mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle structural component composed of fibre-reinforced plastic, comprising: - a matrix composed of thermosetting or thermoplastic material, - reinforcing fibres which are arranged in the matrix, characterized in that at least one local projection composed of pure matrix material is provided, wherein no reinforcing fibres are arranged in the projection and wherein the projection functions as an orienting element for orienting the vehicle structural component on another vehicle structural component , wherein the projection is located on a first side of the component , and an indentation is located on a second side of the vehicle structural component , said second side being arranged so as to lie opposite the first side, wherein the indentation extends from the second side into the projection . - a matrix composed of thermosetting or thermoplastic material, - reinforcing fibres which are arranged in the matrix,
An insertion mechanism for a drug pump , comprising: an insertion mechanism housing ; a base ; a sterile boot ; an insertion biasing member ; a manifold guide including an upper chamber and a lower chamber separated by a manifold guide ring ; a cannula ; and a manifold , the cannula and the manifold residing in the lower chamber of the manifold guide , the insertion biasing member configured to decompress upon activation and bear against the manifold guide ring , causing axial translation of the manifold guide , manifold , and cannula in the distal direction, the sterile boot being a collapsible or compressible sterile membrane in fixed engagement at a proximal end with the manifold and at a distal end with the base . an insertion mechanism housing ; a base ; a sterile boot ; an insertion biasing member ; a manifold guide including an upper chamber and a lower chamber separated by a manifold guide ring ; a cannula ; and a manifold , the cannula and the manifold residing in the lower chamber of the manifold guide , the insertion biasing member configured to decompress upon activation and bear against the manifold guide ring , causing axial translation of the manifold guide , manifold , and cannula in the distal direction, the sterile boot being a collapsible or compressible sterile membrane in fixed engagement at a proximal end with the manifold and at a distal end with the base .
A door assembly including a vertically moving door to permit and prohibit access through an opening which has a top , a bottom defined by a floor , and at least two sides , the door assembly comprising: a door body having upper and lower portions , and being mounted proximate the opening such that the lower portion is proximate the floor when the door body is in a closed position; a protective body configured in connection with the door body , the protective body having at least one debris collecting surface and opposing ends , the protective body being configured such that debris collected on the debris collecting surface will be urged toward one of the opposing ends, characterized in that the protective body is moveable between a first position under at least a portion of the door body lower portion when the door body is in at least a partially open position and a second storage position; and in that the door assembly further comprises an actuator for moving the protective body between the first position and the second position. a door body having upper and lower portions , and being mounted proximate the opening such that the lower portion is proximate the floor when the door body is in a closed position; a protective body configured in connection with the door body , the protective body having at least one debris collecting surface and opposing ends , the protective body being configured such that debris collected on the debris collecting surface will be urged toward one of the opposing ends, characterized in that the protective body is moveable between a first position under at least a portion of the door body lower portion when the door body is in at least a partially open position and a second storage position; and in that the door assembly further comprises an actuator for moving the protective body between the first position and the second position.
A dryer comprising a body ; a tub disposed inside the body and wherein the items to be dried are placed; an air duct that is situated on the body and wherein the circulation of the process air (PA) that provides drying is realized; an opening that is situated on the body and that provides loading/unloading from the tub ; a frame that surrounds the opening , a housing that is disposed on the frame surface that faces the opening and that extends into the air duct and a lint filter placed inside the housing and separates the lint in the process air (PA), a fragrance source that is placed into the housing separately from the lint filter , wherein the fragrance source is placed into the housing so as to remain behind the lint filter in the flow direction of the process air (PA), characterized by the housing , the cross-sectional area of which narrows from the upper surface of the frame towards the air duct .
A positioning method, wherein the method is performed by a mobility management network element, and the method comprises: sending a first message to a location management network element when learning that a terminal device, on which positioning measurement is performed, needs to be handed over from a first access network device to a second access network device, wherein the first message indicates to suspend positioning measurement on the terminal device; and sending a second message to the location management network element when learning that the terminal device has been handed over to the second access network device, so as to enable the location management network element to send a first positioning request for requesting to perform positioning measurement on the terminal device, wherein the method further comprises: sending a third message to a gateway mobile location center when learning that the terminal device needs to be handed over from the first access network device to the second access network device, wherein the third message enables the gateway mobile location center to stop a timer for waiting for a location response message, enables the gateway mobile location center to send a message requesting a location service client to defer returning location information, and enables the gateway mobile location center to enter a state of asynchronously waiting for the location information. sending a first message to a location management network element when learning that a terminal device, on which positioning measurement is performed, needs to be handed over from a first access network device to a second access network device, wherein the first message indicates to suspend positioning measurement on the terminal device; and sending a second message to the location management network element when learning that the terminal device has been handed over to the second access network device, so as to enable the location management network element to send a first positioning request for requesting to perform positioning measurement on the terminal device, wherein the method further comprises: sending a third message to a gateway mobile location center when learning that the terminal device needs to be handed over from the first access network device to the second access network device, wherein the third message enables the gateway mobile location center to stop a timer for waiting for a location response message, enables the gateway mobile location center to send a message requesting a location service client to defer returning location information, and enables the gateway mobile location center to enter a state of asynchronously waiting for the location information.
Connecting system for connecting a manually propelled wheelchair to a scooter provided with at least one motorised wheel , the system comprises: - a first fixing interface adapted to clamp an external peripheral surface of a first tubular part of the wheelchair ; - a second fixing interface adapted to clamp an external peripheral surface of a second tubular part of the wheelchair; - a detachable structure provided with at least one crossbar ; the connecting system being arranged to selectively adopt: - a connecting configuration, wherein the detachable structure is assembled to the first and second fixing interfaces to be able to transmit forces between the crossbar and these first and second fixing interfaces ; and - a release configuration, wherein the detachable structure is detached with respect to each of said first and second fixing interfaces , characterised in that the detachable structure comprises first and second side rods , the detachable structure being articulated to be deformable between a deployed shape and a folded shape, - in its deployed shape, the detachable structure is U-shaped; - in its folded shape, on the one hand, the first side rod has a longitudinal axis extending mainly to the greatest proximity of the longitudinal axis (A-A) of the crossbar than in the deployed shape of the detachable structure, and on the other hand, the second side rod has a longitudinal axis extending mainly to the greatest proximity of the longitudinal axis (A-A) of the crossbar than in the deployed shape of the detachable structure. - a first fixing interface adapted to clamp an external peripheral surface of a first tubular part of the wheelchair ; - a second fixing interface adapted to clamp an external peripheral surface of a second tubular part of the wheelchair; - a detachable structure provided with at least one crossbar ; - a connecting configuration, wherein the detachable structure is assembled to the first and second fixing interfaces to be able to transmit forces between the crossbar and these first and second fixing interfaces ; and - a release configuration, wherein the detachable structure is detached with respect to each of said first and second fixing interfaces , characterised in that the detachable structure comprises first and second side rods , the detachable structure being articulated to be deformable between a deployed shape and a folded shape, - in its deployed shape, the detachable structure is U-shaped; - in its folded shape, on the one hand, the first side rod has a longitudinal axis extending mainly to the greatest proximity of the longitudinal axis (A-A) of the crossbar than in the deployed shape of the detachable structure, and on the other hand, the second side rod has a longitudinal axis extending mainly to the greatest proximity of the longitudinal axis (A-A) of the crossbar than in the deployed shape of the detachable structure.
An insulation impedance detection method, applicable to an inverter , wherein an input terminal of the inverter is connected to a photovoltaic unit , the photovoltaic unit has a direct current grounding insulation impedance (Z 1 ), an output terminal of the inverter is connected to a power supply/consumption device by using an alternating current cable (L 3 ), the alternating current cable (L 3 ) has an alternating current grounding insulation impedance (Z 2 ), and the method comprises: obtaining , by the inverter , an impedance value of a direct current grounding insulation impedance (Z 1 ) of the photovoltaic unit ; injecting , by the inverter , a first common-mode voltage (U gm1 ) into the alternating current cable (L 3 ), wherein the first common-mode voltage (U gm1 ) is equal to a sum of the voltage on the alternating current grounding insulation impedance (Z 2 ) and the voltage on the direct current grounding insulation impedance (Z 1 ); determining , by the inverter , a second common-mode voltage (U gm2 ) on the alternating current grounding insulation impedance (Z 2 ); and obtaining , by the inverter , an impedance value of the alternating current grounding insulation impedanc (Z 2 ) based on the first common-mode voltage (U gm1 ), the second common-mode voltage (U gm2 ), and an impedance value of the direct current grounding insulation impedance (Z 1 ). obtaining , by the inverter , an impedance value of a direct current grounding insulation impedance (Z 1 ) of the photovoltaic unit ; injecting , by the inverter , a first common-mode voltage (U gm1 ) into the alternating current cable (L 3 ), wherein the first common-mode voltage (U gm1 ) is equal to a sum of the voltage on the alternating current grounding insulation impedance (Z 2 ) and the voltage on the direct current grounding insulation impedance (Z 1 ); determining , by the inverter , a second common-mode voltage (U gm2 ) on the alternating current grounding insulation impedance (Z 2 ); and obtaining , by the inverter , an impedance value of the alternating current grounding insulation impedanc (Z 2 ) based on the first common-mode voltage (U gm1 ), the second common-mode voltage (U gm2 ), and an impedance value of the direct current grounding insulation impedance (Z 1 ).
A parking control method for causing a control device of a vehicle (V1) to execute a first control instruction on a basis of an operation command acquired from an operator (M), the first control instruction being for moving the vehicle (V1) along a first route to a target parking space, the parking control method being characterized by comprising: when there is a change in a parking environmental factor of the vehicle (V1) detected after start of execution of the first control instruction with respect to the parking environmental factor of the vehicle (V1) detected after a start of a parking control process and prior to the start of execution of the first control instruction, suspending or canceling execution of the first control instruction before the vehicle (V1) reaches the target parking space; and making an inquiry to the operator (M) as to whether or not it is necessary to execute a second control instruction for moving the vehicle (V1) so that the vehicle (V1) leaves from the target parking space to a further extent than a state when the first control instruction is suspended or canceled. when there is a change in a parking environmental factor of the vehicle (V1) detected after start of execution of the first control instruction with respect to the parking environmental factor of the vehicle (V1) detected after a start of a parking control process and prior to the start of execution of the first control instruction, suspending or canceling execution of the first control instruction before the vehicle (V1) reaches the target parking space; and making an inquiry to the operator (M) as to whether or not it is necessary to execute a second control instruction for moving the vehicle (V1) so that the vehicle (V1) leaves from the target parking space to a further extent than a state when the first control instruction is suspended or canceled.
A receiving device, wherein the receiving device comprises a processor and a receiver; the processor is configured to determine a first resource map of a reference signal supporting Z antenna ports, wherein the first resource map comprises a location at which the reference signal supporting Z antenna ports is mapped to a time-frequency resource; and the processor is further configured to receive, based on the first resource map by using the receiver, the reference signal supporting Z antenna ports from a target time-frequency resource, wherein the first resource map is repeated in time domain and/or frequency domain in a repetition unit of K resource units, the K resource units are K consecutive resource units in time domain or K consecutive resource units in frequency domain in a reference signal resource set, a time-frequency resource that is used to transmit the reference signal is configured for the reference signal resource set, each of the K resource units is corresponding to a second resource map of a reference signal supporting P antenna ports, the P antenna ports corresponding to the second resource map for every two adjacent resource units comprise G same antenna ports and H different antenna ports, the P antenna ports are a subset of the Z antenna ports corresponding to the first resource map, and P<Z.
A joint arrangement , comprising a hollow cylindrical receiving cylinder that extends in a cylinder axis direction (Z) and is designed to receive one end of a chair column of an active-dynamic wobble chair, the latter being movably mounted in a substantially hollow cylindrical outer joint shell that is composed of two or more parts made up of joint shell segments , the movable mounting of the receiving cylinder being achieved by means of deformable elastic elements that are arranged in a bearing gap between respectively an outer wall portion of the receiving cylinder and an inner wall portion of the joint shell and the receiving cylinder can be actuated in a force-dependent manner, which changes the shape and/or position of the elastic elements as a result of a change, preferably a reduction, in the clearance of the bearing gap as viewed in a radial direction (Rs) when the receiving cylinder is actuated in a cylinder axis direction (Z).
A control device for controlling a switch in a charging line disposed between a first power line and a second power line in a power distribution architecture , the device comprising: a current level input for receiving a current measurement of the current conducted through the charging line ; a voltage level input for receiving a voltage measurement of the voltage applied on the charging line ; a monitor for monitoring the relationship between the current and voltage measurements and for generating a control signal for controlling the switch in response to a coherent change in the current and voltage measurements exceeding a threshold, and for not generating a control signal when a change in one of the current and voltage measurements exceeding a threshold is not associated with a coherent change in the other of the current and voltage measurements, and wherein at least one of the current level input, the voltage level input, and the monitor comprises a Cauer filter . a current level input for receiving a current measurement of the current conducted through the charging line ; a voltage level input for receiving a voltage measurement of the voltage applied on the charging line ; a monitor for monitoring the relationship between the current and voltage measurements and for generating a control signal for controlling the switch in response to a coherent change in the current and voltage measurements exceeding a threshold, and for not generating a control signal when a change in one of the current and voltage measurements exceeding a threshold is not associated with a coherent change in the other of the current and voltage measurements, and wherein at least one of the current level input, the voltage level input, and the monitor comprises a Cauer filter .
A method for collecting a particle in a fluid sample, the method comprising: detecting a first presence of the particle in a first aliquot of the sample, wherein the aliquot comprises a plurality of particles including the particle, and wherein the particles occupy a three-dimensional space and are distributed randomly within the three-dimensional space; upon detecting the presence of the particle in the first aliquot, directing a flow of the first aliquot to a first volume to form a first isolated sample; dispersing the first isolated sample to form a dispersed sample, wherein dispersing the first isolated sample comprises flow stretching of the first collected sample and leads to an overall lengthening of the first isolated sample containing the particle; and subjecting the dispersed sample to a separation procedure. detecting a first presence of the particle in a first aliquot of the sample, wherein the aliquot comprises a plurality of particles including the particle, and wherein the particles occupy a three-dimensional space and are distributed randomly within the three-dimensional space; upon detecting the presence of the particle in the first aliquot, directing a flow of the first aliquot to a first volume to form a first isolated sample; dispersing the first isolated sample to form a dispersed sample, wherein dispersing the first isolated sample comprises flow stretching of the first collected sample and leads to an overall lengthening of the first isolated sample containing the particle; and subjecting the dispersed sample to a separation procedure.
An apparatus for optical interrogation of a particle comprising: a. an optical interrogation probe adapted: (i) for orientation relative to a particle interrogation position and (ii) to optically interrogate the particle from a plurality of orientations at least in multiple different planes of said particle; b. a mechanism adapted to deliver pressurized air to induce a change in the orientation of the single particle relative to the optical interrogation probe thereby to enable the optical interrogation by the probe to obtain a plurality of optical interrogations of the particle from a plurality of orientations relative to the particle. a. an optical interrogation probe adapted: (i) for orientation relative to a particle interrogation position and (ii) to optically interrogate the particle from a plurality of orientations at least in multiple different planes of said particle; b. a mechanism adapted to deliver pressurized air to induce a change in the orientation of the single particle relative to the optical interrogation probe thereby to enable the optical interrogation by the probe to obtain a plurality of optical interrogations of the particle from a plurality of orientations relative to the particle.
Production module for performing a production function on a product, wherein the production module is designed and set up for coupling to a second production module or is coupled to a second production module , wherein the second production module is designed and set up for performing a second production function on the product, characterized in that a memory device of the production module stores a piece of self-description information regarding properties of the production module, in that the production module is designed and set up for transmitting the piece of self-description information or portions of the piece of self-description information to a further device, in that the piece of self-description information is stored or storable as a NoSQL database or a nonrelational database, and in that the piece of self-description information of the production module comprises a piece of port information regarding the coupling to the second production module and additionally the piece of port information regarding the coupling to the second production module comprises a piece of information about the second production function and/or an identifier of the second production module wherein an ascertainment of the piece of port information regarding the coupling to the second production module takes place automatically as part of a coupling to the second production module.
Control unit for controlling an intermediate power level of a vacuum cleaner , the control unit being designed to read in an actuation signal over an actuation duration of a button element , the control unit being designed to increase or decrease a power level by a predefined value upon detecting an actuation duration of the button element which is shorter than a specified holding time , characterised in that the control unit is designed to set a power level in a range between two predefined values upon detecting the actuation duration of the button element which is longer than a further holding time , the control unit being designed to increase or decrease a power level by a predefined value upon detecting the actuation duration of the button element which is longer than an additional holding time .