mhurhangee/patent-ind-claim-en huggingface dataset:
Control method for a power tool for rotary tools with the following steps: continuously rotating a tool holder in a forward direction about a working axis by means of a rotary drive in response to an actuation of an operating button , interrupting the continuous rotation in the forward direction by a protective process when a protective device detects blocking of the tool holder , wherein, during the protective process, one or more cycles are performed in which the rotary drive is actuated successively in accordance with a rotary movement in a reverse direction and in accordance with a rotary movement in the forward direction, characterized in that the rotary drive is supplied with a first amount of energy for the rotary movement in the reverse direction and with a second amount of energy for the rotary movement in the forward direction, the first amount of energy being smaller than the second amount of energy. continuously rotating a tool holder in a forward direction about a working axis by means of a rotary drive in response to an actuation of an operating button , interrupting the continuous rotation in the forward direction by a protective process when a protective device detects blocking of the tool holder , wherein, during the protective process, one or more cycles are performed in which the rotary drive is actuated successively in accordance with a rotary movement in a reverse direction and in accordance with a rotary movement in the forward direction, characterized in that the rotary drive is supplied with a first amount of energy for the rotary movement in the reverse direction and with a second amount of energy for the rotary movement in the forward direction, the first amount of energy being smaller than the second amount of energy.
An engine mount device comprising: two or more struts configured to pivotably couple to an aft portion of an engine of an aircraft and to a support structure of the aircraft, wherein each of the two or more struts is configured to pivot in response to rotation of the engine about an axis of rotation , wherein each of the two or more struts is oriented substantially along lines between one or more positions on the support structure and a focal point located along the axis of rotation of the engine ; wherein the two or more struts are together configured to react forces generated in a vertical direction and in a lateral direction transverse to the engine ; and wherein the two or more struts are configured to allow substantially unrestricted rotation of the engine with respect to the support structure about an axis of rotation of the engine . two or more struts configured to pivotably couple to an aft portion of an engine of an aircraft and to a support structure of the aircraft, wherein each of the two or more struts is configured to pivot in response to rotation of the engine about an axis of rotation , wherein each of the two or more struts is oriented substantially along lines between one or more positions on the support structure and a focal point located along the axis of rotation of the engine ; wherein the two or more struts are together configured to react forces generated in a vertical direction and in a lateral direction transverse to the engine ; and wherein the two or more struts are configured to allow substantially unrestricted rotation of the engine with respect to the support structure about an axis of rotation of the engine .
A method of characterizing a part comprising a step of obtaining an X-ray tomography image of the part and then a step of correlating said image with a reference comprising an image of the part constructed from a computer assisted design model, the method being characterized in that the correlation step comprises searching among a predefined set of X-ray tomography image transformations for a transformation that minimizes the difference between the image and the reference in order to characterize (300, 350; 400; 500) the inside of said part .
A multi-lumen endoscope receiving tube , comprising: a proximal balloon disposed along a distal portion of the multi-lumen endoscope receiving tube , a distal balloon positioned distal of the proximal balloon , a plurality of elongated members extending between the proximal and distal balloons , and a handle for manipulating the plurality of elongated members , wherein the proximal and distal balloons are inflatable to form a chamber therebetween, at least a portion of the chamber extending beyond a distal end of the endoscope receiving tube , the endoscope receiving tube having a first lumen dimensioned to receive an endoscope and a second lumen dimensioned to receive a first instrument , wherein the elongated members are strips, fibers or wires. a proximal balloon disposed along a distal portion of the multi-lumen endoscope receiving tube , a distal balloon positioned distal of the proximal balloon , a plurality of elongated members extending between the proximal and distal balloons , and a handle for manipulating the plurality of elongated members , wherein the proximal and distal balloons are inflatable to form a chamber therebetween, at least a portion of the chamber extending beyond a distal end of the endoscope receiving tube , the endoscope receiving tube having a first lumen dimensioned to receive an endoscope and a second lumen dimensioned to receive a first instrument , wherein the elongated members are strips, fibers or wires.
Light emitting device, comprising a phosphor ceramic comprising at least two light emitting materials, wherein - one of the materials has a melting point which is ≥ 200°C lower than that of the other light emitting materials, and - this material is used as matrix material. - one of the materials has a melting point which is ≥ 200°C lower than that of the other light emitting materials, and - this material is used as matrix material.
A dressing for treating an area around an ankle with negative pressure, the dressing comprising: an attachment device having a treatment aperture ; a manifold comprising a stem , a first arm joined to the stem , and a second arm joined to a second end of the stem , the manifold at least partially exposed through the treatment aperture; a cover disposed over the manifold and coupled to the attachment device around the manifold ; and an adhesive on the attachment device for bonding to the area around the ankle, wherein the manifold has a line of symmetry through the stem , and each of the first arm and second arm has a span that is orthogonal to the line of symmetry , and the first arm and the second arm flare away from the stem and edges of the first arm and second arm converge toward the stem to define a concave void adjacent each side of the stem , the first arm has an arm extension for coupling to a fluid conductor . an attachment device having a treatment aperture ; a manifold comprising a stem , a first arm joined to the stem , and a second arm joined to a second end of the stem , the manifold at least partially exposed through the treatment aperture; a cover disposed over the manifold and coupled to the attachment device around the manifold ; and an adhesive on the attachment device for bonding to the area around the ankle, wherein the manifold has a line of symmetry through the stem , and each of the first arm and second arm has a span that is orthogonal to the line of symmetry , and the first arm and the second arm flare away from the stem and edges of the first arm and second arm converge toward the stem to define a concave void adjacent each side of the stem , the first arm has an arm extension for coupling to a fluid conductor .
A mobile galley cart , comprising: a wheeled insulated housing formed from opposing sidewalls, end walls, a top and a bottom, with one of the opposing end walls being a door configured to open to access the interior of the housing; a thermoelectric chiller mounted near the bottom of the cart; on a cold side of the thermoelectric chiller a re-circulatory cold air ducting in at least one of the sidewalls, end walls and bottom in fluid communication with the thermoelectric chiller , the cold air ducting opening to the interior of the mobile galley cart through a plurality of openings through at least one of the sidewalls and end walls; said cold air ducting configured for distributing inside the cart the air cooled by the cold side of the thermoelectric chiller , characterized in that the mobile galley cart comprises on a hot side of the thermoelectric chiller a warm air ducting including a warm air exhaust arranged to exhaust warm air generated by the thermoelectric chiller from the mobile galley cart, wherein the warm air ducting is configured for ducting hot air from the hot side of the thermoelectric chiller to an exhaust air or extraction system, and wherein the cold side and the hot side are isolated from each other. a wheeled insulated housing formed from opposing sidewalls, end walls, a top and a bottom, with one of the opposing end walls being a door configured to open to access the interior of the housing; a thermoelectric chiller mounted near the bottom of the cart; on a cold side of the thermoelectric chiller a re-circulatory cold air ducting in at least one of the sidewalls, end walls and bottom in fluid communication with the thermoelectric chiller , the cold air ducting opening to the interior of the mobile galley cart through a plurality of openings through at least one of the sidewalls and end walls; said cold air ducting configured for distributing inside the cart the air cooled by the cold side of the thermoelectric chiller , characterized in that the mobile galley cart comprises on a hot side of the thermoelectric chiller a warm air ducting including a warm air exhaust arranged to exhaust warm air generated by the thermoelectric chiller from the mobile galley cart, wherein the warm air ducting is configured for ducting hot air from the hot side of the thermoelectric chiller to an exhaust air or extraction system, and wherein the cold side and the hot side are isolated from each other.
A method for forming an anchor hole for a post-installed anchor in which a diameter expansion drill bit having a plurality of cutting-blade portions inserted in a prepared-hole portion bored in a concrete fixing body is rotated and the plurality of cutting-blade portions of the diameter expansion drill bit is slid in a radial direction by a centrifugal force to grind a part of the prepared-hole portion to form a diameter expansion portion , characterised in that a minimum value of the centrifugal force applied to grind the diameter expansion portion is 0.75 N.
A channel measurement method, performed by a terminal, characterized in that the method comprises: receiving a received signal strength indicator, RSSI, measurement timing configuration, RMTC, parameter sent by a base station, wherein the RMTC parameter comprises indication information of at least one subcarrier spacing and a terminal measurement duration corresponding to the indication information, wherein different indication information corresponds to different terminal measurement durations; wherein the indication information comprises a field position of the terminal measurement duration in the RMTC parameter; determining a target terminal measurement duration corresponding to at least one target subcarrier spacing to be measured according to the indication information of the at least one subcarrier spacing and the terminal measurement duration corresponding to the indication information; and performing channel measurement according to the target terminal measurement duration; wherein the performing the channel measurement according to the target terminal measurement duration comprises: acquiring a sampled signal according to the RMTC parameter and the target terminal measurement duration; and obtaining an RSSI and a channel occupancy rate according to the sampled signal; wherein a sampling point corresponding to each subcarrier spacing is an orthogonal frequency division multiplexing (OFDM) symbol length under the subcarrier spacing. receiving a received signal strength indicator, RSSI, measurement timing configuration, RMTC, parameter sent by a base station, wherein the RMTC parameter comprises indication information of at least one subcarrier spacing and a terminal measurement duration corresponding to the indication information, wherein different indication information corresponds to different terminal measurement durations; wherein the indication information comprises a field position of the terminal measurement duration in the RMTC parameter; determining a target terminal measurement duration corresponding to at least one target subcarrier spacing to be measured according to the indication information of the at least one subcarrier spacing and the terminal measurement duration corresponding to the indication information; and performing channel measurement according to the target terminal measurement duration; wherein the performing the channel measurement according to the target terminal measurement duration comprises: acquiring a sampled signal according to the RMTC parameter and the target terminal measurement duration; and obtaining an RSSI and a channel occupancy rate according to the sampled signal; wherein a sampling point corresponding to each subcarrier spacing is an orthogonal frequency division multiplexing (OFDM) symbol length under the subcarrier spacing. acquiring a sampled signal according to the RMTC parameter and the target terminal measurement duration; and obtaining an RSSI and a channel occupancy rate according to the sampled signal; wherein a sampling point corresponding to each subcarrier spacing is an orthogonal frequency division multiplexing (OFDM) symbol length under the subcarrier spacing.
Electronic device comprising - an anode, - a layer A which is adjacent to the anode on the cathode side, comprising a compound K1 which is selected from coordination compounds containing at least one bismuth atom, in a proportion of at least 20%, - a layer B which is adjacent to layer A on the cathode side, comprising a compound H and a further compound K2 which is selected from coordination compounds containing at least one bismuth atom; - a cathode. - an anode, - a layer A which is adjacent to the anode on the cathode side, comprising a compound K1 which is selected from coordination compounds containing at least one bismuth atom, in a proportion of at least 20%, - a layer B which is adjacent to layer A on the cathode side, comprising a compound H and a further compound K2 which is selected from coordination compounds containing at least one bismuth atom; - a cathode.
Constrictive and compressive band for bandaging, capable of treating a lymphoedema or a vein problem, characterised in that it comprises an elastic band and a sheath made of unstretchable textile surrounding said elastic band , and made integral with it, by way of a plurality of transverse seams regularly distributed over the length of the elastic band , said sheath being disposed longitudinally in an expanded state, such that the extension of said elastic band tensions said unstretchable sheath , and thus mechanically limits the extension of the elastic band to a predetermined value.
A composition comprising cinnamaldehyde and zinc for use in preventing obesity or overweight in an individual at risk thereof, treating obesity in an obese individual, and/or promoting weight loss or weight maintenance in an individual in need thereof, wherein the concentration of cinnamaldehyde in the composition is at flavouring concentration from 31.87 ppm up to 6191 ppm and the cinnamaldehyde:zinc ratio is 1:0.5 to 1:0.005 in molarity.
A method of generating ultrasound by driving an array of ultrasonic transducers , said method comprising a charge transfer procedure comprising: switching a terminal of a first ultrasonic transducer of said array, at first electric potential, to a charge distribution bus ; switching a terminal of a second ultrasonic transducer of said array, at a second electric potential different than said first potential, to said charge distribution bus ; and characterized in allowing charge to flow from said first ultrasonic transducer to said second ultrasonic transducer through said charge distribution bus . switching a terminal of a first ultrasonic transducer of said array, at first electric potential, to a charge distribution bus ; switching a terminal of a second ultrasonic transducer of said array, at a second electric potential different than said first potential, to said charge distribution bus ; and characterized in allowing charge to flow from said first ultrasonic transducer to said second ultrasonic transducer through said charge distribution bus .
A holding device for a chin rest for a stringed instrument , via which holding device a support plate provided for supporting the chin of the player of the stringed instrument can be connected to the body of the stringed instrument , the holding device comprising a spring element for resilient connection of the support plate to the body , characterised in that the spring element consists of a material strip which is bent or curved in its central region and is bent over at its two end regions such that the spring element , in longitudinal section, forms an oval which is interrupted on one of its long sides.
A diffuser for a luminaire comprising: a light transmissive substrate (S) having first and second opposing faces; and an array of microprism elements on the first face, a respective microprism element comprising a plurality of concentric rings, each ring comprising a plurality of pyramids; wherein a respective ring is rotated randomly and/or pseudorandomly on the first face relative to the other rings in the respective microprism element ; and wherein the diffuser is configured to receive light from a light source facing the second face and to reduce high-angle luminous intensity of the light emerging from the first face. an array of microprism elements on the first face, a respective microprism element comprising a plurality of concentric rings, each ring comprising a plurality of pyramids; wherein a respective ring is rotated randomly and/or pseudorandomly on the first face relative to the other rings in the respective microprism element ; and wherein the diffuser is configured to receive light from a light source facing the second face and to reduce high-angle luminous intensity of the light emerging from the first face.
A hydraulic tappet of an internal combustion engine, comprising: - a rocker oscillating about a respective axis (A1) of oscillation to control the movement of at least one valve, the rocker having, at a relative arm (B2), a through cavity extending with axial symmetry having a central axis (A2) skew relative to the axis (A1) of oscillation, the cavity having an inner wall , a lower outlet and an upper outlet longitudinally opposite each other, - a plunger slidably engaged in the cavity and emerging from it partially at the relative lower outlet , the plunger being configured to engage with a respective pushing element of the at least one valve, - a check valve unit designed to adjust a flow of oil circulating inside the cavity , the valve unit comprising a main body positioned inside the cavity for closing the relative upper outlet , - an annular sealing unit mounted outside the plunger and designed to guarantee the dynamic seal between the plunger and the inner wall of the cavity during the sliding of the plunger , wherein the check valve unit is of the normally open type. - a rocker oscillating about a respective axis (A1) of oscillation to control the movement of at least one valve, the rocker having, at a relative arm (B2), a through cavity extending with axial symmetry having a central axis (A2) skew relative to the axis (A1) of oscillation, the cavity having an inner wall , a lower outlet and an upper outlet longitudinally opposite each other, - a plunger slidably engaged in the cavity and emerging from it partially at the relative lower outlet , the plunger being configured to engage with a respective pushing element of the at least one valve, - a check valve unit designed to adjust a flow of oil circulating inside the cavity , the valve unit comprising a main body positioned inside the cavity for closing the relative upper outlet , - an annular sealing unit mounted outside the plunger and designed to guarantee the dynamic seal between the plunger and the inner wall of the cavity during the sliding of the plunger , wherein the check valve unit is of the normally open type.
A catheter, comprising: a tubular inner layer; a first reinforcing body that is wound around an outside in a radial direction of the inner layer; a second reinforcing body that is wound around the outside in the radial direction of the first reinforcing body; and an outer layer that covers the inner layer, the first reinforcing body, and the second reinforcing body, wherein the inner layer has a reduced diameter portion that is reduced in diameter from a proximal end side toward a distal end side on an inner peripheral surface, and a thickness of the outer layer between the first reinforcing body and the second reinforcing body is increased, at least partially from the proximal end side toward the distal end side, in the radial direction of the reduced diameter portion. a first reinforcing body that is wound around an outside in a radial direction of the inner layer; a second reinforcing body that is wound around the outside in the radial direction of the first reinforcing body; and an outer layer that covers the inner layer, the first reinforcing body, and the second reinforcing body, wherein the inner layer has a reduced diameter portion that is reduced in diameter from a proximal end side toward a distal end side on an inner peripheral surface, and a thickness of the outer layer between the first reinforcing body and the second reinforcing body is increased, at least partially from the proximal end side toward the distal end side, in the radial direction of the reduced diameter portion.
A method for wireless communication at a user equipment, UE, comprising: receiving one or more downlink transmissions from a base station via a wireless connection with the base station; determining physical layer feedback for the one or more downlink transmissions, the physical layer feedback associated with a physical layer of a protocol stack at the UE; and transmitting the physical layer feedback in one or more higher layer communications with the base station using a higher layer in the protocol stack than the physical layer; wherein the one or more higher layer communications include a medium access control, MAC, layer communication, and wherein the transmitting the physical layer feedback comprises transmitting a MAC control element, MAC-CE, that indicates feedback for one or more physical layer acknowledgment feedback processes; and wherein the MAC-CE is a variable length data or information transmission that includes a feedback process identification, ID, and a number of times that data associated with the feedback process identification was attempted to be decoded at the UE. receiving one or more downlink transmissions from a base station via a wireless connection with the base station; determining physical layer feedback for the one or more downlink transmissions, the physical layer feedback associated with a physical layer of a protocol stack at the UE; and transmitting the physical layer feedback in one or more higher layer communications with the base station using a higher layer in the protocol stack than the physical layer; wherein the one or more higher layer communications include a medium access control, MAC, layer communication, and wherein the transmitting the physical layer feedback comprises transmitting a MAC control element, MAC-CE, that indicates feedback for one or more physical layer acknowledgment feedback processes; and wherein the MAC-CE is a variable length data or information transmission that includes a feedback process identification, ID, and a number of times that data associated with the feedback process identification was attempted to be decoded at the UE.