mhurhangee/patent-ind-claim-en huggingface dataset:
Interface apparatus for releasably fastening a primary part of a linear motor to a carriage , the interface apparatus comprising: - an attachment portion for attaching the primary part of the linear motor to the interface apparatus ; - at least one insertion portion which is configured for insertion into a receiving portion of the carriage along an axial direction (Rx) of the linear motor , and - at least one blocking apparatus for releasably blocking the insertion portion in the receiving portion of the carriage , the blocking apparatus being configured to block the insertion portion by way of jamming in the receiving portion of the carriage , wherein - the blocking apparatus comprises at least one wedge and at least one screw which are arranged movably in relation to the interface apparatus in such a way that the wedge can be moved in relation to the interface apparatus by way of actuation of the screw , characterized in that the wedge can be moved parallel to the axial direction (Rx) by way of actuation of the screw and is configured to bring about jamming of the insertion portion in a second direction (Rz) which is different from the axial direction (Rx). - an attachment portion for attaching the primary part of the linear motor to the interface apparatus ; - at least one insertion portion which is configured for insertion into a receiving portion of the carriage along an axial direction (Rx) of the linear motor , and - at least one blocking apparatus for releasably blocking the insertion portion in the receiving portion of the carriage , the blocking apparatus being configured to block the insertion portion by way of jamming in the receiving portion of the carriage , wherein - the blocking apparatus comprises at least one wedge and at least one screw which are arranged movably in relation to the interface apparatus in such a way that the wedge can be moved in relation to the interface apparatus by way of actuation of the screw ,
A method for composing a message at a higher layer of a communications protocol stack, the communications protocol stack comprising the higher layer and one or more lower layers being below the higher layer in the protocol stack, the method comprising receiving information related to a dropped previous message from a lower layer; evaluating a relevancy of a content of the dropped previous message to obtain relevant content, wherein the evaluating comprises determining outdated content and still valid content of the dropped previous message to obtain the relevant content; and composing the message based on the relevant content of the dropped previous message by including the still valid content into the message, wherein the composing comprises including other content into the message, wherein the other content is not part of the dropped previous message.
Device for manipulating an object , wherein the object can be moved in a contactless manner on a drive surface by at least one mover which is magnetically coupled to a stator assembly , wherein the drive surface is designed as a tight boundary, in particular as a boundary wall , of a protected interior space , wherein a coupling region of the stator assembly is produced from a magnetically neutral separating layer and wherein at least one process station is located in a fixedly mounted manner or on the mover in the protected interior space .
A boost converter control method for boosting a voltage input from a power supply and for supplying a boosted voltage to a motor generator connected to a load-side , wherein the control method comprises: - calculating a required electric power by multiplying a torque command for the motor generator by a rotation speed of the motor generator , - calculating a lower limit voltage value at which the output voltage of the boost converter does not oscillate on the basis of the required electric power, - setting a target output voltage of the boost converter to a value equal to or higher than the lower limit voltage value, and - controlling the boost converter so as to output a voltage according to the target output voltage. - calculating a required electric power by multiplying a torque command for the motor generator by a rotation speed of the motor generator , - calculating a lower limit voltage value at which the output voltage of the boost converter does not oscillate on the basis of the required electric power, - setting a target output voltage of the boost converter to a value equal to or higher than the lower limit voltage value, and - controlling the boost converter so as to output a voltage according to the target output voltage.
A tent system comprising a fly sheet and an inner tent , wherein said system further comprises at least one guy element for securing said fly sheet to said inner tent, wherein said guy element is for interconnecting said fly sheet and said inner tent and is adapted to be connected to said inner tent at a first point of connection and said fly sheet at a second point of connection, characterised in that said guy element comprises between said first and second point of connection; - a stretchable flexible rubber ring for providing flexibility to said guy element and - a stretch-limiting element for limiting the amount of possible stretching of said stretchable flexible rubber ring, wherein said stretch-limiting element is connected through a knot to said stretchable flexible rubber ring at a first stretch point and a second stretch point , respectively, and wherein a length of said stretch-limiting element between said first and second stretch points is longer than the stretchable flexible rubber ring in its un-stretched state, and short enough to limit the extent of possible stretching of said stretchable flexible rubber ring and wherein the distance between said first and second stretch point is significantly shorter than the distance between said first and second point of connection. - a stretchable flexible rubber ring for providing flexibility to said guy element and - a stretch-limiting element for limiting the amount of possible stretching of said stretchable flexible rubber ring,
Device for filling pressurized-gas tanks comprising a distributor intended to supply a tank with pressurized gas from a source of fluid, the device comprising a refrigeration system for cooling the flow of gas in the distributor , the refrigeration system comprising a circuit of heat-transfer fluid, such as brine, and a heat exchanger ensuring an exchange of heat between the heat-transfer fluid and the flow of gas in the distributor , the circuit of heat-transfer fluid comprising, arranged in series in a loop, a member for circulating the heat-transfer fluid in the circuit and at least one evaporator ensuring a thermal exchange between the heat-transfer fluid and a source of cold, characterized in that the circuit comprises a reserve of heat-transfer fluid, a bypass portion and a set of one or more bypass valves allowing all or some of the heat-transfer fluid to avoid passing through the heat exchanger of the distributor in order to cool the heat-transfer fluid in the reserve and to accumulate cold energy therein independently of the need for cold energy in the distributor .
A game controller comprising: a spherical housing ; a vibrating section inside the spherical housing and configured to generate a vibration to vibrate the spherical housing; an inertia sensor at a position inside the spherical housing such that a distance from a center of the spherical housing to the inertial sensor is shorter than a distance from the center of the spherical housing to the vibrating section; an operation section having an operation surface that is capable of being depressed, wherein the operation surface is at the spherical housing on an opposite side from the vibrating section with respect to the center of the spherical housing; and a transmission section transmitting, to outside, information regarding an operation on the operation section and information output from the inertia sensor. a spherical housing ; a vibrating section inside the spherical housing and configured to generate a vibration to vibrate the spherical housing; an inertia sensor at a position inside the spherical housing such that a distance from a center of the spherical housing to the inertial sensor is shorter than a distance from the center of the spherical housing to the vibrating section; an operation section having an operation surface that is capable of being depressed, wherein the operation surface is at the spherical housing on an opposite side from the vibrating section with respect to the center of the spherical housing; and a transmission section transmitting, to outside, information regarding an operation on the operation section and information output from the inertia sensor.
Method for processing a print job according to print job specifications by means of production steps on a printing system , the printing system comprising a plurality of production modules and a user interface , each production module performing a production step in order to deliver a resulting product of the production step, the resulting product being a cut sheet resulting product, the method comprises the steps of a) performing a production step by means of a production module of the plurality of production modules delivering the resulting product, b) establishing a real-life perspective image of the resulting product taking into account the print job specifications, and c) displaying the real-life perspective image on the user interface , wherein the real-life perspective image of the cut sheet resulting product comprises an image in perspective representing a stack of cut sheets having a height , a width and a length , wherein the size of the height , the width and the length are in accordance with the job specifications comprising a format of the print job, a weight and/or thickness of a media, and a number of sheets of the print job. a) performing a production step by means of a production module of the plurality of production modules delivering the resulting product, b) establishing a real-life perspective image of the resulting product taking into account the print job specifications, and c) displaying the real-life perspective image on the user interface ,
A method of operating an access system having at least one gate and at least one first near-field transmitting device associated with the gate , comprising: - transmitting, by the first near-field transmitting device, at least one first signal comprising at least a first transmitter identifier of the first transmitting device , - wherein the first signal is configured to cause, on a mobile terminal , a generation of an access data set having at least one key corresponding to the received first transmitter identifier and an access identifier stored on the mobile terminal , - wherein the mobile terminal comprises a code generation unit , wherein the mobile terminal receives the first signal and processes it such that the access data set is generated locally, - wherein the key is identical to the received first transmitter identifier, - receiving the access data set from the mobile terminal by an interface unit of the gate , - checking the access authorization at least by comparing the received key with the at least one provided first transmitter identifier in a first checking step, and - releasing an access through the gate , at least depending on the first check result, - wherein receiving the access data set from the mobile terminal by the interface unit of the gate comprises reading, by the interface unit of the gate , a barcode and/or QR code displayed by the mobile terminal . - transmitting, by the first near-field transmitting device, at least one first signal comprising at least a first transmitter identifier of the first transmitting device , - wherein the first signal is configured to cause, on a mobile terminal , a generation of an access data set having at least one key corresponding to the received first transmitter identifier and an access identifier stored on the mobile terminal , - wherein the mobile terminal comprises a code generation unit , wherein the mobile terminal receives the first signal and processes it such that the access data set is generated locally, - wherein the key is identical to the received first transmitter identifier, - receiving the access data set from the mobile terminal by an interface unit of the gate , - checking the access authorization at least by comparing the received key with the at least one provided first transmitter identifier in a first checking step, and - releasing an access through the gate , at least depending on the first check result, - wherein receiving the access data set from the mobile terminal by the interface unit of the gate comprises reading, by the interface unit of the gate , a barcode and/or QR code displayed by the mobile terminal .
A refrigeration system comprising: multiple containers joined together to form a storage, the multiple containers each including a refrigeration apparatus , wherein the refrigeration apparatuses of the containers each include a control unit and a communication unit , the communication units of the refrigeration apparatuses of the containers are configured so that the refrigeration apparatuses of the containers connect and communicate with each other, the control unit of one of the refrigeration apparatuses of the containers is set to a main control unit, the control unit of a remaining one of the refrigeration apparatuses is set to a slave control unit, the communication units in the refrigeration apparatuses of the containers allow the main control unit and the slave control unit to communicate with each other, characterized in that the containers when joined together define a single accommodation space S, and in that when a defrosting operation is performed, the main control unit sends time information of a clock to the slave control unit and causes the refrigeration apparatuses of the containers to operate in synchronization with each other based on the time information of the clock . multiple containers joined together to form a storage, the multiple containers each including a refrigeration apparatus , wherein the refrigeration apparatuses of the containers each include a control unit and a communication unit , the communication units of the refrigeration apparatuses of the containers are configured so that the refrigeration apparatuses of the containers connect and communicate with each other, the control unit of one of the refrigeration apparatuses of the containers is set to a main control unit, the control unit of a remaining one of the refrigeration apparatuses is set to a slave control unit, the communication units in the refrigeration apparatuses of the containers allow the main control unit and the slave control unit to communicate with each other, characterized in that the containers when joined together define a single accommodation space S, and in that when a defrosting operation is performed, the main control unit sends time information of a clock to the slave control unit and causes the refrigeration apparatuses of the containers to operate in synchronization with each other based on the time information of the clock .
An electrode apparatus for delivering TTFields, configured for affixation to a patient's skin, the apparatus comprising: a flex circuit having a trunk region (108; 108a-g) that extends in a longitudinal direction and a plurality of branches (106a-e; 106a-d) that extend laterally from the trunk region (108; 108a-g), each of the branches (106a-e; 106a-d) having a free distal end and a proximal end that is connected to the trunk region (108; 108a-g), with a plurality of the branches (106a-e; 106a-d) extending on at least one lateral side of the trunk region (108; 108a-g), and the flex circuit having an inner, skin-facing side and an outer side; a plurality of electrode elements disposed on the inner side of the flex circuit along the branches (106a-e; 106a-d) of the flex circuit , each of the electrode elements having a conductive plate that is connected to the flex circuit in an electrically-conducting manner and a dielectric layer positioned to face the skin of the patient; a skin-level adhesive layer disposed on the inner side of the flex circuit ; and a top, covering layer disposed on the outer side of the flex circuit , the covering layer being sized to cover the branches (106a-e; 106a-d) of the flex circuit and overlap spaces between the branches (106a-e; 106a-d) of the flex circuit , the covering layer having adhesive on a skin-facing side thereof; characterized in that : the adhesive on the skin-facing side of the covering layer provides means by which the covering layer can be adhered to the patient's skin through the spaces between the branches (106a-e; 106a-d) of the flex circuit . a flex circuit having a trunk region (108; 108a-g) that extends in a longitudinal direction and a plurality of branches (106a-e; 106a-d) that extend laterally from the trunk region (108; 108a-g), each of the branches (106a-e; 106a-d) having a free distal end and a proximal end that is connected to the trunk region (108; 108a-g), with a plurality of the branches (106a-e; 106a-d) extending on at least one lateral side of the trunk region (108; 108a-g), and the flex circuit having an inner, skin-facing side and an outer side; a plurality of electrode elements disposed on the inner side of the flex circuit along the branches (106a-e; 106a-d) of the flex circuit , each of the electrode elements having a conductive plate that is connected to the flex circuit in an electrically-conducting manner and a dielectric layer positioned to face the skin of the patient; a skin-level adhesive layer disposed on the inner side of the flex circuit ; and a top, covering layer disposed on the outer side of the flex circuit , the covering layer being sized to cover the branches (106a-e; 106a-d) of the flex circuit and overlap spaces between the branches (106a-e; 106a-d) of the flex circuit , the covering layer having adhesive on a skin-facing side thereof; characterized in that : the adhesive on the skin-facing side of the covering layer provides means by which the covering layer can be adhered to the patient's skin through the spaces between the branches (106a-e; 106a-d) of the flex circuit .
A projection display comprising an imaging system that is implemented to generate individual images in a distribution of sub-areas of an imaging plane of the imaging system ; and multi-channel optics that is configured to map one allocated sub-area of the imaging system each per channel, such that the mapping of the individual images is superimposed to an overall image in a projection surface, wherein the projection surface is a non-planar free-form surface or tilted with respect to the imaging plane, and the imaging system is implemented such that constellations of points in the individual images, each superimposed in a respective common point in the overall image by the multi-channel optics , differ depending on what distance the respective common point in the overall image has to the multi-channel optics , wherein the projection display is implemented so that the number of contributing channels per constellation superimposed in a respective common point in the overall image varies by omitting contributions from channels remote from the axis. an imaging system that is implemented to generate individual images in a distribution of sub-areas of an imaging plane of the imaging system ; and multi-channel optics that is configured to map one allocated sub-area of the imaging system each per channel, such that the mapping of the individual images is superimposed to an overall image in a projection surface, wherein the projection surface is a non-planar free-form surface or tilted with respect to the imaging plane, and the imaging system is implemented such that constellations of points in the individual images, each superimposed in a respective common point in the overall image by the multi-channel optics , differ depending on what distance the respective common point in the overall image has to the multi-channel optics , wherein the projection display is implemented so that the number of contributing channels per constellation superimposed in a respective common point in the overall image varies by omitting contributions from channels remote from the axis.
A method for controlling operation of an autonomous working machine through a gate opening formed through a property barrier , the gate opening selectively blocked by a gate , the method comprising: approaching a first side of the gate with the working machine, the working machine comprising: a machine controller adapted to autonomously control navigation of the working machine as the working machine traverses a property containing the property barrier; and one or more cameras carried by the working machine and in communication with the machine controller; wirelessly transmitting a gate open signal from the machine controller to a gate controller associated with the gate; commanding, via the gate controller, an actuator connected to the gate to move the gate from a closed position, wherein passage of the working machine through the gate opening of the property barrier is blocked, to an open position, wherein passage of the working machine through the gate opening of the property barrier is permitted; monitoring an area adjacent to the gate with the one or more cameras; detecting an unknown object within the area adjacent to the gate using the one or more cameras and machine controller; delaying movement of the gate to the open position based upon a detected presence of the unknown object; and autonomously propelling the working machine through the gate opening under control of the machine controller. approaching a first side of the gate with the working machine, the working machine comprising: a machine controller adapted to autonomously control navigation of the working machine as the working machine traverses a property containing the property barrier; and one or more cameras carried by the working machine and in communication with the machine controller; a machine controller adapted to autonomously control navigation of the working machine as the working machine traverses a property containing the property barrier; and one or more cameras carried by the working machine and in communication with the machine controller; wirelessly transmitting a gate open signal from the machine controller to a gate controller associated with the gate; commanding, via the gate controller, an actuator connected to the gate to move the gate from a closed position, wherein passage of the working machine through the gate opening of the property barrier is blocked, to an open position, wherein passage of the working machine through the gate opening of the property barrier is permitted; monitoring an area adjacent to the gate with the one or more cameras; detecting an unknown object within the area adjacent to the gate using the one or more cameras and machine controller; delaying movement of the gate to the open position based upon a detected presence of the unknown object; and autonomously propelling the working machine through the gate opening under control of the machine controller.