mhurhangee/patent-ind-claim-en huggingface dataset:
Ballasting device for an agricultural vehicle , having a ballasting body and a first ballasting arm and a second ballasting arm , wherein the first ballasting arm is mounted on the ballasting body so as to be pivotable about a first bearing axis by way of the one end and a first ballasting weight is arranged at the other end thereof, and the second ballasting arm is mounted on the ballasting body so as to be pivotable about a second bearing axis by way of the one end and a second ballasting weight is arranged at the other end thereof, wherein the ballasting device comprises a receiving device for receiving the ballasting device by means of a three-point hitch device of the agricultural vehicle , and the first ballasting weight is adjustable by means of the first ballasting arm and the second ballasting weight is adjustable by means of the second ballasting arm .
A flight path configuration method for an unmanned aerial vehicle, comprising: determining, by a core network, whether the unmanned aerial vehicle is idle by determining that a connection between the unmanned aerial vehicle and a base station is disconnected; when it is determined that the unmanned aerial vehicle is in the idle state: acquiring (S11), by the core network, flight path information of the unmanned aerial vehicle; determining (S12), in the core network, a tracking area where the unmanned aerial vehicle is located, wherein the base station is located in the tracking area; and sending (S13), from the core network, a first paging signalling to the base station, wherein the first paging signalling contains the flight path information, and the first paging signalling is used to instruct the base station to send the flight path information to the unmanned aerial vehicle through a preset signalling. acquiring (S11), by the core network, flight path information of the unmanned aerial vehicle; determining (S12), in the core network, a tracking area where the unmanned aerial vehicle is located, wherein the base station is located in the tracking area; and sending (S13), from the core network, a first paging signalling to the base station, wherein the first paging signalling contains the flight path information, and the first paging signalling is used to instruct the base station to send the flight path information to the unmanned aerial vehicle through a preset signalling.
An electronic device, wherein the electronic device comprises an organic light-emitting diode OLED display , foam , and a film , wherein the foam is located below the OLED display , and the film is located below the foam ; multiple bridge circuits are disposed on the film , each bridge circuit comprises a first branch and a second branch, and the first branch is connected in parallel to the second branch, wherein the first branch comprises a first resistor (R1) and a third resistor (R3), the second branch comprises a second resistor (R2) and a fourth resistor (R4), a first end of the first resistor (R1) is connected to a first end of the second resistor (R2), a second end of the first resistor (R1) is connected to a first end of the third resistor (R3), a second end of the second resistor (R2) is connected to a first end of the fourth resistor (R4), and a second end of the third resistor (R3) is connected to a second end of the fourth resistor (R4), and the multiple bridge circuits are located on a same side of the film ; at least one of the first resistor (R1), the second resistor (R2), the third resistor (R3), or the fourth resistor (R4) is bonded to the foam , and at least one resistor is not bonded to the foam , wherein the resistor that is bonded to the foam is made from a first material, and a strain sensitivity coefficient of the first material is greater than 100; and a film area in which the resistor that is bonded to the foam is located is covered by a second material, and a film area in which the resistor that is not bonded to the foam is located is not covered by the second material, wherein a Young's modulus of the second material is greater than 30.
An abdominal massage apparatus, comprising: - one or more support plates attached to a belt comprising a band or tightening straps configured for being arranged around a waist of a patient, such that the support plates are secured to an abdominal wall of the body of a patient and in use face the abdominal wall of the patient ; - a pumping system; - massage units associated with the support plates , the massage units comprising fluid driven actuators having a flexible casing configured for performing an abdominal massage to the patient ; - control means for controlling deflation and inflation of the fluid driven actuators by the pumping system, wherein at least two fluid driven actuators are arranged on the support plates such that in use they are adjacent to at least one or more colon sections including an ascending section , and a descending section of a colon of the patient , and wherein the control means is configured to control the fluid driven actuators to apply localized forces that generate a pressure on the corresponding colon sections in a direction normal to the abdominal area, characterised in that the control means is configured for controlling a magnitude and timing of the localized forces by inflating the fluid driven actuators until providing the localized forces of predetermined magnitude and subsequent deflating the fluid driven actuators, wherein a frequency of operation of the fluid driven actuators is in a range of 0.1 - 0.9Hz. - one or more support plates attached to a belt comprising a band or tightening straps configured for being arranged around a waist of a patient, such that the support plates are secured to an abdominal wall of the body of a patient and in use face the abdominal wall of the patient ; - a pumping system; - massage units associated with the support plates , the massage units comprising fluid driven actuators having a flexible casing configured for performing an abdominal massage to the patient ; - control means for controlling deflation and inflation of the fluid driven actuators by the pumping system, wherein at least two fluid driven actuators are arranged on the support plates such that in use they are adjacent to at least one or more colon sections including an ascending section , and a descending section of a colon of the patient , and wherein the control means is configured to control the fluid driven actuators to apply localized forces that generate a pressure on the corresponding colon sections in a direction normal to the abdominal area, characterised in that the control means is configured for controlling a magnitude and timing of the localized forces by inflating the fluid driven actuators until providing the localized forces of predetermined magnitude and subsequent deflating the fluid driven actuators, wherein a frequency of operation of the fluid driven actuators is in a range of 0.1 - 0.9Hz.
A Josephson junction quantum device structure comprising: - a substrate provided with a surface layer of a crystalline semiconductor material, in particular crystalline silicon, - at least one Josephson junction , formed by at least one first metal portion , of a superconducting material , coated with an insulating zone , said insulating zone itself being coated with a second metal portion of a superconducting material , the second metal portion covering said insulating zone and said first metal portion , characterized in that : the first metal portion and the second metal portion are disposed on and in contact with a so-called "protective" layer arranged on the substrate or belonging to the substrate , said protective layer being a trap rich layer. - a substrate provided with a surface layer of a crystalline semiconductor material, in particular crystalline silicon, - at least one Josephson junction , formed by at least one first metal portion , of a superconducting material , coated with an insulating zone , said insulating zone itself being coated with a second metal portion of a superconducting material , the second metal portion covering said insulating zone and said first metal portion , characterized in that : the first metal portion and the second metal portion are disposed on and in contact with a so-called "protective" layer arranged on the substrate or belonging to the substrate , said protective layer being a trap rich layer.
An article of footwear , the article of footwear comprising: an inner element , the inner element having an overfoot portion and an underfoot portion , the overfoot portion having a throat area ; an outer element at least partially formed by a first knitted component , the outer element covering the throat area of the inner element; a fastening system secured to the inner element in a throat area, wherein the fastening system is located between the inner element and the outer element, and wherein adjustment of the fastening system adjusts the fit of the inner element when the article of footwear is in use; and a sole structure , wherein the sole structure at least partially covers the underfoot portion of the inner element, wherein the first knitted component is formed using a flat-knitting process, wherein the inner element includes a second knitted component with a circular-knit structure, and wherein the first knitted component and the second knitted component are separately formed. an inner element , the inner element having an overfoot portion and an underfoot portion , the overfoot portion having a throat area ; an outer element at least partially formed by a first knitted component , the outer element covering the throat area of the inner element; a fastening system secured to the inner element in a throat area, wherein the fastening system is located between the inner element and the outer element, and wherein adjustment of the fastening system adjusts the fit of the inner element when the article of footwear is in use; and a sole structure , wherein the sole structure at least partially covers the underfoot portion of the inner element, wherein the first knitted component is formed using a flat-knitting process, wherein the inner element includes a second knitted component with a circular-knit structure, and wherein the first knitted component and the second knitted component are separately formed.
An electronic device for a wireless communication system, comprising: processing circuitry configured to perform control to transmit/receive signals to/from a target communication apparatus via an offset array antenna associated with the electronic device, wherein the offset array antenna comprises multiple sets of antenna elements, each of the multiple sets of antenna elements has multiple antenna elements arranged in a first direction, a spatial offset in the first direction and a phase difference in the first direction exist among the multiple sets of antenna elements, and the multiple sets of antenna elements are arranged in a second direction perpendicular to the first direction; and acquire a state of a channel in the first direction between the offset array antenna and the target communication apparatus, wherein the state of the channel in the first direction is determined using the signals which comprise the phase difference in the first direction; wherein the state of the channel in the first direction is acquired using a reference set of antenna elements and at least one offset antenna element of the multiple sets of antenna elements, and the at least one offset antenna element has a spatial offset in the first direction with respect to each antenna element of the reference set of antenna elements; and the state of the channel in the first direction is acquired by performing phase compensation in the second direction on the at least one offset antenna element. processing circuitry configured to perform control to transmit/receive signals to/from a target communication apparatus via an offset array antenna associated with the electronic device, wherein the offset array antenna comprises multiple sets of antenna elements, each of the multiple sets of antenna elements has multiple antenna elements arranged in a first direction, a spatial offset in the first direction and a phase difference in the first direction exist among the multiple sets of antenna elements, and the multiple sets of antenna elements are arranged in a second direction perpendicular to the first direction; and acquire a state of a channel in the first direction between the offset array antenna and the target communication apparatus, wherein the state of the channel in the first direction is determined using the signals which comprise the phase difference in the first direction; wherein the state of the channel in the first direction is acquired using a reference set of antenna elements and at least one offset antenna element of the multiple sets of antenna elements, and the at least one offset antenna element has a spatial offset in the first direction with respect to each antenna element of the reference set of antenna elements; and the state of the channel in the first direction is acquired by performing phase compensation in the second direction on the at least one offset antenna element.
A method for tempering glass sheets to a surface compressive stress of at least 150 MPa, in which method the quenching of the glass sheet is carried out when the glass sheet travels through the quenching section by blowing air jets on the upper and lower surfaces of the glass sheet with a blower, through blowing apertures in the blowing box and by means of air compressor pressure through pipe nozzles , characterised in that the quenching section comprises at least three successive quenching zones, and the average convective heat transfer coefficient jointly produced by the blowing and the compressed air jets on the upper and lower surfaces of the glass sheet is at least 750 W/m 2 /K in the first zone, at least 10% lower in the second zone than in the first, and at least equally high in the third zone as in the first, and these zone-specific differences in the heat transfer coefficient are implemented by changing the blowing pressures of the pipe nozzles .
An imaging detector , comprising: a scintillator array including a scintillator element and a material ; a photosensor array including a detector element having a light sensitive region and a non-sensitive region , wherein the light sensitive region is separated from the scintillator element by a gap, the light sensitive region is in one-to-one mechanical alignment with the scintillator element, and the non-sensitive region is in mechanical alignment with the material; a structure that includes one or more material free channels that are adjacent to the gap and accessible to a substance in the gap, wherein the structure is located between the non-sensitive region and the material and not between the light sensitive region and the scintillator element; and an optical adhesive located in the gap, filling the entire gap, and mechanically and optically coupling the light sensitive region and the scintillator element, characterized in that at least one of the one or more material free channels provides a reservoir that holds air that would otherwise be trapped in the gap between the light sensitive region and the scintillator element. a scintillator array including a scintillator element and a material ; a photosensor array including a detector element having a light sensitive region and a non-sensitive region , wherein the light sensitive region is separated from the scintillator element by a gap, the light sensitive region is in one-to-one mechanical alignment with the scintillator element, and the non-sensitive region is in mechanical alignment with the material; a structure that includes one or more material free channels that are adjacent to the gap and accessible to a substance in the gap, wherein the structure is located between the non-sensitive region and the material and not between the light sensitive region and the scintillator element; and an optical adhesive located in the gap, filling the entire gap, and mechanically and optically coupling the light sensitive region and the scintillator element, characterized in that
A hand-operated and/or foot-operated control device with a detector system for a medical motor system, comprising a multi-channel redundantly-configured detection device which is accommodated in the hand-operated and/or foot-operated control device that is adapted to control the medical motor system and which is positioned to detect the actuation of an actuating device (22; 23) of the hand-operated and/or foot-operated control device , wherein the actuation device is configured as a lever or slider; the multi-channel redundant detection device comprises at least two detection receiving devices ; and the multi-channel redundant detection device is designed to allow the plausibility of its output signals to be checked, characterized in that the multi-channel redundant detection device comprises one respectively associated detection transmitting device for the at least two detection receiving devices ; and the associated detection transmitting device is provided for each of the at least two detection receiving devices and is arranged to charge a corresponding one of the at least two detection receiving devices with a respective detection transmitting quantity.
A cleaning pad (100;200;300;400) for treating smooth surfaces in particular, wherein the cleaning pad (100;200;300;400) comprises an elastically deformable core and a cleaning cover which surrounds the core, the cover consisting of two material blanks (6; 6') which enclose the core therebetween and which are connected together by way of at least one adhesive- and/or weld seam at an edge area which surrounds the core , at least one of the material blanks being coated, at least in the outer edge area thereof, with an activatable or activated adhesive material on the surface of said blank which faces the core , characterized in that the adhesive material , in the form of an adhesive gauze, is placed as an activatable layer flat on at least one of the material blanks (6; 6') on the full surface thereof which faces the core , the adhesive material being thermally activated through the introduction of ultrasound, high-frequency or hot gluing.
A method of electric wire routing, comprising: routing an electric wire in an electric wire routing path which is provided in a case and has a concave shape in a cross-sectional view; and covering an upper portion of the electric wire routing path with a cover , wherein a pair of guide pins are inserted into a through hole formed in a bottom portion of the electric wire routing path in the case from below to a position above a side wall portion which forms the electric wire routing path, the electric wire is passed between the guide pins, and the cover is assembled to the upper portion of the electric wire routing path while the guide pins are pulled out from the through hole. routing an electric wire in an electric wire routing path which is provided in a case and has a concave shape in a cross-sectional view; and covering an upper portion of the electric wire routing path with a cover , wherein a pair of guide pins are inserted into a through hole formed in a bottom portion of the electric wire routing path in the case from below to a position above a side wall portion which forms the electric wire routing path, the electric wire is passed between the guide pins, and the cover is assembled to the upper portion of the electric wire routing path while the guide pins are pulled out from the through hole.
A curable aqueous composition comprising a (co)polymer and an epoxy crosslinker, wherein the (co)polymer comprises, as (co)polymerized units, from 0.05% to 10% by dry weight, based on total monomers of the (co)polymer, ethylenically unsaturated acidic monomers having at least two carboxylic acid groups, and the epoxy crosslinker is an aliphatic compound having at least two reactive oxirane groups; and wherein the oxirane groups are present in the epoxy crosslinker in the range of from 1% to 10% by dry weight, based on total dry weight of the (co)polymer.
A radio-protective device for a cylindrical duct (C) capable of conveying a ionizing radiation emitting fluid, said radio-protective device being consisted of at least one tube section , of longitudinal axis (L), having a first end and a second end , said at least one tube section extending over a length (l) and being delimited by a cylindrical external surface and a cylindrical internal surface , delimiting between them a wall thickness (e), and said at least one tube section comprising at least one longitudinal cut that extends over its entire length (I), parallel to said longitudinal axis (L), and over its entire wall thickness (e), between said external surface and said internal surface , said at least one longitudinal cut being designed to allow the opening of said tube section for positioning the latter onto said cylindrical duct (C), said at least one longitudinal cut having a cross-section, perpendicular to said longitudinal axis (L), called "opening cut section" , which consists of a non-radial line, and said first end and second end of said tube section each having a radial wall section, parallel to said longitudinal axis (L), called "tube wall end section" (11a, 12a, 11a1, 11a2, 11a3, 11a4), which is not perpendicular to said longitudinal axis (L), said radio-protective device being characterized in that said tube wall end sections (11a, 12a, 11a1, 11a2, 11a3, 11a4) of said first end and said second end are complementary to each other, in such a way as to allow the at least partial fitting / interlocking of the ends of two juxtaposed tube sections . said radio-protective device being consisted of at least one tube section , of longitudinal axis (L), having a first end and a second end , said at least one tube section extending over a length (l) and being delimited by a cylindrical external surface and a cylindrical internal surface , delimiting between them a wall thickness (e), and said at least one tube section comprising at least one longitudinal cut that extends over its entire length (I), parallel to said longitudinal axis (L), and over its entire wall thickness (e), between said external surface and said internal surface , said at least one longitudinal cut being designed to allow the opening of said tube section for positioning the latter onto said cylindrical duct (C), said at least one longitudinal cut having a cross-section, perpendicular to said longitudinal axis (L), called "opening cut section" , which consists of a non-radial line, and said first end and second end of said tube section each having a radial wall section, parallel to said longitudinal axis (L), called "tube wall end section" (11a, 12a, 11a1, 11a2, 11a3, 11a4), which is not perpendicular to said longitudinal axis (L), said radio-protective device being characterized in that said tube wall end sections (11a, 12a, 11a1, 11a2, 11a3, 11a4) of said first end and said second end are complementary to each other, in such a way as to allow the at least partial fitting / interlocking of the ends of two juxtaposed tube sections .