mhurhangee/patent-ind-claim-en huggingface dataset:
Vessel , in particular a cable barge, with a handling system for handling a long-length cable on said vessel , wherein the vessel comprises a hull with a bow , a stern and a port side and a starboard side extending in a longitudinal direction (L) between the bow and the stern , wherein the hull defines an elongated storage compartment , wherein the handling system comprises an input member for receiving the long-length cable onto the vessel and for feeding the long-length cable into the storage compartment in a feeding direction (F) at an input position (B), characterized in that the handling system further comprises a laying device that is movable along a loop-shaped laying path (P) through the storage compartment in a first laying direction (D1) parallel to the longitudinal direction (L) along the port side and in a second laying direction (D2) opposite to the first laying direction (D1) along the starboard side , wherein the laying device comprises an output member that is arranged for laying the long-length cable inside the storage compartment at an output position (C) that moves along said loop-shaped laying path (P) when the laying device is moved, wherein the handling system further comprises a first cable guide for accumulating a length of the long-length cable between the input position (B) and the output position (C), wherein the first cable guide is arranged for guiding said accumulated length of the long-length cable along a first guide path that is variable in shape to keep the length of the long-length cable between the input position (B) and the output position (C) constant or substantially constant.
Strength member ply of the carcass of a pneumatic vehicle tyre comprising strength members, wherein within the strength member ply the strength members are arranged substantially parallel to one another and are embedded in elastomeric material, wherein at least one strength member is in the form of a cord composed of two yarns which are end-twisted with one another and wherein the two yarns are composed of polyester and wherein the cord comprises precisely two yarns , characterized in that the two yarns are end-twisted with a twist factor of 270 to 350, particularly preferably 280 to 320, to afford the cord , wherein the twist factor is defined as twist level [T/m] * (thread fineness [dtex]/10 000) 1/2 , wherein the twist level is reported in turns per metre and wherein the thread fineness is the fineness of the cord, i.e. the sum of the finenesses of the yarns of the cord.
A method for identifying a signal, the method comprising the steps of: (a) determining the presence of a first signal in a predetermined frequency band wherein the first signal is a product of a second and a third signal, wherein at least one of the second and third signals is selected from the group consisting of: a modulated carrier and noise; (b) applying a predetermined cyclostationarity detection technique to the first signal and determining if the first signal comprises a predetermined characteristic of either the second or third signal; and (c) identifying the first signal from the application of the predetermined cyclostationarity detection technique to the first signal. (a) determining the presence of a first signal in a predetermined frequency band wherein the first signal is a product of a second and a third signal, wherein at least one of the second and third signals is selected from the group consisting of: a modulated carrier and noise; (b) applying a predetermined cyclostationarity detection technique to the first signal and determining if the first signal comprises a predetermined characteristic of either the second or third signal; and (c) identifying the first signal from the application of the predetermined cyclostationarity detection technique to the first signal.
A data transmission method comprising: for each of multiple virtual cells: obtaining , by a terminal, configuration information of the virtual cell, wherein the virtual cell comprises N cells, and N≥1; receiving, by the terminal, configuration information of time-division multiplexing, wherein the configuration information of time-division multiplexing indicates time segment each cell occupies when the terminal transmits data among the N cells, and in each time segment the terminal is instructed to transmit data in only one of the N cells; and transmitting , by the terminal, data by time-division multiplexing among the N cells according to the configuration information of time-division multiplexing; wherein a cell is configured into the multiple virtual cells, and configurations of the cell for time-division multiplexing in the multiple virtual cells are the same. for each of multiple virtual cells: obtaining , by a terminal, configuration information of the virtual cell, wherein the virtual cell comprises N cells, and N≥1; receiving, by the terminal, configuration information of time-division multiplexing, wherein the configuration information of time-division multiplexing indicates time segment each cell occupies when the terminal transmits data among the N cells, and in each time segment the terminal is instructed to transmit data in only one of the N cells; and transmitting , by the terminal, data by time-division multiplexing among the N cells according to the configuration information of time-division multiplexing; obtaining , by a terminal, configuration information of the virtual cell, wherein the virtual cell comprises N cells, and N≥1; receiving, by the terminal, configuration information of time-division multiplexing, wherein the configuration information of time-division multiplexing indicates time segment each cell occupies when the terminal transmits data among the N cells, and in each time segment the terminal is instructed to transmit data in only one of the N cells; and transmitting , by the terminal, data by time-division multiplexing among the N cells according to the configuration information of time-division multiplexing; wherein a cell is configured into the multiple virtual cells, and configurations of the cell for time-division multiplexing in the multiple virtual cells are the same.
Control and regulation unit for a non-occlusive blood pump of an extracorporeal circulatory support, configured for - receiving a flow value of the extracorporeal circulatory support; - receiving a measurement of an arterial pressure and an ECG signal of a supported patient over a predetermined period of time; - determining a mean arterial pressure of the extracorporeal circulatory support or of the supported patient from the measurement of the arterial pressure and an energy equivalent pressure from the flow value and the arterial pressure ; and - determining a required value of at least one pulse parameter of the blood pump from the mean arterial pressure , the energy equivalent pressure , and the ECG signal so as to effect a ratio of the energy equivalent pressure to the mean arterial pressure of greater than 1.0, wherein the control and regulation unit is further configured to adjust the pulse parameter in dependence on the ECG signal . - receiving a flow value of the extracorporeal circulatory support; - receiving a measurement of an arterial pressure and an ECG signal of a supported patient over a predetermined period of time; - determining a mean arterial pressure of the extracorporeal circulatory support or of the supported patient from the measurement of the arterial pressure and an energy equivalent pressure from the flow value and the arterial pressure ; and - determining a required value of at least one pulse parameter of the blood pump from the mean arterial pressure , the energy equivalent pressure , and the ECG signal so as to effect a ratio of the energy equivalent pressure to the mean arterial pressure of greater than 1.0,
A dressing for reducing or preventing bacterial infection to an open wound , the dressing comprising: a first electrically conductive material configured to contact a surface of the open wound having a water content at the surface ; a second electrically conductive material spaced apart from the first electrically conductive material , the first and second electrically conductive materials being at least partially gas permeable to allow air to permeate through the first and second materials toward the water content at the surface of the open wound ; first and second electrodes electrically coupled to the first and second materials , respectively; a power source having output electrically coupled to the first electrode at a first polarity and to the second electrode at a second polarity opposite the first polarity, wherein the power source is calibrated to bias the first and second materials via the first and second electrodes to a voltage differential corresponding to a concentration of hydrogen peroxide (H 2 O 2 ) in the water content via an electrochemical reaction between oxygen and water in the water content as follows: O 2 + 2H + + 2e - ⇄ H 2 O 2 ; a voltage controller operatively coupled to the power source ; a reference electrode operatively coupled to the voltage controller , wherein the voltage controller is configured to adjust and/or maintain an applied voltage differential to the first and second conductive materials based on a measured voltage differential with reference to input from the reference electrode at less than 85 mVAg/AgCl. a first electrically conductive material configured to contact a surface of the open wound having a water content at the surface ; a second electrically conductive material spaced apart from the first electrically conductive material , the first and second electrically conductive materials being at least partially gas permeable to allow air to permeate through the first and second materials toward the water content at the surface of the open wound ; first and second electrodes electrically coupled to the first and second materials , respectively; a power source having output electrically coupled to the first electrode at a first polarity and to the second electrode at a second polarity opposite the first polarity, wherein the power source is calibrated to bias the first and second materials via the first and second electrodes to a voltage differential corresponding to a concentration of hydrogen peroxide (H 2 O 2 ) in the water content via an electrochemical reaction between oxygen and water in the water content as follows: O 2 + 2H + + 2e - ⇄ H 2 O 2 ; a voltage controller operatively coupled to the power source ; a reference electrode operatively coupled to the voltage controller ,
A sealant for an electrochemical device in which a non-aqueous electrolysis solution is used, comprising: a conjugated diene polymer (A); an aromatic vinyl-conjugated diene block polymer (B); and a hydrogenated amine-modified aromatic vinyl-conjugated diene block polymer (C). a conjugated diene polymer (A); an aromatic vinyl-conjugated diene block polymer (B); and a hydrogenated amine-modified aromatic vinyl-conjugated diene block polymer (C).
An imaging lens comprising a first lens group (G1), a second lens group (G2) having positive refractive power, an aperture (S), and a third lens group (G3) having positive refractive power, sequentially disposed in that order from an object side to an image side, the imaging lens comprising a total of not more than three lens groups (G1, G2, G3), wherein, during a focusing from infinity to a short length, a combination of the second lens group (G2), the aperture (S), and the third lens group (G3) as a single unit is configured to move to the object side so as to reduce a distance to the first lens group (G1), and characterised in that the second lens group (G2) consists of four lenses of a second-first negative lens (L 21 ), a second-second positive lens (L 22 ), a second-third negative lens (L 23 ), and a second-fourth positive lens (L 24 ) sequentially disposed in that order from the object side to the image side, wherein when f L21 denotes a focal length of the second-first negative lens (L 21 ) and f L24 denotes a focal length of the second-fourth positive lens (L 24 ), conditional expression below is satisfied: − 0.85 < f L 21 / f L 24 < − 0.45 .
A tampon comprising an absorbent body and a withdrawal string , whereby the absorbent body comprises an insertion end, a withdrawal end , and an essentially cylindrical body in between, whereby the cylindrical body further comprises a central axis, and whereby the withdrawal string extends out of the withdrawal end , characterized in that the withdrawal string follows within the absorbent body a string path comprising a helical portion around the central axis, and wherein the withdrawal string has a contact ratio, defined as the ratio of the contact length of the withdrawal string and the absorbent body to the length of the absorbent body measured along the central axis, of at least 2.0075 and at most 4.7324.
An apparatus for a network device of a communication network, the apparatus comprising: means for determining a time period for monitoring a random access response; means for identifying that a wake-up signal occasion for a wakeup signal is overlapping a predetermined time period for the random access response, wherein the predetermined time period comprises the determined time period; and means for, based on the identifying, controlling monitoring of the wake-up signal occasion for a wake-up signal by: i) causing the apparatus to not monitor the wake-up signal occasion during the predetermined time period, and ii) starting a discontinuous reception timer at a next discontinuous reception OnDuration occasion. means for determining a time period for monitoring a random access response; means for identifying that a wake-up signal occasion for a wakeup signal is overlapping a predetermined time period for the random access response, wherein the predetermined time period comprises the determined time period; and means for, based on the identifying, controlling monitoring of the wake-up signal occasion for a wake-up signal by: i) causing the apparatus to not monitor the wake-up signal occasion during the predetermined time period, and ii) starting a discontinuous reception timer at a next discontinuous reception OnDuration occasion.
A MEMS device , comprising: a substrate having a plurality of electrodes disposed therein, wherein the plurality of electrodes includes at least an anchor electrode , a pull-down electrode and an RF electrode ; an insulating layer disposed over the substrate and the pull-down electrode ; a switching element movable from a position spaced a first distance from the RF electrode and a second distance from the RF electrode that is different from the first distance, wherein the switching element includes: a bottom layer ; a top layer ; and a plurality of vias connecting the bottom layer to the top layer , wherein the switching element includes a first anchor portion, a first leg portion and a bridge portion, wherein the plurality of vias are disposed in the anchor portion and the bridge portion, wherein the anchor portion is coupled to the anchor electrode , characterised in that the first anchor portion connects the bottom layer to the top layer with via . a substrate having a plurality of electrodes disposed therein, wherein the plurality of electrodes includes at least an anchor electrode , a pull-down electrode and an RF electrode ; an insulating layer disposed over the substrate and the pull-down electrode ; a switching element movable from a position spaced a first distance from the RF electrode and a second distance from the RF electrode that is different from the first distance, wherein the switching element includes: a bottom layer ; a top layer ; and a plurality of vias connecting the bottom layer to the top layer , wherein the switching element includes a first anchor portion, a first leg portion and a bridge portion, wherein the plurality of vias are disposed in the anchor portion and the bridge portion, wherein the anchor portion is coupled to the anchor electrode , characterised in that the first anchor portion connects the bottom layer to the top layer with via . a bottom layer ; a top layer ; and a plurality of vias connecting the bottom layer to the top layer , wherein the switching element includes a first anchor portion, a first leg portion and a bridge portion, wherein the plurality of vias are disposed in the anchor portion and the bridge portion, wherein the anchor portion is coupled to the anchor electrode , characterised in that the first anchor portion connects the bottom layer to the top layer with via .
A foldable container , comprising a base and two pairs of side panels (1, 3; 2, 4), the side panels being coupled to the base in a foldable manner relative to the base, wherein each side panel is provided with at least one first reinforcement member , one end of the first reinforcement member of one of two adjacent side panels is provided with a first connection structure, and the corresponding end of the first reinforcement member of the other of the two adjacent side panels is provided with a second connection structure, wherein when the side panels are in an upright state, the first connection structure and the second connection structure are connected to each other, so that the corresponding first reinforcement members of the adjacent side panels of the two pairs of side panels are connected to each other to form a ring-shaped integral body, and the first reinforcement members are installed into the interior of the side panels .
Piece of furniture with at least one movable furniture part , for example a drawer, door or flap, with a device for influencing the movement of the movable furniture part , which device has at least one transmitting device equipped with a transmitter and having at least one transmitting interface for wireless signal transmission, and wherein the device has at least one receiving device equipped with a receiver and having at least one receiving interface for signals transmitted wirelessly by the transmitting device , and with communication means facilitating a wireless signal transmission between the transmitting device and the receiving device , wherein a tensionable and unlockable energy storage device is provided, the force of which, when unlocked, is used for influencing the movement of the movable furniture part , and wherein the receiving device has a unidirectionally acting output unit , and with a triggering element , which triggers an unlocking process of the energy storage device in response to a received input signal, characterised in that the receiving device has an energy storage device which discharges in response to a received discharge signal and makes the released energy available for tensioning the energy storage device .
A liner for a household appliance , comprising: a first polymeric capping layer comprising a first pigment additive ; and a polymeric base layer coupled to the first polymeric capping layer , the polymeric base layer comprising: one or more polymers ; a second pigment additive ; characterized by a natural fiber , the natural fiber being present at a concentration of at least 50% by weight of the polymeric base layer , and by a second polymeric capping layer coupled to the first polymeric capping layer such that the first polymeric capping layer is positioned between the polymeric base layer and the second polymeric capping layer , wherein a textured pattern is formed on an outer surface of the second polymeric capping layer , which is thereby utilized as a scratch-resistant layer. a first polymeric capping layer comprising a first pigment additive ; and a polymeric base layer coupled to the first polymeric capping layer , the polymeric base layer comprising: one or more polymers ; a second pigment additive ; characterized by a natural fiber , the natural fiber being present at a concentration of at least 50% by weight of the polymeric base layer , and by one or more polymers ; a second pigment additive ; characterized by a natural fiber , the natural fiber being present at a concentration of at least 50% by weight of the polymeric base layer , and by a second polymeric capping layer coupled to the first polymeric capping layer such that the first polymeric capping layer is positioned between the polymeric base layer and the second polymeric capping layer , wherein a textured pattern is formed on an outer surface of the second polymeric capping layer , which is thereby utilized as a scratch-resistant layer.
An expandable child carrier including a base frame ; a pivot frame pivoted to said base frame ; at least one first wheel unit mounted to said base frame ; and at least one second wheel unit mounted to said pivot frame , a distance between said at least one second wheel unit and said at least one first wheel unit being adjusted upon the pivotal movement of said pivot frame relative to said base frame , ch aracterized by: a mount fixedly mounted to said base frame for being removably mounted with a seat ; and a mount block being co-movably mounted to said pivot frame for blocking said mount so as to prevent the seat to be mounted on said mount . a base frame ; a pivot frame pivoted to said base frame ; at least one first wheel unit mounted to said base frame ; and a mount fixedly mounted to said base frame for being removably mounted with a seat ; and a mount block being co-movably mounted to said pivot frame for blocking said mount so as to prevent the seat to be mounted on said mount .
Modular instrument and device rack for holding or storing electronic musical instruments and/or accessory devices, wherein two telescopically height-adjustable T-shaped foot elements , the respective vertical sections of which have at least one telescopic round tube , are connected via a connecting bridge , and at least two bearing elements for a storage plate are detachably fastened to the connecting bridge , whereby on the at least two bearing elements each a support element is arranged via a connecting element , and on each support element at least one extension element is arranged, whereby the respective at least one extension element can be detachably fixed in angle adjustment , whereby the at least one extension element on the respective support element can be arranged at a height different from the bearing elements andwhen two or more extension elements are to be arranged on top of each other, the respective extension elements to be arranged on top of each other are arranged on and with the common support element on the respective connecting element , whereby the respective support element is arranged on the respective connecting element adjustable in angle and/or that the at least one connecting element is adjustable in position and/or angle with the respective support element and whereby individual or optionally paired or grouped extension elements arranged at the same height, independent of the other, optionally arranged in a different extension plane, are individually adjustable or alignable. whereby on the at least two bearing elements each a support element is arranged via a connecting element , and on each support element at least one extension element is arranged, whereby the respective at least one extension element can be detachably fixed in angle adjustment , whereby the at least one extension element on the respective support element can be arranged at a height different from the bearing elements andwhen two or more extension elements are to be arranged on top of each other, the respective extension elements to be arranged on top of each other are arranged on and with the common support element on the respective connecting element , whereby the respective support element is arranged on the respective connecting element adjustable in angle and/or that the at least one connecting element is adjustable in position and/or angle with the respective support element and whereby individual or optionally paired or grouped extension elements arranged at the same height, independent of the other, optionally arranged in a different extension plane, are individually adjustable or alignable.