mhurhangee/patent-ind-claim-en huggingface dataset:
A self-propelled vehicle for handling packs of glass sheets of the type comprising: a supporting body provided with a plurality of ground-resting wheels ; a vertical upright that extends cantilevered from the supporting body in a substantially vertical direction, and is fixed to the supporting body with the capability of moving horizontally and parallel to the vehicle longitudinal axis (L); a first actuator device which is adapted to move, on command, the vertical upright along the supporting body ; a gripping equipment which is adapted to grasp and hold, on command, a pack of glass sheets, and is fixed to the vertical upright with the capability of moving vertically along the vertical upright ; a second actuator device which is adapted to move, on command, the gripping equipment along the vertical upright ; and a raised driver's cabin which is adapted to accommodate the driver of the vehicle and is mounted movable on the vertical upright above the gripping equipment ; wherein the driver's cabin comprises: a main driver compartment that is located above the gripping equipment and is dimensioned to accommodate two or more persons; the self-propelled vehicle being characterised in that the driver's cabin further comprises at least one retractable balcony which is fixed to the main driver compartment with the capability of moving between a first operating position in which the retractable balcony juts out cantilevered from the main driver compartment and can accommodate one person, and a second operating position in which the retractable balcony is substantially entirely accommodated inside the main driver compartment . wherein the driver's cabin comprises: a main driver compartment that is located above the gripping equipment and is dimensioned to accommodate two or more persons; the self-propelled vehicle being characterised in that the driver's cabin further comprises at least one retractable balcony which is fixed to the main driver compartment with the capability of moving between a first operating position in which the retractable balcony juts out cantilevered from the main driver compartment and can accommodate one person, and a second operating position in which the retractable balcony is substantially entirely accommodated inside the main driver compartment .
A functional device, applied to an electronic apparatus, characterized in that the functional device comprises: a base , defining a cavity ; a functional component , received in the cavity and configured to move between a first position at which the functional component extends out of the cavity and a second position at which the functional component retracts into the cavity ; and a magnetic assembly , received in the cavity and comprising a first magnetic element fixed on the functional component , a second magnetic element fixed on the base and at least one third magnetic element arranged between the first magnetic element and the second magnetic element , wherein the first magnetic element , the at least one third magnetic element and the second magnetic element are arranged along a moving direction of the functional component ; wherein when each of the first, second, and at least one third magnetic elements is repulsed to an adjacent magnetic element, the first magnetic element and the at least one third magnetic element move away from the second magnetic element such that the functional component is forced to the first position; when each of the first, second, and at least one third magnetic elements is attracted to the adjacent one, the first magnetic element and the at least one third magnetic element move towards the second magnetic element such that the functional component is pulled to the second position. a base , defining a cavity ; a functional component , received in the cavity and configured to move between a first position at which the functional component extends out of the cavity and a second position at which the functional component retracts into the cavity ; and a magnetic assembly , received in the cavity and comprising a first magnetic element fixed on the functional component , a second magnetic element fixed on the base and at least one third magnetic element arranged between the first magnetic element and the second magnetic element , wherein the first magnetic element , the at least one third magnetic element and the second magnetic element are arranged along a moving direction of the functional component ; wherein when each of the first, second, and at least one third magnetic elements is repulsed to an adjacent magnetic element, the first magnetic element and the at least one third magnetic element move away from the second magnetic element such that the functional component is forced to the first position; when each of the first, second, and at least one third magnetic elements is attracted to the adjacent one, the first magnetic element and the at least one third magnetic element move towards the second magnetic element such that the functional component is pulled to the second position.
Drilling device with a drill mount , which defines a drilling rod axis , a rod magazine for a plurality of rods and a transfer device for transferring a rod between the rod magazine and a position of the rod between the rod magazine and a position of the rod in the direction of the drilling rod axis , characterised in that a guide is provided on the rod magazine for a movement of the transfer device and the rod magazine has two head pieces extending laterally to the longitudinal direction of the drill mount , on which head pieces at least one guide for the transfer device is respectively arranged.
A piston for a displacement pump of a fluid spraying system pumping fluid by reciprocating along a longitudinal axis, the piston comprising: a piston head ; and a piston rod connected to the piston head; wherein the piston rod comprises one or more internal fluid passages through which the fluid is forced to flow by reciprocation of the piston; wherein the one or more internal fluid passages are shaped to expel the fluid from the piston at one or more orientations offset from the longitudinal axis thereby imparting a moment on the piston about the longitudinal axis to cause the piston to rotate during reciprocation of the piston, and wherein: the piston rod comprises a central bore extending axially though a portion of the piston rod; the one or more internal fluid passages comprise one or more side bores extending through the piston rod and in fluid communication with the central bore; and the one or more side bores redirect fluid from inside the central bore to expel the fluid out of the piston along the one or more orientations to cause the piston to rotate. a piston head ; and a piston rod connected to the piston head; wherein the piston rod comprises one or more internal fluid passages through which the fluid is forced to flow by reciprocation of the piston; wherein the one or more internal fluid passages are shaped to expel the fluid from the piston at one or more orientations offset from the longitudinal axis thereby imparting a moment on the piston about the longitudinal axis to cause the piston to rotate during reciprocation of the piston, and wherein: the piston rod comprises a central bore extending axially though a portion of the piston rod; the one or more internal fluid passages comprise one or more side bores extending through the piston rod and in fluid communication with the central bore; and the one or more side bores redirect fluid from inside the central bore to expel the fluid out of the piston along the one or more orientations to cause the piston to rotate. the piston rod comprises a central bore extending axially though a portion of the piston rod; the one or more internal fluid passages comprise one or more side bores extending through the piston rod and in fluid communication with the central bore; and the one or more side bores redirect fluid from inside the central bore to expel the fluid out of the piston along the one or more orientations to cause the piston to rotate.
A drive arrangement with a part which is to be driven and with a driving gear wheel composed of toothed segments, i.e. ring segments , the toothing of which which is arranged on the outer periphery is formed and composed of the sets of toothing of the segments, wherein the toothing is arranged radially externally on the ring segment , wherein the toothing is involute toothing, wherein the toothing is manufactured from ADI or spheroidal graphite cast iron, wherein the segments which are adjacent in the peripheral direction are connected by screwing in each case, wherein the segments at their two end regions provided in the peripheral direction, i.e. holding regions , in each case have radially oriented end faces which have drill holes for receiving the screws of the screw connection, wherein the drill holes are oriented tangentially, wherein the end regions are connected by means of a connecting-web region , wherein the part which is to be driven has a smaller external diameter than the driving gear wheel, wherein the segments are ring segments , wherein the screw connection comprises in each case at least two locating bolts which serve to align the ring segments relative to each other, and at least two fastening bolts , characterised in that the ring segment has a projection running in the peripheral direction, i.e. shoulder , so that once the ring segments have been assembled a shoulder running in the peripheral direction is formed on the periphery of the gear wheel thus formed, wherein the projection is arranged at a shorter radial distance than toothing provided on the ring segment , wherein the projection protrudes axially out of the surface region of the ring segment surrounding it.
A multilayer substrate for semiconductor packaging, comprising: a first layer with a first side and a second side opposite the first side, wherein the first side has a first side xy-plane defined by three highest points on the first side, and individual locations on the first side have a first side distance below the first side xy-plane in a direction towards the second side, wherein the second side has a second side xy-plane defined by three highest points on the second side, and individual locations on the second side have a second side distance below the second side xy-plane in a direction towards the first side; and a second layer comprised of one or more layers of one or more dielectric materials with a first side coupled to the second side of the first layer and a second side opposite the first side of the second layer, wherein a thickness of the second layer at individual locations on the second layer is comprised of the first side distance plus the second side distance, wherein a thickness of the first layer plus the thickness of the second layer at individual locations between the first side of the first layer and the second side of the second layer is a substantially uniform thickness . a first layer with a first side and a second side opposite the first side, wherein the first side has a first side xy-plane defined by three highest points on the first side, and individual locations on the first side have a first side distance below the first side xy-plane in a direction towards the second side, wherein the second side has a second side xy-plane defined by three highest points on the second side, and individual locations on the second side have a second side distance below the second side xy-plane in a direction towards the first side; and a second layer comprised of one or more layers of one or more dielectric materials with a first side coupled to the second side of the first layer and a second side opposite the first side of the second layer, wherein a thickness of the second layer at individual locations on the second layer is comprised of the first side distance plus the second side distance, wherein a thickness of the first layer plus the thickness of the second layer at individual locations between the first side of the first layer and the second side of the second layer is a substantially uniform thickness .
An optoelectronic device including a substrate having a support face and a plurality of light-emitting diodes , each being wire-shaped and formed on the support face so as to be elongate along a longitudinal axis (A) substantially transverse to the support face of the substrate , each light-emitting diode comprising a first doped area formed on the support face by semiconductor elements doped according to a first doping type, an active area formed of an active material and a second doped area formed by semiconductor elements doped according to a second doping type opposite to the first doping type, the first doped area being constituted, over all or part of its height, counted along the longitudinal axis (A), of a first central portion substantially elongate along the longitudinal axis (A) formed in a first material based on gallium nitride and a second outer portion formed in a second material based on gallium and aluminum nitride, the second portion being constituted of a first outer part laterally arranged around the first portion , all or part of the first part having a first average atomic concentration of aluminum and of a second lower part arranged, along the longitudinal axis (A), at least between the first part of the second portion and the substrate , all or part of the second part having a second average atomic concentration of aluminum different from the first average atomic concentration and adapted so that the second part is electrically insulating.
A barrier of the headlock type, comprising: - a lower side rail , - at least a first and a second lateral structure , mounted on the side rail , a space for the passage of the neck of an animal being delimited by the side rail and the first and second lateral structures , - a rocking arm configured to adopt a blocking position in which the rocking arm obstructs the passage of the neck of an animal in the space and to leave the blocking position and free the passage of the neck of the animal in the space , - a locking member configured to retain the rocking arm in the blocking position, the locking member comprising a stop , against which a cooperation member of the rocking arm is intended to bear in the blocking position, and - an unlocking system configured to occupy an unlocking position to allow the movement of the rocking arm out of the blocking position, and an inactive position to allow the locking member to retain the rocking arm in the blocking position, characterized in that the unlocking system comprises at least one ramp configured to: - in the inactive position of the unlocking system , adopt a first position away from the locking member in which the locking member is released to be able to retain the rocking arm in the blocking position, and - in the unlocking position of the unlocking system , adopt a second position in which the cooperation member is able to slide on the at least one ramp to escape the locking member , so that the unlocking system neutralizes the locking member so as to allow the movement of the rocking arm out of the blocking position. - a lower side rail , - at least a first and a second lateral structure , mounted on the side rail , a space for the passage of the neck of an animal being delimited by the side rail and the first and second lateral structures , - a rocking arm configured to adopt a blocking position in which the rocking arm obstructs the passage of the neck of an animal in the space and to leave the blocking position and free the passage of the neck of the animal in the space , - a locking member configured to retain the rocking arm in the blocking position, the locking member comprising a stop , against which a cooperation member of the rocking arm is intended to bear in the blocking position, and - an unlocking system configured to occupy an unlocking position to allow the movement of the rocking arm out of the blocking position, and an inactive position to allow the locking member to retain the rocking arm in the blocking position, - in the inactive position of the unlocking system , adopt a first position away from the locking member in which the locking member is released to be able to retain the rocking arm in the blocking position, and - in the unlocking position of the unlocking system , adopt a second position in which the cooperation member is able to slide on the at least one ramp to escape the locking member , so that the unlocking system neutralizes the locking member so as to allow the movement of the rocking arm out of the blocking position.
A network device, comprising: a processor and a memory communicatively connected to the processor , the processor configured to: receive wavelength path latency information for a set of available wavelength paths supported by the network device, wherein the wavelength path latency information comprises, for each of the available wavelength paths, respective bounded latency path information for the respective available wavelength path and respective lowest latency path information for the respective available wavelength path, wherein, the bounded latency path information indicates a longest latency path information; and perform a management action for a service at the network device based on the wavelength path latency information. receive wavelength path latency information for a set of available wavelength paths supported by the network device, wherein the wavelength path latency information comprises, for each of the available wavelength paths, respective bounded latency path information for the respective available wavelength path and respective lowest latency path information for the respective available wavelength path, wherein, the bounded latency path information indicates a longest latency path information; and perform a management action for a service at the network device based on the wavelength path latency information.
A road vehicle for the public transport of passengers, said vehicle comprising a plurality of walls defining an interior space accessible to passengers through at least two doors , said vehicle comprising sensor means carried by one of the walls of said vehicle and configured to acquire data relating to the presence of a road vehicle (V) approaching said vehicle , the opening or closing of said doors being controlled by actuator means,. characterized in that said vehicle comprising a system for controlling said actuator means of said doors , said control system being configured to delay the opening of at least one of the doors as a function of the data acquired by said sensor means , wherein said door opening control system comprises an electronic unit electrically connected to said actuator means and to said sensor means , said electronic unit comprising processing means configured to control said actuator means for delaying the opening of at least one of said doors as a function of the data acquired by the sensor means , wherein said opening delay is a time pre-set and stored in said electronic unit or a time processed according to the dynamic conditions and the type of vehicle (V) detected. said vehicle comprising sensor means carried by one of the walls of said vehicle and configured to acquire data relating to the presence of a road vehicle (V) approaching said vehicle , the opening or closing of said doors being controlled by actuator means,. characterized in that said vehicle comprising a system for controlling said actuator means of said doors , said control system being configured to delay the opening of at least one of the doors as a function of the data acquired by said sensor means , wherein said door opening control system comprises an electronic unit electrically connected to said actuator means and to said sensor means , said electronic unit comprising processing means configured to control said actuator means for delaying the opening of at least one of said doors as a function of the data acquired by the sensor means , wherein said opening delay is a time pre-set and stored in said electronic unit or a time processed according to the dynamic conditions and the type of vehicle (V) detected.
Sound synthesis device intended for the active colouring of the noise of a vehicle engine, comprising a sound synthesis module and a data reception module responsible for supplying the sound synthesis module with digital data representative of the current values of the engine speed (RM) and of at least one other operating parameter of the said vehicle; the said sound synthesis module comprising a computer responsible for generating a set of sinusoidal harmonics each weighted by its own gain (Gi) and whose summation makes it possible to generate a synthesized digital colouring signal (S) as a function of the current values of the engine speed (RM) and of at least one other said operating parameter; characterised in that the sound synthesis module is responsible for selecting at least one predetermined group of successive harmonics (Ek) from among the set of said harmonics, the gain (Gi) associated with a harmonic belonging to one said group (Ek) being a function of the current value of said engine speed (RM) and of at least one other said operating parameter of said vehicle, whereas the gain (Gi) associated with a harmonic not belonging to any said group (Ek) is a function solely of the current value of said engine speed (RM).
Cutting device for attachment to a harvester with a frame extending substantially over the working width of the cutting device and comprising several frame parts which each extend over a partial working width and which are connected to one another for articulated movement about an axis extending at least approximately in the working direction (A) of the cutting device , with cutting elements arranged on the front side of the cutting device and connected to the frame , with conveying surfaces and conveying members for conveying the cut crop from the cutting elements to a delivery point , at least one conveying member is a multi-part reel whose reel parts each extend transversely to the working direction (A) of the cutting device over at least a partial working width of the cutting device , and the reel parts are held by reel support arms which are attached for pivotal movement on the frame or frame parts and which are adjustable in height via adjustment drives for adjusting the height of the reel parts , at least two reel support arms supporting a reel part are connected rotationally secured to one another via a torsion shaft , the reel support arms and the torsion shaft form a reel support unit , the reel support unit is connected to an adjustment drive which engages on one or more reel support arms and/or the torsion shaft and during adjusting movements of the remote-controlled adjustment drive the associated the associated reel part is raised or lowered, characterized in that the torsion shaft on a first side has a fixed bearing point in the axial direction of the torsion shaft which is formed as a universal joint, and on a second side is mounted in a plain bearing which permits a pushing movement between the torsion shaft and the frame part so that the torsion shaft can move in the axial direction in relation to the frame part with which the reel part is associated at least in part.