mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for forming plastic preforms into plastic containers , having a forming device with a first side part carrier and a second side part carrier , wherein a first side part of a blow mould is fastened at least indirectly at the first side part carrier and a second side part of the blow mould is fastened at least indirectly at the second side-part carrier , wherein these side parts in a closed state of the blow mould form at least a part of a cavity within which the plastic preform can be formed into the plastic container by the application of a flowable medium, and wherein the forming device is arranged on a main carrier , on which at least one side part carrier is arranged movably relative to the other side part carrier for opening and/or closing the blow mould , wherein the forming device has at least one supply device with at least one first connecting line , wherein at least one section of at least one connecting line is arranged stationary with respect to the main carrier by means of at least one fastening device and wherein a section of this connecting line being arranged on a device of the forming device in such a way that, in the event of a movement of the side part carrier with respect to the main carrier , this section of the connecting line moves with respect to the fastening device , characterized in that an actuator is arranged on the apparatus , to which at least one section of the connecting line is fastened, wherein this actuator also being movable relative to the main carrier .
A robotic vacuum cleaner , comprising: a. a main body having a front, top and bottom; b. a vacuum source positioned at the front of the main body; c. a plurality of sensor elements mounted to the main body, the plurality of sensor elements comprising a LIDAR mounted atop the robotic vacuum cleaner and other sensors ; d. a first pair of diagonally opposed wheel assemblies and a second pair of diagonally opposed wheel assemblies that collectively form a holonomic drive, whereby the wheels are oriented at 45 degrees with respect to a longitudinal axis of the robotic cleaner and whereby the diagonally opposed wheels have a collinear axis, each wheel assembly comprising: i. a motor ; ii. a drive wheel connected to the motor ; iii. an encoder; iv. and a motor controller ; and e. a main controller that receives odometry data from the motor controller in regard to the movement of the wheel , and data from the plurality of sensors , and provides electronic navigation control to the wheel assemblies based on the received odometry data and the data from the plurality of sensors ; f. wherein the robotic vacuum cleaner is configured such that it can drive in a given direction and move in a different direction, while maintaining an assigned orientation. a. a main body having a front, top and bottom; b. a vacuum source positioned at the front of the main body; c. a plurality of sensor elements mounted to the main body, the plurality of sensor elements comprising a LIDAR mounted atop the robotic vacuum cleaner and other sensors ; d. a first pair of diagonally opposed wheel assemblies and a second pair of diagonally opposed wheel assemblies that collectively form a holonomic drive, whereby the wheels are oriented at 45 degrees with respect to a longitudinal axis of the robotic cleaner and whereby the diagonally opposed wheels have a collinear axis, each wheel assembly comprising: i. a motor ; ii. a drive wheel connected to the motor ; iii. an encoder; iv. and a motor controller ; and i. a motor ; ii. a drive wheel connected to the motor ; iii. an encoder; iv. and a motor controller ; and e. a main controller that receives odometry data from the motor controller in regard to the movement of the wheel , and data from the plurality of sensors , and provides electronic navigation control to the wheel assemblies based on the received odometry data and the data from the plurality of sensors ; f. wherein the robotic vacuum cleaner is configured such that it can drive in a given direction and move in a different direction, while maintaining an assigned orientation.
An extension guide for a drawer comprising a carcass rail to be fixed to the furniture carcass and at least one extension rail displaceable relative to the carcass rail, including a holding element with a connecting element with which the drawer can be adjustably connected to the extension rail, wherein the holding element is or can be connected to the extension rail and wherein the connecting element is movably mounted relative to the holding element, wherein an adjustment device for horizontally moving the connecting element is arranged at the holding element , wherein the adjustment device includes a transmission device which is movable in rotation about an axis arranged substantially parallel to the longitudinal axis of the extension rail and with which a rotational movement component can be converted to a translatory movement of the connecting element , characterized in that when moving the connecting element the distance of the connecting element to one of the upper surfaces of the extension rail facing the connecting element remains constant.
Motor vehicle body part comprising a main body made of plastic material comprising at least a first part and a second part , the first part having at least one orifice, characterised in that the body part comprises : - at least one structural reinforcement attached at least partially to the first part , the structural reinforcement having at least one hole opposite the hole in the first part, so as to form a through hole , - at least one connecting member of the first part and the second part comprising an end , said end comprising at least one portion penetrating at least once into the through hole and forming a locking loop around a clamping element so as to secure the connecting member , the structural reinforcement and the first part . - at least one structural reinforcement attached at least partially to the first part , the structural reinforcement having at least one hole opposite the hole in the first part, so as to form a through hole , - at least one connecting member of the first part and the second part comprising an end , said end comprising at least one portion penetrating at least once into the through hole and forming a locking loop around a clamping element so as to secure the connecting member , the structural reinforcement and the first part .
An electrically motorised adjustable support device for a cushioning of a sitting and/or lying furniture, in particular a mattress of a box-spring bed, comprising a first support part , to which a second support part is connected in a pivotally adjustable manner, to its end facing away from the first support part a third support part is connected in a pivotally adjustable manner, comprising a pivot lever mounted pivotably around a pivoting lever pivoting axis for the pivoting adjustment of the second support part relative to the first support part , characterised in that the second support part comprises a guide for the end of the pivoting lever facing away from the pivoting lever pivoting axis , and that the guide holds an adjusting means for the pivoting adjustment of the third support part relative to the second support part . comprising a first support part , to which a second support part is connected in a pivotally adjustable manner, to its end facing away from the first support part a third support part is connected in a pivotally adjustable manner, comprising a pivot lever mounted pivotably around a pivoting lever pivoting axis for the pivoting adjustment of the second support part relative to the first support part , characterised in that the second support part comprises a guide for the end of the pivoting lever facing away from the pivoting lever pivoting axis , and that the guide holds an adjusting means for the pivoting adjustment of the third support part relative to the second support part .
Electronic handle for a vehicle door, comprising: - electronic means for activating electronically a latch of the vehicle door; - an activation lever configured for rotating around an activation axis between a rest position in which the activation lever is released, and a mechanical activation position in which the activation lever is actuated for activating the latch of the vehicle door in case of default of the electronic means; and - a bracket intended to receive the activation lever , one of the activation lever and the bracket comprising a driving element , and the other comprises a stop element , the driving element cooperating with the stop element such that when the activation lever is actuated from the rest position to the mechanical activation position, the driving element passes from a first side of the stop element corresponding to the rest position, to a second side when the activation lever reaches the mechanical activation position, when the activation lever comes back from the mechanical activation position to the rest position, the driving element and the stop element cooperate to make the activation lever come back to the first side of the stop element , characterized in that the driving element is moveable in translation inside a recess made in the activation lever when the activation lever moves from the rest position to the mechanical activation position. - electronic means for activating electronically a latch of the vehicle door; - an activation lever configured for rotating around an activation axis between a rest position in which the activation lever is released, and a mechanical activation position in which the activation lever is actuated for activating the latch of the vehicle door in case of default of the electronic means; and - a bracket intended to receive the activation lever , one of the activation lever and the bracket comprising a driving element , and the other comprises a stop element ,
A product , comprising: a first substrate that is at least partially transparent to visible light; a first conductive layer disposed over the first substrate , the first conductive layer comprising a surface resulting from subjecting the first conductive layer to laser ablation, wherein the surface includes artifacts arranged with a periodic structure, the periodic structure has a period in at least one direction of at least about 4,500 nm to at most about 850,000 nm, wherein the artifacts are arranged in rows extending in the process path direction of the laser ablation, wherein artifacts in a row are formed by overlap of laser spots in the process path direction, characterised in that the surface is an ablated surface and the artifacts have a peak-to-valley dimension substantially perpendicular to the major plane of the first substrate of less than about 25 nm. a first substrate that is at least partially transparent to visible light; a first conductive layer disposed over the first substrate , the first conductive layer comprising a surface resulting from subjecting the first conductive layer to laser ablation, wherein the surface includes artifacts arranged with a periodic structure, the periodic structure has a period in at least one direction of at least about 4,500 nm to at most about 850,000 nm, wherein the artifacts are arranged in rows extending in the process path direction of the laser ablation, wherein artifacts in a row are formed by overlap of laser spots in the process path direction, characterised in that the surface is an ablated surface and the artifacts have a peak-to-valley dimension substantially perpendicular to the major plane of the first substrate of less than about 25 nm.
A process for the preparation of aldehydes and/or ketones from alkenes, comprising the step of contacting said alkene with a nitro coordinated polyoxometalate catalyst comprising a transition metal (TM), or a solvate thereof, thereby generating the aldehydes and/or ketones; wherein said polyoxometalate catalyst is a polyoxoanion salt polyoxometalate represented by the structure of formula I: Q q [X x M m TM n L l O y F z ] or a solvate thereof, wherein X is a metal or non-metal heteroatom, a proton or combination thereof; M is an addenda atom selected from the group consisting of tungsten (W), molybdenum (Mo), niobium (Nb), and vanadium (V), and any combination thereof; TM is a transition metal selected from the group consisting of chromium (Cr), iron (Fe), manganese (Mn), cobalt (Co), nickel, (Ni), copper (Cu), zinc (Zn), ruthenium (Ru), palladium (Pd), platinum (Pt), iridium (Ir), rhodium (Rh) and any combination thereof; L is nitrogen dioxide (NO 2 ); Q is a counter-cation selected from the group consisting of an alkali metal cation, an alkaline earth metal cation, a transition metal cation, an organic cation, a substituted or unsubstituted quaternary ammonium cation, an adduct of said quaternary ammonium cation with NO 2 , a substituted or unsubstituted quaternary phosphonium cation, an adduct of said quaternary phosphonium cation with NO 2 , and any combination thereof; O is oxygen; F is fluorine; x is an integer between 0 and 6; m is an integer between 4 and 200; n is an integer between 1 and 10; l is an integer between 1 and 10; y is an integer between 5 and 1000; q is an integer between 0 and 30; and z is an integer between 0 to 20. X is a metal or non-metal heteroatom, a proton or combination thereof; M is an addenda atom selected from the group consisting of tungsten (W), molybdenum (Mo), niobium (Nb), and vanadium (V), and any combination thereof; TM is a transition metal selected from the group consisting of chromium (Cr), iron (Fe), manganese (Mn), cobalt (Co), nickel, (Ni), copper (Cu), zinc (Zn), ruthenium (Ru), palladium (Pd), platinum (Pt), iridium (Ir), rhodium (Rh) and any combination thereof; L is nitrogen dioxide (NO 2 ); Q is a counter-cation selected from the group consisting of an alkali metal cation, an alkaline earth metal cation, a transition metal cation, an organic cation, a substituted or unsubstituted quaternary ammonium cation, an adduct of said quaternary ammonium cation with NO 2 , a substituted or unsubstituted quaternary phosphonium cation, an adduct of said quaternary phosphonium cation with NO 2 , and any combination thereof; O is oxygen; F is fluorine; x is an integer between 0 and 6; m is an integer between 4 and 200; n is an integer between 1 and 10; l is an integer between 1 and 10; y is an integer between 5 and 1000; q is an integer between 0 and 30; and z is an integer between 0 to 20.
A multi-layer piezoelectric element , comprising: a stacked body in which piezoelectric layers and internal electrode layers are laminated; a conductor layer disposed on a side face of the stacked body ; a conductive joining material layer disposed on a surface of the conductor layer ; and an external electrode joined to the conductor layer via the conductive joining material layer , characterised in that the conductive joining material layer comprises solder and a conductive adhesive , the solder constituting an end of the conductive joining material layer which end confronts an end of the external electrode to be connected to an external circuit, a boundary existing between the solder and the conductive adhesive . a stacked body in which piezoelectric layers and internal electrode layers are laminated; a conductor layer disposed on a side face of the stacked body ; a conductive joining material layer disposed on a surface of the conductor layer ; and an external electrode joined to the conductor layer via the conductive joining material layer , characterised in that the conductive joining material layer comprises solder and a conductive adhesive , the solder constituting an end of the conductive joining material layer which end confronts an end of the external electrode to be connected to an external circuit, a boundary existing between the solder and the conductive adhesive .
Distance measuring element , comprising: - at least one first sub-pattern having a non-repeating structure of values in a defined first value range (W1); and - at least one second sub-pattern , which, in comparison with the first sub-pattern , has a non-repeating structure of values in a second value range (W2), - the at least two sub-patterns being summationally superposed over a defined surface region to form a surface pattern ; characterized in that - the second sub-pattern has no values in the defined first value range (W1); the minimum separation between the values of the second value range (W2) being greater than the maximum value of the first value range (W1). - at least one first sub-pattern having a non-repeating structure of values in a defined first value range (W1); and - at least one second sub-pattern , which, in comparison with the first sub-pattern , has a non-repeating structure of values in a second value range (W2), - the at least two sub-patterns being summationally superposed over a defined surface region to form a surface pattern ; characterized in that - the second sub-pattern has no values in the defined first value range (W1);
A display device, which comprises a flexible substrate , the flexible substrate comprising an active area and a non-active area surrounding the active area ; the non-active area of the flexible substrate is disposed with a plurality of wires on array, WOA, arranged in a fan manner and electrically connected to the active area to provide driving signals to the active area ; characterized in that the WOA is disposed on both front and back sides of the flexible substrate , wherein the WOA disposed on the back side of the flexible substrate comprises one end passing through a first hole disposed on the flexible substrate and extending to the front side to connect and receive driving signals and the other end passing through a second hole disposed on the flexible substrate and extending to the front side to electrically connected to the active area , and wherein the WOA connects scan lines and source lines of the active area to driver chips , wherein the outline of the plurality of WOA narrows from the active area toward the driver chips ; and each direct neighbour of a wire of the WOA is disposed on the opposite side of the flexible substrate . the non-active area of the flexible substrate is disposed with a plurality of wires on array, WOA, arranged in a fan manner and electrically connected to the active area to provide driving signals to the active area ; characterized in that the WOA is disposed on both front and back sides of the flexible substrate , wherein the WOA disposed on the back side of the flexible substrate comprises one end passing through a first hole disposed on the flexible substrate and extending to the front side to connect and receive driving signals and the other end passing through a second hole disposed on the flexible substrate and extending to the front side to electrically connected to the active area , and wherein the WOA connects scan lines and source lines of the active area to driver chips , wherein the outline of the plurality of WOA narrows from the active area toward the driver chips ; and each direct neighbour of a wire of the WOA is disposed on the opposite side of the flexible substrate .
Composite pyrotechnic product containing, in a plasticized binder comprising a cross-linked energetic polymer and at least one energetic plasticizer, organic energetic charges and at least one anti-glare agent of the potassium salt type, characterized in that : - said cross-linked energetic polymer consists of a glycidyl azide polymer (GAP) having a number average molecular weight (Mn) in the range 700 g/mol to 3000 g/mol, cross-linked via its hydroxyl terminal functions with at least one cross-linking agent of the polyisocyanate type; and - said at least one anti-glare agent of the potassium salt type is selected from potassium cryolite (K 3 AlF 6 ), monobasic potassium tartrate (C 4 H 5 KO 6 ) and mixtures thereof. - said cross-linked energetic polymer consists of a glycidyl azide polymer (GAP) having a number average molecular weight (Mn) in the range 700 g/mol to 3000 g/mol, cross-linked via its hydroxyl terminal functions with at least one cross-linking agent of the polyisocyanate type; and - said at least one anti-glare agent of the potassium salt type is selected from potassium cryolite (K 3 AlF 6 ), monobasic potassium tartrate (C 4 H 5 KO 6 ) and mixtures thereof.
A luminaire comprising a hollow light transmissive body , an LED assembly comprised by the hollow light transmissive body , and a first end cap closing the hollow light transmissive body at a first end of the hollow light transmissive body and functionally coupled to the hollow light transmissive body ; wherein - the LED assembly is functionally coupled to a connector part ; - the first end cap is functionally coupled to a complementary connector part , complementary to the connector part ; and - the LED assembly and the first end cap are associated with each other through the connector parts , while allowing a translational movement of the LED assembly along a longitudinal axis relative to the hollow light transmissive body , wherein the luminaire comprises a resilient element arranged for forcing the LED assembly and the first end cap in a direction to each other , characterized in that the resilient element is coupled to the LED assembly and to the connector part , and wherein the connector part is arranged translationally movable relative to the LED assembly . - the LED assembly is functionally coupled to a connector part ; - the first end cap is functionally coupled to a complementary connector part , complementary to the connector part ; and - the LED assembly and the first end cap are associated with each other through the connector parts , while allowing a translational movement of the LED assembly along a longitudinal axis relative to the hollow light transmissive body ,