mhurhangee/patent-ind-claim-en huggingface dataset:
A cable management system comprising: at least one cable management unit which has at least one receiving space for receiving at least one drawer unit , wherein the cable management unit comprises at least one rear cable manager , which is configured to feed at least one cable to a rear side of the receiving space and which is mountable in at least two different orientations with respect to the receiving space , characterized in that the rear cable manager comprises at least one rear bracket for rear cabling procedure, wherein the rear bracket is mountable at at least two mounting positions over and under a main extension plane of the cable management unit .
Self-locking concrete paving block provided on its longitudinal and transverse edges with distancing means and with spacers , said spacers cooperating, by shape, with the same distancing means of the adjacent same paving blocks during interpenetration of said paving blocks in the laid position, so that between two mutually-consecutive spacing means on the one same edge of said paving block there are two distancing means of the same asymmetric shape facing one another, characterized in that said distancing means are each constituted firstly by a first vertical-tongue portion (p1) with a polygonal base (b), in the form of a half-teardrop, in the form of a teardrop or in the form of the cross section of the upper surface of an aeroplane wing, projecting outwards from the edge of the paving block and the dimensions of which are constant over a height h starting from the base of the paving block , then by a second vertical-tongue portion (p2) extending said first portion (p1) over a height portion H and the dimensions of the profile of the cross section of the base (b) of which decrease towards the top of the paving block so as to form a vertical overall tongue (p) in the form of a truncated pyramid or of a truncated cone portion, and in that the two distancing means face towards one another with their widest or largest ends facing one another such that their internal edges delimit a funnel -shaped vertical channel (C) of height h+H, widening towards the top of the paving block in order to receive a projecting spacer of the same type of paving block to be assembled therewith. said distancing means are each constituted firstly by a first vertical-tongue portion (p1) with a polygonal base (b), in the form of a half-teardrop, in the form of a teardrop or in the form of the cross section of the upper surface of an aeroplane wing, projecting outwards from the edge of the paving block and the dimensions of which are constant over a height h starting from the base of the paving block , then by a second vertical-tongue portion (p2) extending said first portion (p1) over a height portion H and the dimensions of the profile of the cross section of the base (b) of which decrease towards the top of the paving block so as to form a vertical overall tongue (p) in the form of a truncated pyramid or of a truncated cone portion, and in that the two distancing means face towards one another with their widest or largest ends facing one another such that their internal edges delimit a funnel -shaped vertical channel (C) of height h+H, widening towards the top of the paving block in order to receive a projecting spacer of the same type of paving block to be assembled therewith.
A privacy glazing structure comprising: a first pane of transparent material; a second pane of transparent material; a spacer positioned between the first pane of transparent material and the second pane of transparent material to define a between-pane space, the spacer sealing the between-pane space from gas exchange with a surrounding environment and holding the first pane of transparent material a separation distance from the second pane of transparent material; a third pane of transparent material; and an electrically controllable optically active material positioned between the second pane of transparent material and the third pane of transparent material, the electrically controllable optically active material being positioned between a first electrode layer and a second electrode layer , wherein the spacer comprises a tubular body having opposed ends joined together by a key having first and second ends that are inserted into the opposed ends of the tubular body, and key includes a driver electrically connected to the first electrode layer and the second electrode layer, wherein the driver is configured to be electrically connected to a power source and condition power received from the power source to provide a drive signal to the first electrode layer and the second electrode layer for controlling the electrically controllable optically active material, and wherein the key has a closed surface facing the between-pane space and defines an opening facing the surrounding environment, the opening providing access to a hollow interior space of the key for inserting and removing the driver from the key. a first pane of transparent material; a second pane of transparent material; a spacer positioned between the first pane of transparent material and the second pane of transparent material to define a between-pane space, the spacer sealing the between-pane space from gas exchange with a surrounding environment and holding the first pane of transparent material a separation distance from the second pane of transparent material; a third pane of transparent material; and an electrically controllable optically active material positioned between the second pane of transparent material and the third pane of transparent material, the electrically controllable optically active material being positioned between a first electrode layer and a second electrode layer , wherein the spacer comprises a tubular body having opposed ends joined together by a key having first and second ends that are inserted into the opposed ends of the tubular body, and key includes a driver electrically connected to the first electrode layer and the second electrode layer, wherein the driver is configured to be electrically connected to a power source and condition power received from the power source to provide a drive signal to the first electrode layer and the second electrode layer for controlling the electrically controllable optically active material, and
Machine for packaging pouch wrapping, comprising: - a support frame defining an inlet section for at least one pouch wrapping group and an outlet section for a package of a plurality of pouch wrapping groups; - first gripping means mechanically mounted on said support frame in proximity of said inlet section and configured and controlled to be movable at least between a loading configuration in which they receive said pouch wrapping group , a first unloading configuration and a second unloading configuration rotated about 180° compared to said first unloading configuration; - packaging means mechanically mounted on said support frame and configured to receive said stack of pouch wrapping group and wrap said stack with at least one layer of flexible material and thus make said package; - second gripping means mechanically mounted on said support frame ; said machine being characterised in that said second gripping means are configured and controlled to be movable between a first configuration in which they pick up said pouch wrapping group directly from said first gripping means in said first unloading configuration with said pouch wrapping group in a first angular position, and alternatively, in said second unloading configuration with said pouch wrapping group in a second angular position, and a second configuration in which they release said pouch wrapping group to form a stack of pouch wrapping group; said stack of pouch wrapping group being made with pouch wrapping groups stacked vertically together in the first angular position and in the second angular position in an alternating manner. - a support frame defining an inlet section for at least one pouch wrapping group and an outlet section for a package of a plurality of pouch wrapping groups; - first gripping means mechanically mounted on said support frame in proximity of said inlet section and configured and controlled to be movable at least between a loading configuration in which they receive said pouch wrapping group , a first unloading configuration and a second unloading configuration rotated about 180° compared to said first unloading configuration; - packaging means mechanically mounted on said support frame and configured to receive said stack of pouch wrapping group and wrap said stack with at least one layer of flexible material and thus make said package; - second gripping means mechanically mounted on said support frame ; said machine being characterised in that said second gripping means are configured and controlled to be movable between a first configuration in which they pick up said pouch wrapping group directly from said first gripping means in said first unloading configuration with said pouch wrapping group in a first angular position, and alternatively, in said second unloading configuration with said pouch wrapping group in a second angular position, and a second configuration in which they release said pouch wrapping group to form a stack of pouch wrapping group; said stack of pouch wrapping group being made with pouch wrapping groups stacked vertically together in the first angular position and in the second angular position in an alternating manner.
A polymer containing a silphenylene structure and a polyether structure in the backbone, and having an epoxy group and/or phenolic hydroxyl group.
A method for the deployment planning and coordination of a vehicle fleet which consists of a plurality of agricultural working vehicles , by which different agricultural working procedures are carried out on a field substantially concurrently or at different times, wherein, for carrying out at least one of the agricultural working procedures, the working vehicles have at least one working assembly which is a component of the working vehicle and/or is adapted to the working vehicles , wherein at least one working vehicle of the vehicle fleet is operated autonomously, wherein the deployment planning on the field is carried out by means of a database-based management system wherein, when carrying out planning of an agricultural working procedure respectively comprising a sequence of working steps, the autonomous working vehicles which are available to the vehicle fleet to be coordinated are integrated, whereby at least one autonomous working vehicle is associated with each working step of the agricultural working procedure, wherein specific deployment parameters are transmitted by the management system in order to carry out the working step associated with the autonomous working vehicle , through which the at least one autonomous working vehicle is instructed to carry out the associated working step, characterized in that operational parameters for the at least one integrated or adapted working assembly of the autonomous working vehicle are specified and transmitted by the management system as a function of the agricultural working procedure to be carried out by the at least one autonomous working vehicle .
A power module , the power module comprising a power device , a baseplate , a circuit carrier , and a flat stacked aluminium electrolytic snubber capacitor , the stacked aluminium electrolytic snubber capacitor comprising - a layered structure, comprising - a cathode layer , - a separator layer , comprising paper and an electrolyte and - an anode layer , comprising an aluminium material with an aluminium oxide dielectric wherein the circuit carrier is mounted on the baseplate , the power device and the snubber capacitor are placed on the circuit carrier within the power module and electrically connected to the circuit carrier by one or more electrically conductive line(s) and pad(s), such that the circuit carrier is configured for providing an electrical connection between the power device and the snubber capacitor . - a layered structure, comprising - a cathode layer , - a separator layer , comprising paper and an electrolyte and - an anode layer , comprising an aluminium material with an aluminium oxide dielectric - a cathode layer , - a separator layer , comprising paper and an electrolyte and - an anode layer , comprising an aluminium material with an aluminium oxide dielectric
Method for manufacturing a film on a support having a surface presenting at least a recessed or relief pattern, comprising: - the supply of a donor substrate having a surface presenting at least a recessed or relief pattern formed by a plurality of pads laid out on the surface of a wafer , - the formation of an embrittlement zone in each pad so as to delimit a respective film to transfer, - the formation of the support by deposition on the surface of all said pads , - the detachment of the donor substrate along the embrittlement zone , so as to transfer each respective film onto the support . - the supply of a donor substrate having a surface presenting at least a recessed or relief pattern formed by a plurality of pads laid out on the surface of a wafer , - the formation of an embrittlement zone in each pad so as to delimit a respective film to transfer, - the formation of the support by deposition on the surface of all said pads , - the detachment of the donor substrate along the embrittlement zone , so as to transfer each respective film onto the support .
Method for operating an electronic vapor generation device for generation of consumable vapor , the electronic vapor generation device comprising a holder and an exchangeable consumable cartridge , which can be attached to and detached from the holder , wherein the holder comprises a holder controller for controlling the electronic vapor generation device , wherein the consumable cartridge comprises a consumable and a heater for heating the consumable for generation of the consumable vapor , wherein an electric interface between the holder and the consumable cartridge is provided for transferring electric energy from the holder to the cartridge for supplying the heater with electric energy, wherein the consumable cartridge comprises a cartridge controller which is connected to the electric interface and information is communicated via the electric interface between the cartridge controller and the holder controller , wherein the electric interface comprises a cartridge side with at least one contact and a holder side with at least one corresponding contact , which are electrically connected to each other when the cartridge is attached to the holder and which form a contact pair , characterized in that over at least one contact pair energy for the heater is supplied as well as the information is communicated at least partly, preferably, that two contact pairs are provided and energy for the heater is supplied as well as the information is communicated at least partly via both contact pairs . the electronic vapor generation device comprising a holder and an exchangeable consumable cartridge , which can be attached to and detached from the holder , wherein the holder comprises a holder controller for controlling the electronic vapor generation device , wherein the consumable cartridge comprises a consumable and a heater for heating the consumable for generation of the consumable vapor , wherein an electric interface between the holder and the consumable cartridge is provided for transferring electric energy from the holder to the cartridge for supplying the heater with electric energy, wherein the consumable cartridge comprises a cartridge controller which is connected to the electric interface and information is communicated via the electric interface between the cartridge controller and the holder controller , wherein the electric interface comprises a cartridge side with at least one contact and a holder side with at least one corresponding contact , which are electrically connected to each other when the cartridge is attached to the holder and which form a contact pair , characterized in that over at least one contact pair energy for the heater is supplied as well as the information is communicated at least partly, preferably, that two contact pairs are provided and energy for the heater is supplied as well as the information is communicated at least partly via both contact pairs .
A laundry treating appliance for treating laundry, comprising: a housing having an access opening ; a treating chamber provided in the housing for receiving the laundry via the access opening for treatment according to a cycle of operation; a cover moveably mounted to the housing to selectively close the access opening ; a lock mechanism moveable between an unlocked position and a locked position where the lock mechanism is configured to secure the cover closed over the access opening ; a controller having a memory in which is stored a set of executable instructions comprising the cycle of operation, the controller operably coupled to the locking mechanism ; and a user interface operably coupled with the controller and configured to provide an input and output function for the controller ; wherein the controller is configured to begin the cycle of operation, and configured to determine when a garment can be added to the treating chamber during the cycle of operation, characterized in that the user interface has a touchscreen and in that the controller is further configured to provide an add garment button on the touchscreen when it is determined the garment can be added, configured to determine selection of the add garment button , and configured to pause the cycle and move the lock mechanism to the unlocked position when it is determined the add garment button has been selected. a housing having an access opening ; a treating chamber provided in the housing for receiving the laundry via the access opening for treatment according to a cycle of operation; a cover moveably mounted to the housing to selectively close the access opening ; a lock mechanism moveable between an unlocked position and a locked position where the lock mechanism is configured to secure the cover closed over the access opening ; a controller having a memory in which is stored a set of executable instructions comprising the cycle of operation, the controller operably coupled to the locking mechanism ; and a user interface operably coupled with the controller and configured to provide an input and output function for the controller ; wherein the controller is configured to begin the cycle of operation, and configured to determine when a garment can be added to the treating chamber during the cycle of operation, characterized in that the user interface has a touchscreen and in that the controller is further configured to provide an add garment button on the touchscreen when it is determined the garment can be added, configured to determine selection of the add garment button , and configured to pause the cycle and move the lock mechanism to the unlocked position when it is determined the add garment button has been selected.
Method for detecting a security thread (SF) in a value document , wherein magnetic data for locations on the value document are used that represent a magnetic property of the value document at the location, check locations on the value document are defined using the locations, a set of cells is provided that represent a division of at least one predefined part of a parameter space for straight line parameters into cells, each of the cells being assigned a cell sum that is initially set to an identical initial value for all the cells (S23 22-25), for the check locations respectively cells of the set are ascertained within which lie respectively straight line parameters of a straight line extending through the respective check location, and a cell sum for the respective cell is increased by an increment value, and the cell with the highest cell sum is sought and a straight line given by straight line parameters assigned to the cell is ascertained as the position of the security thread (SF). magnetic data for locations on the value document are used that represent a magnetic property of the value document at the location, check locations on the value document are defined using the locations, a set of cells is provided that represent a division of at least one predefined part of a parameter space for straight line parameters into cells, each of the cells being assigned a cell sum that is initially set to an identical initial value for all the cells (S23 22-25), for the check locations respectively cells of the set are ascertained within which lie respectively straight line parameters of a straight line extending through the respective check location, and a cell sum for the respective cell is increased by an increment value, and the cell with the highest cell sum is sought and a straight line given by straight line parameters assigned to the cell is ascertained as the position of the security thread (SF).
A sheet feeding device comprising: a housing ; a sheet stacker included in the housing , the sheet stacker being configured to stack a sheet; a stacker elevator configured to elevate the sheet stacker ; an extension sheet stacker attached to the sheet stacker , the extension sheet stacker being configured to extend outward from the housing ; and a support configured to support the extension sheet stacker , characterised in that the sheet feeding device further comprises a rotary member disposed at a contact portion at which the support contacts the housing , and the support having an inclined portion configured to diagonally extend in a sheet conveyance direction, to the housing from a position upstream from a center of the extension sheet stacker in the sheet conveyance direction, when viewed from a width direction of the sheet. a housing ; a sheet stacker included in the housing , the sheet stacker being configured to stack a sheet; a stacker elevator configured to elevate the sheet stacker ; an extension sheet stacker attached to the sheet stacker , the extension sheet stacker being configured to extend outward from the housing ; and a support configured to support the extension sheet stacker , characterised in that the sheet feeding device further comprises a rotary member disposed at a contact portion at which the support contacts the housing , and the support having an inclined portion configured to diagonally extend in a sheet conveyance direction, to the housing from a position upstream from a center of the extension sheet stacker in the sheet conveyance direction, when viewed from a width direction of the sheet.