coupled to the 3rd power connections is to be delivered to the vehicle , wherein the charger is adapted to routing also effectively negative power so a vehicle may also be discharged to deliver power through the converter to the power source. wherein, each of the chargers is coupled to a different power source, and wherein the charger is adapted to routing also effectively negative power so a vehicle may also be discharged to deliver power through the converter to the power source. wherein, each of the chargers is coupled to a different power source, and - together the chargers are forming a charging node system by being mutually interconnected by via their at least two 3rd power connections , wherein each charger is coupled to two adjacent chargers.
A radar fill level measuring device for fill level measurement or for detecting the topology of a fill medium surface in a container, comprising: a first radar chip and a second radar chip , wherein the first radar chip as a master chip comprises a first synchronization circuit adapted to generate a radio frequency signal; wherein the second radar chip as a slave chip comprises a second synchronization circuit ; a high-frequency line arrangement adapted to transmit the high-frequency signal from the first synchronizing circuit to the second synchronizing circuit for synchronizing the two radar chips; a high-frequency amplifier arranged in said high-frequency line arrangement and adapted to amplify said high-frequency signal. a first radar chip and a second radar chip , wherein the first radar chip as a master chip comprises a first synchronization circuit adapted to generate a radio frequency signal; wherein the second radar chip as a slave chip comprises a second synchronization circuit ; wherein the first radar chip as a master chip comprises a first synchronization circuit adapted to generate a radio frequency signal; wherein the second radar chip as a slave chip comprises a second synchronization circuit ; a high-frequency line arrangement adapted to transmit the high-frequency signal from the first synchronizing circuit to the second synchronizing circuit for synchronizing the two radar chips; a high-frequency amplifier arranged in said high-frequency line arrangement and adapted to amplify said high-frequency signal.
A railway vehicle , comprising at least first and second successive cars, such that: - the first car has a first end , and the second car has a second end , the first and second ends being arranged across from one another and separated by an inter-circulation space comprising an inter-circulation device, - the first car is equipped with first high-voltage power cables and first low-voltage power cables , and the second car is equipped with second high-voltage power cables and second low-voltage power cables , - the first car includes a first casing supported at its first end , the first high-voltage and low-voltage power cables all passing through this first casing , the first casing comprising a first support and guide member for the high-voltage and low-voltage power cables, - the second car includes a second casing supported at its second end, the second high-voltage and low-voltage power cables all passing through this second casing , the second casing comprising a second support and guide member for the high-voltage and low-voltage power cables, - the first and second support members are arranged across from one another, the power cables extending freely in the inter-circulation space between the first and second support members, the inter-circulation space and in particular the inter-circulation device being free of any support element for the power cables. - the first car has a first end , and the second car has a second end , the first and second ends being arranged across from one another and separated by an inter-circulation space comprising an inter-circulation device, - the first car is equipped with first high-voltage power cables and first low-voltage power cables , and the second car is equipped with second high-voltage power cables and second low-voltage power cables , - the first car includes a first casing supported at its first end , the first high-voltage and low-voltage power cables all passing through this first casing , the first casing comprising a first support and guide member for the high-voltage and low-voltage power cables, - the second car includes a second casing supported at its second end, the second high-voltage and low-voltage power cables all passing through this second casing , the second casing comprising a second support and guide member for the high-voltage and low-voltage power cables, - the first and second support members are arranged across from one another, the power cables extending freely in the inter-circulation space between the first and second support members, the inter-circulation space and in particular the inter-circulation device being free of any support element for the power cables.
An inkjet receptive composition for use on glossy paper substrates comprising: a polymer binder, wherein the polymer binder is a polyurethane dispersion present in an amount from about 4 to about 20 wt% of the inkjet receptive composition; a multivalent salt, the multivalent salt comprising calcium chloride; a pigment; a surfactant; a defoamer; and water present in an amount greater than about 40 wt%; wherein the inkjet receptive composition has a viscosity from about 0.003 to about 0.5 Pa·s such that it can be applied to the substrate using a flexographic printing system. a polymer binder, wherein the polymer binder is a polyurethane dispersion present in an amount from about 4 to about 20 wt% of the inkjet receptive composition; a multivalent salt, the multivalent salt comprising calcium chloride; a pigment; a surfactant; a defoamer; and water present in an amount greater than about 40 wt%; wherein the inkjet receptive composition has a viscosity from about 0.003 to about 0.5 Pa·s such that it can be applied to the substrate using a flexographic printing system.
Pendulum damping device , comprising: - a support that is able to move in rotation about an axis (X), - at least one pendulum body , which is able to move relative to the support , and, - at least one rolling member , the rolling member comprising, in order to guide the movement of the pendulum body relative to the support : - a first cylindrical portion of first radius (R1) cooperating with at least one first raceway as one with the support , and - at least one second cylindrical portion of second radius (R2) cooperating with a second raceway as one with the pendulum body , the ratio (η1) between the second radius (R2) and the first radius (R1) defining a first ratio that is in particular less than or equal to 1, during at least part of its movement, the rolling member rolling simultaneously on a pair of fractions of raceways , which is formed by a fraction of the second raceway of third radius (R3) and by a fraction of the first raceway of fourth radius (R4), the ratio (η2) between the third radius (R3) and the fourth radius (R4) defining a second ratio for said pair of fractions of raceways, the ratio (η3) between the second ratio (η2) and the first ratio (η1) defining a third ratio for said pair of fractions of raceways, this third ratio (η3) being chosen so as to reduce, in particular eliminate, slipping of the rolling member as it rolls on said pair of fractions of raceways. - a support that is able to move in rotation about an axis (X), - at least one pendulum body , which is able to move relative to the support , and, - at least one rolling member , the rolling member comprising, in order to guide the movement of the pendulum body relative to the support : - a first cylindrical portion of first radius (R1) cooperating with at least one first raceway as one with the support , and - at least one second cylindrical portion of second radius (R2) cooperating with a second raceway as one with the pendulum body , - a first cylindrical portion of first radius (R1) cooperating with at least one first raceway as one with the support , and - at least one second cylindrical portion of second radius (R2) cooperating with a second raceway as one with the pendulum body , the ratio (η1) between the second radius (R2) and the first radius (R1) defining a first ratio that is in particular less than or equal to 1, during at least part of its movement, the rolling member rolling simultaneously on a pair of fractions of raceways , which is formed by a fraction of the second raceway of third radius (R3) and by a fraction of the first raceway of fourth radius (R4), the ratio (η2) between the third radius (R3) and the fourth radius (R4) defining a second ratio for said pair of fractions of raceways, the ratio (η3) between the second ratio (η2) and the first ratio (η1) defining a third ratio for said pair of fractions of raceways, this third ratio (η3) being chosen so as to reduce, in particular eliminate, slipping of the rolling member as it rolls on said pair of fractions of raceways.
Refrigerator and/or freezer with an appliance carcass which has thermally insulating walls which enclose an inner space , and also with a refrigerant circuit which comprises as components a compressor , a condenser , a choke and an evaporator , wherein all the components of the refrigerant circuit are installed jointly on an assembly carrier which as a whole can be separated from the appliance carcass and removed from the appliance, wherein the assembly carrier comprises a machine portion and an evaporator portion connected thereto, wherein the compressor and also the condenser are accommodated in the machine portion and the evaporator is accommodated in the evaporator portion , and wherein the assembly carrier has a connecting channel in which all the cables and/or lines running between the machine portion and the evaporator portion are accommodated, characterised in that a condensate line is accommodated in the connecting channel.
A sterile alginate aqueous solution preparation, comprising: (a) a low-endotoxin monovalent metal salt of alginic acid having a weight average molecular weight of 50,000 to 400,000 by a GPC-MALS method; (b) a salt selected from a monovalent metal salt and an ammonium salt; and (c) water, wherein a concentration of the component (a) is 1.5% by mass or more, and a concentration of the component (b) is 0.5 to 2% by mass. (a) a low-endotoxin monovalent metal salt of alginic acid having a weight average molecular weight of 50,000 to 400,000 by a GPC-MALS method; (b) a salt selected from a monovalent metal salt and an ammonium salt; and (c) water, wherein a concentration of the component (a) is 1.5% by mass or more, and a concentration of the component (b) is 0.5 to 2% by mass. a concentration of the component (a) is 1.5% by mass or more, and a concentration of the component (b) is 0.5 to 2% by mass.
A hand-held device including a password manager , the hand-held device included in a system managed by an administrator and having a server and a network, the network for synchronizing the hand-held device and the server, said password manager comprising: an input device for receiving a user input that indicates that a user of the hand-held device has forgotten an established password for the hand-held device; and a notification module for automatically transmitting a notification of forgotten password to the administrator in response to the user input, said notification being a request that the administrator in response resets the established password in the hand-held device and provides a new password to the user, wherein said notification module delays an automatic transmission of the notification until an attempt is made to synchronize the hand-held device with the server , wherein said user input indicating that a user of the hand-held device has forgotten an established password for the hand-held device corresponds to an input option provided to a user on an unlock screen dialog box displayed on the hand-held device for sending automatically a said notification of forgotten password. an input device for receiving a user input that indicates that a user of the hand-held device has forgotten an established password for the hand-held device; and a notification module for automatically transmitting a notification of forgotten password to the administrator in response to the user input, said notification being a request that the administrator in response resets the established password in the hand-held device and provides a new password to the user, wherein said notification module delays an automatic transmission of the notification until an attempt is made to synchronize the hand-held device with the server , wherein said user input indicating that a user of the hand-held device has forgotten an established password for the hand-held device corresponds to an input option provided to a user on an unlock screen dialog box displayed on the hand-held device for sending automatically a said notification of forgotten password.
Carriage and guiding rail assembly for sliding doors, wherein the guiding rail comprises a profile with a C-shaped cross-section having lateral walls , said carriage comprising: - a body shaped as a plate suitable for being disposed along a vertical plane, - a lower shank that protrudes in lower position from the body to receive connection means for connecting the body of the carriage to a door panel, and - wheels revolvingly connected to the body of the carriage and suitable for rolling inside said guiding rail , characterized in that said carriage further comprises: - lateral inserts that are removably inserted in lateral housings obtained on the sides of the body of the carriage, in such a way to protrude laterally in opposite directions from the body of the carriage in order to slide on said lateral walls of said guiding rail; wherein each lateral insert is at least partially made of a material with a low friction coefficient compared to the lateral walls of the guiding rail. - a body shaped as a plate suitable for being disposed along a vertical plane, - a lower shank that protrudes in lower position from the body to receive connection means for connecting the body of the carriage to a door panel, and - wheels revolvingly connected to the body of the carriage and suitable for rolling inside said guiding rail , - lateral inserts that are removably inserted in lateral housings obtained on the sides of the body of the carriage, in such a way to protrude laterally in opposite directions from the body of the carriage in order to slide on said lateral walls of said guiding rail; wherein each lateral insert is at least partially made of a material with a low friction coefficient compared to the lateral walls of the guiding rail.
A thermoplastic resin composition comprising: a polycarbonate resin; a large-diameter rubber polymer having an average particle diameter of about 500 nm to about 3,000 nm, defined and measured as indicated in the specification; an aromatic vinyl copolymer resin; a core-shell graft copolymer; and a phosphorus flame retardant, wherein the core-shell graft copolymer is obtained through graft polymerization of an epoxy group-containing acrylate monomer for a shell to a core formed of a silicone-based rubber polymer having an average particle diameter of about 100 nm to about 300 nm, defined and measured as indicated in the specification; a polycarbonate resin; a large-diameter rubber polymer having an average particle diameter of about 500 nm to about 3,000 nm, defined and measured as indicated in the specification; an aromatic vinyl copolymer resin; a core-shell graft copolymer; and a phosphorus flame retardant, wherein the core-shell graft copolymer is obtained through graft polymerization of an epoxy group-containing acrylate monomer for a shell to a core formed of a silicone-based rubber polymer having an average particle diameter of about 100 nm to about 300 nm, defined and measured as indicated in the specification;
Holder for a burner lance of a gas burner, comprising a sealing plate which is configured for arrangement on a melting apparatus and which has an aperture and against which a head of the burner lance bears, a fixed frame which is configured for a positionally fixed arrangement on the melting apparatus , and a pivoting frame which is mounted on said fixed frame so as to be pivotable about a horizontal axis extending adjacently to the sealing plate and on which a holding device , pivotable about a vertical axis , for the burner lance is arranged, wherein the sealing plate has at least one arm which extends to the fixed frame and via which the sealing plate is connected to the fixed frame by means of a fastening element , characterized in that the fastening element is arranged so as to be further away from the sealing plate than the horizontal axis .
Battery cell for an electrical energy storage device , comprising electrochemically active components which comprise respective electrodes of the battery cell , comprising conductors contacting the respective electrodes, through which electrical connections of the battery cell are provided, and comprising a casing device which forms at least a partial region of an outer side of the battery cell , the casing device having a plurality of structural elements by means of which a surface of the casing device is enlarged in comparison with a casing device without the structural elements, the battery cell being designed as a pouch cell, and the casing device comprising a pouch film formed from an electrically insulating material, characterized in that a portion of at least one of the structural elements passes through the pouch film , the portion of the at least one structural element passing through the pouch film thermally contacting at least one of the conductors of the battery cell in an electrically insulating manner. the casing device having a plurality of structural elements by means of which a surface of the casing device is enlarged in comparison with a casing device without the structural elements, the battery cell being designed as a pouch cell, and the casing device comprising a pouch film formed from an electrically insulating material, characterized in that a portion of at least one of the structural elements passes through the pouch film , the portion of the at least one structural element passing through the pouch film thermally contacting at least one of the conductors of the battery cell in an electrically insulating manner.
Fluid connection device , comprising: - a male connector and a female connector , configured to be inserted into one another along an axis X, - an elastically-deformable pin with a generally U or C shape mounted on the female connector, said pin comprising at least one part (16a1, 16b1, 16c1) intersecting with the female connector and configured to cooperate by elastic snap-fitting with said male connector, and - a movable ring that is displaced axially on the female connector, from a pin release position to a locking position of the pin and of the connectors, characterised in that the female connector supports mobile elements displaced radially from a first radial position, preferably internal, whereby the ring is immobilised on the female connector, to a second radial position, preferably external, whereby the ring is released, said elements being configured to cooperate both with the male connector and said ring so as to release the ring when the pin is snap-fitted onto the male connector. - a male connector and a female connector , configured to be inserted into one another along an axis X, - an elastically-deformable pin with a generally U or C shape mounted on the female connector, said pin comprising at least one part (16a1, 16b1, 16c1) intersecting with the female connector and configured to cooperate by elastic snap-fitting with said male connector, and - a movable ring that is displaced axially on the female connector, from a pin release position to a locking position of the pin and of the connectors,
A clamp device comprising: a first section having a first base and at least one receiver configured to receive and clamp at least a first elongate component , the first base including a sleeve member and a recess formed in the sleeve member ; and a second section having a second base and at least one receiver configured to receive and clamp at least a second elongated component , the second base including a shaft member and a protrusion arranged on the shaft member , the shaft member being insertable into said sleeve member with the protrusion passing through the recess during insertion; wherein said sleeve member and said shaft member of said first and said second bases are coupling structures configured to allow said first section and said second section to be rotatably assembled to one another holding said first and said second elongated components in an interlocked position by rotating either said first section and/or said second section such that said protrusion is turned away from said recess to engage with an outer wall on an opposite side of said sleeve member . a first section having a first base and at least one receiver configured to receive and clamp at least a first elongate component , the first base including a sleeve member and a recess formed in the sleeve member ; and a second section having a second base and at least one receiver configured to receive and clamp at least a second elongated component , the second base including a shaft member and a protrusion arranged on the shaft member , the shaft member being insertable into said sleeve member with the protrusion passing through the recess during insertion; wherein said sleeve member and said shaft member of said first and said second bases are coupling structures configured to allow said first section and said second section to be rotatably assembled to one another holding said first and said second elongated components in an interlocked position by rotating either said first section and/or said second section such that said protrusion is turned away from said recess to engage with an outer wall on an opposite side of said sleeve member .