mhurhangee/patent-ind-claim-en huggingface dataset:
Belay device (2; 102; 202) comprising a locking apparatus (8; 108; 208), wherein the locking apparatus (8; 108; 208) comprises a movable rope holding element (12, 14; 112, 114; 212, 214) which is designed to be moved by a rope (16; 116; 432) being held on it, the locking apparatus (8; 108; 208) being designed to lock movement of the rope holding element (12, 14; 112, 114; 212, 214) in a locked state and to allow movement of the rope holding element (12, 14; 112, 114; 212, 214) in a free-running state, the locking apparatus (8; 108; 208) changing from the free-running state to the locked state when a safety event occurs, the locking apparatus (8; 108; 208) further having a control element (40; 240), the actuation of which in the locked state causes the locking apparatus (8; 108; 208) to change to the free-running state, characterised in that , as soon as the safety event occurs, the locking apparatus (8; 108; 208) assumes the locked state independently of any actuation of the control element (40; 240), in particular by a belayer, before the rope holding element (12, 14; 112, 114; 212, 214) has run through a predetermined movement section. wherein the locking apparatus (8; 108; 208) comprises a movable rope holding element (12, 14; 112, 114; 212, 214) which is designed to be moved by a rope (16; 116; 432) being held on it, the locking apparatus (8; 108; 208) being designed to lock movement of the rope holding element (12, 14; 112, 114; 212, 214) in a locked state and to allow movement of the rope holding element (12, 14; 112, 114; 212, 214) in a free-running state, the locking apparatus (8; 108; 208) changing from the free-running state to the locked state when a safety event occurs, the locking apparatus (8; 108; 208) further having a control element (40; 240), the actuation of which in the locked state causes the locking apparatus (8; 108; 208) to change to the free-running state, characterised in that , as soon as the safety event occurs, the locking apparatus (8; 108; 208) assumes the locked state independently of any actuation of the control element (40; 240), in particular by a belayer, before the rope holding element (12, 14; 112, 114; 212, 214) has run through a predetermined movement section.
A method of making a printed duct tape, the method comprising: providing a duct tape having an adhesive surface and a non-adhesive surface, treating the non-adhesive surface of the duct tape in preparation for printing, digitally printing a design with ink on the treated surface of the duct tape, drying the ink on the digitally printed duct tape with ultraviolet light curing, and applying an overcoat material or composition having a release property to the digitally printed surface of the duct tape. providing a duct tape having an adhesive surface and a non-adhesive surface, treating the non-adhesive surface of the duct tape in preparation for printing, digitally printing a design with ink on the treated surface of the duct tape, drying the ink on the digitally printed duct tape with ultraviolet light curing, and applying an overcoat material or composition having a release property to the digitally printed surface of the duct tape.
A MEMS system, comprising: a first permanent-magnetic microstructure (10, 10', 10") movable along a first direction (10v, 10'v, 10"v); a second permanent-magnetic microstructure (15, 15', 15") arranged to be spaced apart from the first permanent-magnetic microstructure (10, 10', 10"), wherein, by moving the first permanent-magnetic microstructure (10, 10', 10") along the first direction (10v, 10'v, 10"v), the second permanent-magnetic microstructure (15, 15', 15") or one or more elements (15'_1, 15'_2, 15'_3, 15'_4, 15'_5) of the second permanent-magnetic microstructure (15, 15', 15") are either moved or actuated in a second direction (15v, 15'v, 15"v) or undergo rotation; wherein the first permanent-magnetic microstructure (10, 10', 10") is formed by a first array comprising a plurality of permanent-magnetic elements (10'_1, 10'_2, 10'_3, 10'_4, 10'_5); or wherein the second permanent-magnetic microstructure (15, 15', 15") is formed by a second array comprising a plurality of the permanent-magnetic elements (15'_1, 15'_2, 15'_3, 15'_4, 15'_5); and wherein the plurality of the permanent-magnetic elements (10'_1, 10_2, 10'_3, 10'_4, 10'_5, 15'_1, 15'_2, 15'_3, 15'_4, 15'_5) of the first or second array are rigidly connected to one another so that they are similarly moved or actuated as a result of a movement of the first permanent-magnetic microstructure (10, 10', 10") along the second direction (15v, 15'v, 15"v). a first permanent-magnetic microstructure (10, 10', 10") movable along a first direction (10v, 10'v, 10"v); a second permanent-magnetic microstructure (15, 15', 15") arranged to be spaced apart from the first permanent-magnetic microstructure (10, 10', 10"), wherein, by moving the first permanent-magnetic microstructure (10, 10', 10") along the first direction (10v, 10'v, 10"v), the second permanent-magnetic microstructure (15, 15', 15") or one or more elements (15'_1, 15'_2, 15'_3, 15'_4, 15'_5) of the second permanent-magnetic microstructure (15, 15', 15") are either moved or actuated in a second direction (15v, 15'v, 15"v) or undergo rotation; wherein the first permanent-magnetic microstructure (10, 10', 10") is formed by a first array comprising a plurality of permanent-magnetic elements (10'_1, 10'_2, 10'_3, 10'_4, 10'_5); or wherein the second permanent-magnetic microstructure (15, 15', 15") is formed by a second array comprising a plurality of the permanent-magnetic elements (15'_1, 15'_2, 15'_3, 15'_4, 15'_5); and wherein the plurality of the permanent-magnetic elements (10'_1, 10_2, 10'_3, 10'_4, 10'_5, 15'_1, 15'_2, 15'_3, 15'_4, 15'_5) of the first or second array are rigidly connected to one another so that they are similarly moved or actuated as a result of a movement of the first permanent-magnetic microstructure (10, 10', 10") along the second direction (15v, 15'v, 15"v).
A signal switch comprising: a switch arrangement for selectively passing optical wireless communication, OWC, signals received from a plurality of photodetectors for output on an output of the signal switch, the signal switch characterized by a signal strength detector arranged to measure a signal strength of OWC signals as passed by the switch arrangement ; and a selection unit for controlling the switch arrangement ; wherein the selection unit is configured to estimate, while an OWC signal received from a first one of the photodetectors with a signal strength (RMS A ) is being passed by the switch arrangement to said output of the signal switch, a signal strength (RMS B ) of an OWC signal received from another one of the photodetectors , by performing an evaluation process in which the selection unit is configured to: control the switch arrangement to pass a combination of the OWC signal from the first photodetector and the OWC signal from the other photodetector ; determine, using the signal strength detector , a signal strength (RMS AB ) of said combination of OWC signals; and estimate the signal strength (RMS B ) of the OWC signal from the other photodetector based on the signal strength (RMS A ) of the OWC signal from the first photodetector and the signal strength of said combination (RMS AB ) of OWC signals. a switch arrangement for selectively passing optical wireless communication, OWC, signals received from a plurality of photodetectors for output on an output of the signal switch, the signal switch characterized by a signal strength detector arranged to measure a signal strength of OWC signals as passed by the switch arrangement ; and a selection unit for controlling the switch arrangement ; wherein the selection unit is configured to estimate, while an OWC signal received from a first one of the photodetectors with a signal strength (RMS A ) is being passed by the switch arrangement to said output of the signal switch, a signal strength (RMS B ) of an OWC signal received from another one of the photodetectors , by performing an evaluation process in which the selection unit is configured to: control the switch arrangement to pass a combination of the OWC signal from the first photodetector and the OWC signal from the other photodetector ; determine, using the signal strength detector , a signal strength (RMS AB ) of said combination of OWC signals; and estimate the signal strength (RMS B ) of the OWC signal from the other photodetector based on the signal strength (RMS A ) of the OWC signal from the first photodetector and the signal strength of said combination (RMS AB ) of OWC signals. control the switch arrangement to pass a combination of the OWC signal from the first photodetector and the OWC signal from the other photodetector ; determine, using the signal strength detector , a signal strength (RMS AB ) of said combination of OWC signals; and estimate the signal strength (RMS B ) of the OWC signal from the other photodetector based on the signal strength (RMS A ) of the OWC signal from the first photodetector and the signal strength of said combination (RMS AB ) of OWC signals.
An indoor unit of an air conditioner comprising: - a casing having a suction port formed in an upper part and a blow-out port formed at a lower side of a front face part; - an axial-flow or diagonal-flow blower provided on the downstream side of the suction port in the casing ; and - a heat exchanger provided on the upstream side of the blow-out port in the casing , wherein the heat exchanger is adapted to exchange heat between air blown out of the blower and refrigerant, wherein the heat exchanger has - a front-face side heat exchanger arranged on the front face side of the casing, and - a back-face side heat exchanger arranged on the back face side of the casing, and, - the heat exchanger is provided on the downstream side of the blower , - the blower disposed on an upstream side of the heat exchanger suctions indoor air from the suction port and blows out an air-conditioned air out of the blow-out port , - the air passed through each of the front-face side heat exchanger and the back-face side heat exchanger is merged together on the blow-out port side, and characterized in that - there is no fan at the blow-out port , - the heat exchanger is configured so that a flow rate of air flowing through the front-face side heat exchanger is smaller than a flow rate of air flowing through the back-face side heat exchanger , and - because of the flow rate difference between the front-face side heat exchanger and the back-face side heat exchanger , when the air passed through each of the front-face side heat exchanger and the back-face side heat exchanger is merged together, the merged air is bent to the front face side. - a casing having a suction port formed in an upper part and a blow-out port formed at a lower side of a front face part; - an axial-flow or diagonal-flow blower provided on the downstream side of the suction port in the casing ; and - a heat exchanger provided on the upstream side of the blow-out port in the casing , - a front-face side heat exchanger arranged on the front face side of the casing, and - a back-face side heat exchanger arranged on the back face side of the casing, and, - the heat exchanger is provided on the downstream side of the blower , - the blower disposed on an upstream side of the heat exchanger suctions indoor air from the suction port and blows out an air-conditioned air out of the blow-out port , - the air passed through each of the front-face side heat exchanger and the back-face side heat exchanger is merged together on the blow-out port side, and - there is no fan at the blow-out port , - the heat exchanger is configured so that a flow rate of air flowing through the front-face side heat exchanger is smaller than a flow rate of air flowing through the back-face side heat exchanger , and - because of the flow rate difference between the front-face side heat exchanger and the back-face side heat exchanger , when the air passed through each of the front-face side heat exchanger and the back-face side heat exchanger is merged together, the merged air is bent to the front face side.
An inkjet printing method for manufacturing a decorative surface comprising staggered decorative laminate panels including the steps of: i) digitally dividing a first master image into decorative laminate panel images ; ii) digitally staggering neighbouring decorative laminate panel images over a selected staggering distance having a value between L/2 and L/20 with L representing the length of a decorative laminate panel; iii) digitally composing a second master image from the neighbouring staggered decorative laminate panel images ; iv) printing the second master image with one or more inkjet inks on a substrate; wherein the second master image shows vertical cutting lines and horizontal cutting lines which may be inkjet printed or not; wherein a decorative board or laminate including the substrate printed with the second master image can be cut into the decorative laminate panels following the vertical lines and the horizontal lines ; and wherein either a personalized image and a wood grain image as a background image are combined to the first master image ; or otherwise a personalized image is taken as the first master image and modified to an image containing staggered decorative panel images, where the image is combined with a background image to compose the second master image . i) digitally dividing a first master image into decorative laminate panel images ; ii) digitally staggering neighbouring decorative laminate panel images over a selected staggering distance having a value between L/2 and L/20 with L representing the length of a decorative laminate panel; iii) digitally composing a second master image from the neighbouring staggered decorative laminate panel images ; iv) printing the second master image with one or more inkjet inks on a substrate; wherein the second master image shows vertical cutting lines and horizontal cutting lines which may be inkjet printed or not; wherein a decorative board or laminate including the substrate printed with the second master image can be cut into the decorative laminate panels following the vertical lines and the horizontal lines ; and wherein either a personalized image and a wood grain image as a background image are combined to the first master image ; or otherwise a personalized image is taken as the first master image and modified to an image containing staggered decorative panel images, where the image is combined with a background image to compose the second master image .
A tray for supporting a food product (F), comprising: a plurality of panels extending at least partially around an interior of the tray , the plurality of panels comprising a central panel , at least one side panel, at least one end panel, and at least one base panel foldably connected to each of the central panel and the at least one end panel; at least one corner flap foldably connected to the at least one end panel; at least one adjustment feature receiving at least a portion of the at least one corner flap such that the tray is reconfigurable between an erected configuration and a collapsed configuration; and a microwave energy interactive material that at least partially defines the interior of the tray , the microwave energy interactive material is disposed on each of the central panel , the at least one end panel, and the at least one base panel . a plurality of panels extending at least partially around an interior of the tray , the plurality of panels comprising a central panel , at least one side panel, at least one end panel, and at least one base panel foldably connected to each of the central panel and the at least one end panel; at least one corner flap foldably connected to the at least one end panel; at least one adjustment feature receiving at least a portion of the at least one corner flap such that the tray is reconfigurable between an erected configuration and a collapsed configuration; and a microwave energy interactive material that at least partially defines the interior of the tray , the microwave energy interactive material is disposed on each of the central panel , the at least one end panel, and the at least one base panel .
Piloting assistance system for an aircraft provided with determination means for determining piloting information, comprising at least one display system wearable on the head of a pilot, the display system being provided with left display means suitable for being viewed by a left eye of said pilot and right display means suitable for being viewed by a right eye of said pilot, said determination means including first processor means and second processor means containing stored instructions for causing the same information to be displayed simultaneously and respectively on the left display means and on the right display means ; and in which the first processor means and the second processor means control the display of said same information simultaneously and respectively on the left display means and on the right display means; and which comprises deactivation means for deactivating the display of the information on at least one of the display means , said deactivation means being operable by the pilot in the event of a lack of similarity between the information displayed on the left display means and on the right display means .
A method for wireless communications by a user equipment, UE , comprising: receiving , from an anchor base station , a first message integrity protected with a first integrity protection key and encrypted with a first encryption key, wherein the first integrity protection key and the first encryption key are derived from a first key, and the first message comprises information for deriving a second key; entering, based on an indication in the first message, a first state with no dedicated resources allocated to the UE; transmitting , to a serving base station , a second message integrity protected with the first integrity protection key, wherein the second message comprises a request to transition from the first state to a second state with dedicated resources allocated to the UE; receiving , from the serving base station, a third message comprising one or more indications; determining a third key based in part on at least one of the one or more indications in the third message or a blind detection procedure; processing the third message based on the third key; and remaining in the first state in response to receiving the third message; wherein the second message is sent for a radio access network, RAN, notification area, RNA, update. receiving , from an anchor base station , a first message integrity protected with a first integrity protection key and encrypted with a first encryption key, wherein the first integrity protection key and the first encryption key are derived from a first key, and the first message comprises information for deriving a second key; entering, based on an indication in the first message, a first state with no dedicated resources allocated to the UE; transmitting , to a serving base station , a second message integrity protected with the first integrity protection key, wherein the second message comprises a request to transition from the first state to a second state with dedicated resources allocated to the UE; receiving , from the serving base station, a third message comprising one or more indications; determining a third key based in part on at least one of the one or more indications in the third message or a blind detection procedure; processing the third message based on the third key; and remaining in the first state in response to receiving the third message; wherein the second message is sent for a radio access network, RAN, notification area, RNA, update.
An inhaler housing having a body for receiving an inhaler canister and a mouthpiece which is to be placed in the mouth of a user and through which a dose of an active agent from the inhaler canister is to be delivered, wherein the body and the mouthpiece are rotatably coupled to one another so that by turning the mouthpiece relative to the body the inhaler housing is reversibly converted between a carry configuration in which the mouthpiece and body are mutually aligned, and a use configuration in which the mouthpiece projects laterally from the body , characterised in that the inhaler housing having a member which is variably elastically deformed as the mouthpiece is turned relative to the body , investing the member with elastic potential energy which varies with the mouthpiece's rotational position with respect to the body and which has at least two minima corresponding to the carry configuration and the use configuration respectively, so that rotation of the mouthpiece relative to the body tends to stop when either of these configurations is reached.
A marine seismic processing system comprising: an interface for receiving recorded data , wherein the recorded data includes seismic data and bio-acoustic data; a seismic data processor for estimating a source signature from the recorded data, wherein the source signature is associated with a seismic source that emits seismic waves in water during a seismic survey; and a bio-acoustic processor that estimates a presence of a mammal generating the bio-acoustic data, based on a processed signal; characterised in that the processed signal is obtained by removing from the recorded data energy coherent with the source signature. an interface for receiving recorded data , wherein the recorded data includes seismic data and bio-acoustic data; a seismic data processor for estimating a source signature from the recorded data, wherein the source signature is associated with a seismic source that emits seismic waves in water during a seismic survey; and a bio-acoustic processor that estimates a presence of a mammal generating the bio-acoustic data, based on a processed signal;
A method of production of a conjugated diene rubber comprising a first step of polymerizing a monomer containing a conjugated diene compound in an inert solvent using a polymerization initiator so as to obtain a conjugated diene polymer chain having an active end, a second step of reacting siloxane with the conjugated diene polymer chain having an active end, and a third step of reacting a compound represented by the following general formula with the conjugated diene polymer chain with which siloxane was reacted obtained in the second step: wherein, in the general formula , X 1 represents a functional group selected from a hydrocarbyloxy group, a halogen group, and a hydroxyl group, R 1 represents a substituted or unsubstituted hydrocarbon group, R 2 and R 3 respectively independently represent a substituted or unsubstituted hydrocarbon group, R 2 and R 3 may bond with each other to form a ring structure together with the nitrogen atom to which they are bound, when forming the ring structure they may form a ring structure together with a hetero atom other than the nitrogen atom to which they are bound in addition to the nitrogen atom to which they are bound, "r" is an integer of 0 to 2.