mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising, with respect to the total weight of (A) and (B): • from 0.1% to 99% by weight of at least one 1,4:3,6-dianhydrohexitol ester (A), the molar mass of which ranges from 255 to 345 g.mol -1 , which is chosen from isosorbide, isomannide and isoidide monoesters and diesters; • from 1% to 99.9% by weight of at least one compound (B), the molar mass of which is greater than 345 g.mol -1 , chosen from: • 1,4:3,6-dianhydrohexitol esters chosen from isosorbide, isomannide and isoidide monoesters and diesters, the 1,4:3,6-dianhydrohexitol ester groups of which are groups comprising from 1 to 24 carbon atoms, preferably groups comprising 6 to 12 carbon atoms; • esters of cyclohexanepolycarboxylic acid; • esters of phthalic acid. • from 0.1% to 99% by weight of at least one 1,4:3,6-dianhydrohexitol ester (A), the molar mass of which ranges from 255 to 345 g.mol -1 , which is chosen from isosorbide, isomannide and isoidide monoesters and diesters; • from 1% to 99.9% by weight of at least one compound (B), the molar mass of which is greater than 345 g.mol -1 , chosen from: • 1,4:3,6-dianhydrohexitol esters chosen from isosorbide, isomannide and isoidide monoesters and diesters, the 1,4:3,6-dianhydrohexitol ester groups of which are groups comprising from 1 to 24 carbon atoms, preferably groups comprising 6 to 12 carbon atoms; • esters of cyclohexanepolycarboxylic acid; • esters of phthalic acid.
Gearwheel for motion transmission systems onto cycles which is rotatable with respect to its center of rotation (C) and which comprises two gearwheel halves centrally symmetrical with respect to said center of rotation (C) and both having a dragging profile adapted to enter at least partially in contact with a flexible element closed in a loop for the driving in motion of a cycle, wherein said dragging profile comprises at least five sections having different curvatures between them and comprises a larger diameter and a smaller diameter whose ratio has a value between 1.31 and 1.39, characterized by the fact that it comprises a larger diameter and a smaller diameter whose ratio is equal to 1.3574.
A wireless power receiving device having opposing front and rear faces, wherein the wireless power receiving device is configured to receive wireless power signals from a wireless power transmitting device , the wireless power receiving device comprising: a housing having a rear housing wall at the rear face; a display mounted in the housing at the front face; and a power receiving solenoid that has a solenoid core and that is configured to receive the wireless power signals from the wireless power transmitting device, characterized in that the solenoid core has a first strip portion extending along a first longitudinal axis, a second strip portion extending along a second longitudinal axis parallel to the first longitudinal axis, and a curved portion that extends from the first strip portion to the second strip portion, the power receiving solenoid further comprising first windings of wire wrapped around the first strip portion and second windings of wire wrapped around the second strip portion, wherein the solenoid core is curved along part of its length while extending across the rear housing wall parallel to the rear face. a housing having a rear housing wall at the rear face; a display mounted in the housing at the front face; and a power receiving solenoid that has a solenoid core and that is configured to receive the wireless power signals from the wireless power transmitting device, characterized in that the solenoid core has a first strip portion extending along a first longitudinal axis, a second strip portion extending along a second longitudinal axis parallel to the first longitudinal axis, and a curved portion that extends from the first strip portion to the second strip portion, the power receiving solenoid further comprising first windings of wire wrapped around the first strip portion and second windings of wire wrapped around the second strip portion, wherein the solenoid core is curved along part of its length while extending across the rear housing wall parallel to the rear face.
A snowmaking automation system for remotely controlling the generation of snow, comprising: a hydrant for selectively receiving and delivering pressurized water and compressed air; a snowmaking gun coupled to the hydrant to selectively receive the pressurized water and the compressed air; characterized by further comprising at least one automation module coupled to the hydrant and to the snowmaking gun , respectively; each of the respective at least one automation modules having a means for communication and a motor for actuating the snowmaking gun or the hydrant to selectively generate snow using the water and the air; wherein the respective at least one automation module comprises a first automation module coupled to the hydrant and a second automation module coupled to the snowmaking gun , and a base station in communication with each automation module , the base station configured to provide a user control of each automation module and thereby remotely control generation of the snow. a hydrant for selectively receiving and delivering pressurized water and compressed air; a snowmaking gun coupled to the hydrant to selectively receive the pressurized water and the compressed air; characterized by further comprising at least one automation module coupled to the hydrant and to the snowmaking gun , respectively; each of the respective at least one automation modules having a means for communication and a motor for actuating the snowmaking gun or the hydrant to selectively generate snow using the water and the air; wherein the respective at least one automation module comprises a first automation module coupled to the hydrant and a second automation module coupled to the snowmaking gun , and a base station in communication with each automation module , the base station configured to provide a user control of each automation module and thereby remotely control generation of the snow.
A lifting stern platform system for boats with outboard engine wherein the outboard engine or several outboard engines are positioned to the middle of the stern of the boat in such a way to open passages on the side of the engines and whereby the engines are of enough distance apart to allow joystick maneuvering, wherein the system comprises a stern platform and a lifting mechanism , characterized in that a lower part of the hull is, on each side of the stern , made with lateral hull extensions , which hold substantially vertical supports of the lifting mechanism , and through the lifting mechanism , hold the stern platform fixedly attached to the lifting mechanism , whereby the stern platform is by the lifting mechanism lifted and descended in substantially vertical direction to at least 3 positions, UP, DOWN and DRIVE electrohydraulically, electrically or mechanically, and whereby the hull extensions are on the outer side recessed towards the midline in a way to create a step of the length from 3 to 5 cm for enabeling a water flow to be detached from a lateral underwater part of the hull, and the hull extensions are, on their bottom side, recessed upwards to create a vertical step of the height from 3 to 5 cm for enabeling a water flow to be detached from a bottom underwater part of the hull.
A system for detecting and locating an incontinence event comprising a patient support apparatus configured to support a patient thereon, an incontinence detection pad including a substrate and an incontinence detection grid coupled to the substrate , and a communications system including a wireless tag coupled removably to the incontinence detection pad and configured to sense one or more electrical characteristics of the detection grid , a wireless module coupled to the patient support apparatus and having an antenna to receive signals from the wireless tag including the one or more electrical characteristics sensed by the wireless tag , and circuitry coupled to the patient support apparatus configured to provide a transmission of data signals to a nurse call station including incontinence signals indicative of the occurrence of an incontinence event based on the one or more electrical characteristics characterised in that the wireless tag is a clip-on wireless tag, and wherein the wireless tag includes a pair of index tabs and the incontinence detection pad is formed to include a pair of index openings that each receive one of the index tabs to position the wireless tag in contact with a plurality of conductive traces included in the detection grid . a patient support apparatus configured to support a patient thereon, an incontinence detection pad including a substrate and an incontinence detection grid coupled to the substrate , and a communications system including a wireless tag coupled removably to the incontinence detection pad and configured to sense one or more electrical characteristics of the detection grid , a wireless module coupled to the patient support apparatus and having an antenna to receive signals from the wireless tag including the one or more electrical characteristics sensed by the wireless tag , and circuitry coupled to the patient support apparatus configured to provide a transmission of data signals to a nurse call station including incontinence signals indicative of the occurrence of an incontinence event based on the one or more electrical characteristics characterised in that the wireless tag is a clip-on wireless tag, and wherein the wireless tag includes a pair of index tabs and the incontinence detection pad is formed to include a pair of index openings that each receive one of the index tabs to position the wireless tag in contact with a plurality of conductive traces included in the detection grid .
An antenna cover for a vehicle , the cover being intended to cover at least one antenna attached to the vehicle ,the cover being made of composite material with a ceramic matrix reinforced by oxide fibres, the cover having an external surface covered with at least one first metal layer except on one or more portions of the cover intended to come facing the antenna or the antennas , characterised in that the cover has an internal surface covered by at least one second metal layer except on the portion or the portions of the cover intended to come facing the antenna or the antennas , the second metal layer being connected to the first metal layer by a metal layer covering a slice of the cover between the external surface and the internal surface .
A pressure sensor , adapted to be implanted inside a human or animal vessel for measuring intravascular pressure, comprising: - a hermetic capsule comprising at least a partially flexible portion ; - an electronic circuit housed in the capsule , said electronic circuit being adapted to generate an electrical transduction pressure signal resulting from a deformation of the partially flexible portion of the capsule , and dependent on the absolute pressure outside the capsule ; - an electrode pair electrically connected to the electronic circuit , wherein each electrode of the electrode pair is, at least in part, arranged externally to the capsule ; wherein the electronic circuit comprises: - a digital control unit ; - an interrogation stage adapted to receive an interrogation signal transmitted by volume conduction to the electrode pair ; to process said interrogation signal by means of the digital control unit ; to generate, in response to the interrogation signal, the electrical transduction pressure signal; and to transmit, in response to the interrogation signal, said electrical transduction pressure signal to a medium by volume conduction, through the electrode pair ; - a power transfer stage adapted to receive at least part of the interrogation signal transmitted by volume conduction to the electrode pair , and to transfer the power associated to said at least part of the interrogation signal to the digital control unit and to the interrogation stage . - a hermetic capsule comprising at least a partially flexible portion ; - an electronic circuit housed in the capsule , said electronic circuit being adapted to generate an electrical transduction pressure signal resulting from a deformation of the partially flexible portion of the capsule , and dependent on the absolute pressure outside the capsule ; - an electrode pair electrically connected to the electronic circuit , wherein each electrode of the electrode pair is, at least in part, arranged externally to the capsule ; - a digital control unit ; - an interrogation stage adapted to receive an interrogation signal transmitted by volume conduction to the electrode pair ; to process said interrogation signal by means of the digital control unit ; to generate, in response to the interrogation signal, the electrical transduction pressure signal; and to transmit, in response to the interrogation signal, said electrical transduction pressure signal to a medium by volume conduction, through the electrode pair ; - a power transfer stage adapted to receive at least part of the interrogation signal transmitted by volume conduction to the electrode pair , and to transfer the power associated to said at least part of the interrogation signal to the digital control unit and to the interrogation stage .
A liquid electrophotographic (LEP) ink composition comprising: a carrier liquid; a resin comprising a polymer having acidic side groups; a colorant selected from a magenta colorant, a cyan colorant and a black colorant; and an amine-containing basic dispersant having a total base number (TBN) in the range of 10 to 65 mg KOH/g material, the amine-containing basic dispersant present in an amount from 5 wt.% to 15 wt.% by total weight of colorant; wherein the colorant is present in the LEP ink composition in an amount of from 10 wt.% to 80 wt.% by total weight solids of the LEP ink composition. a carrier liquid; a resin comprising a polymer having acidic side groups; a colorant selected from a magenta colorant, a cyan colorant and a black colorant; and an amine-containing basic dispersant having a total base number (TBN) in the range of 10 to 65 mg KOH/g material, the amine-containing basic dispersant present in an amount from 5 wt.% to 15 wt.% by total weight of colorant; wherein the colorant is present in the LEP ink composition in an amount of from 10 wt.% to 80 wt.% by total weight solids of the LEP ink composition.
A method of transmitting and receiving a signal by a user equipment, UE, in a wireless communication system, the method comprising: receiving (S1101) downlink control information, DCI, scheduling multiple PUSCHs to be transmitted on a serving cell; and transmitting (S1103), through an unlicensed band, the multiple PUSCHs on the serving cell based on the DCI, characterized by determining a payload size of the DCI based on a larger of a number of information bits for scheduling a single PUSCH and a number of information bits for scheduling the multiple PUSCHs by adding zeros to a smaller of the number of information bits for scheduling the single PUSCH and the number of information bits for scheduling the multiple PUSCHs, and wherein the DCI includes no codeblock group transmission information, CBGTI, field based on the scheduling of the multiple PUSCHs. receiving (S1101) downlink control information, DCI, scheduling multiple PUSCHs to be transmitted on a serving cell; and transmitting (S1103), through an unlicensed band, the multiple PUSCHs on the serving cell based on the DCI, characterized by determining a payload size of the DCI based on a larger of a number of information bits for scheduling a single PUSCH and a number of information bits for scheduling the multiple PUSCHs by adding zeros to a smaller of the number of information bits for scheduling the single PUSCH and the number of information bits for scheduling the multiple PUSCHs, and wherein the DCI includes no codeblock group transmission information, CBGTI, field based on the scheduling of the multiple PUSCHs.
A vehicle constant speed travel control method comprising: calculating (S2) a target driving power (DP_T) based on a difference between a target vehicle speed (VSP_T) and an actual vehicle speed; setting (S4, S5) a target accelerator pedal opening (APO_T) for calculating a gear ratio in constant speed travel control based on the target driving power (DP_T); and setting (S6) a target gear ratio based on the target accelerator pedal opening (APO_T), characterized in that : the target accelerator pedal opening (APO_T) is set differently in accordance with a towing state of a vehicle such that the target accelerator pedal opening (APO_T) during towing by the vehicle is set smaller as compared with the target accelerator pedal opening (APO_T) during non-towing by the vehicle with respect to the same target driving power (DP_T); and the target gear ratio is set further based on the towing state such that the target gear ratio during towing by the vehicle is set to a higher gear ratio than the target gear ratio during non-towing by the vehicle. calculating (S2) a target driving power (DP_T) based on a difference between a target vehicle speed (VSP_T) and an actual vehicle speed; setting (S4, S5) a target accelerator pedal opening (APO_T) for calculating a gear ratio in constant speed travel control based on the target driving power (DP_T); and setting (S6) a target gear ratio based on the target accelerator pedal opening (APO_T), characterized in that : the target accelerator pedal opening (APO_T) is set differently in accordance with a towing state of a vehicle such that the target accelerator pedal opening (APO_T) during towing by the vehicle is set smaller as compared with the target accelerator pedal opening (APO_T) during non-towing by the vehicle with respect to the same target driving power (DP_T); and the target gear ratio is set further based on the towing state such that the target gear ratio during towing by the vehicle is set to a higher gear ratio than the target gear ratio during non-towing by the vehicle. the target accelerator pedal opening (APO_T) is set differently in accordance with a towing state of a vehicle such that the target accelerator pedal opening (APO_T) during towing by the vehicle is set smaller as compared with the target accelerator pedal opening (APO_T) during non-towing by the vehicle with respect to the same target driving power (DP_T); and the target gear ratio is set further based on the towing state such that the target gear ratio during towing by the vehicle is set to a higher gear ratio than the target gear ratio during non-towing by the vehicle.
A light sheet microscope , comprising: a light source configured to emit illumination light, an optical system configured to form a light sheet from the illumination light in a sample space , said light sheet being focused in a thickness direction perpendicular to a light propagation direction thereof to form a beam waist in said thickness direction, wherein the optical system has a field diaphragm adjustable to vary a width of the light sheet in a width direction being perpendicular to both the light propagation direction and the thickness direction, a scanning element configured to move the light sheet a scanning distance in the sample space along a scanning direction, and a control unit configured to control the field diaphragm for adjusting the width of the light sheet and to control the scanning element for moving the light sheet by the scanning distance in order to photo-manipulate a target area of a sample by scanning the target area with the beam waist of the light sheet, said target area being defined by the width of the light sheet and the scanning distance. characterized in that , the control unit is configured to control the field diaphragm and the scanning element such that the width of the light sheet is varied while the light sheet is moved along the scanning direction. a light source configured to emit illumination light, an optical system configured to form a light sheet from the illumination light in a sample space , said light sheet being focused in a thickness direction perpendicular to a light propagation direction thereof to form a beam waist in said thickness direction, wherein the optical system has a field diaphragm adjustable to vary a width of the light sheet in a width direction being perpendicular to both the light propagation direction and the thickness direction, a scanning element configured to move the light sheet a scanning distance in the sample space along a scanning direction, and a control unit configured to control the field diaphragm for adjusting the width of the light sheet and to control the scanning element for moving the light sheet by the scanning distance in order to photo-manipulate a target area of a sample by scanning the target area with the beam waist of the light sheet, said target area being defined by the width of the light sheet and the scanning distance. characterized in that , the control unit is configured to control the field diaphragm and the scanning element such that the width of the light sheet is varied while the light sheet is moved along the scanning direction.
A damping or return device for sliding door leaves or for drawers, comprising a pin the shank of which is constituted by a diametrically differently-polarized magnet that slideably and axially interacts inside a steel plate or a complementarily-shaped collar of the device, which is made of steel and polygonal in cross-section, in contrast with an elastically compressible damping element of the device, characterized in that said shank of said pin being diametrically polarized differently and being therefore, from the magnetic point of view, divided into a first half-shank and a second half-shank , which are coupled together and are mutually identical, being polygonal in cross-section and having opposing polarities, said first half-shank having a north polarity (N) and said second half-shank having a south polarity (S).
A control apparatus configured to obtain host system information from a host system via a first communication interface which complies with a predetermined standard and to communicate with each of a plurality of devices via, for each of the plurality of devices, a second communication interface which complies with the predetermined standard, the control apparatus comprising: reception means connected to the first communication interface ; a storage means configured to store, relative to a plurality of power states of the host system, power state information for the plurality of devices and power state information for the first communication interface; control means configured to issue, via each of the second communication interfaces, a control signal which is to control a power state of each of the plurality of devices and to issue a control signal which is to control a power state of the reception means ; wherein in the case that the reception means receives host system information indicating that the host system transitions to a predetermined power state of said plurality of power states, the control means is configured to issue said control signals in accordance with the power state information stored in the storage means. reception means connected to the first communication interface ; a storage means configured to store, relative to a plurality of power states of the host system, power state information for the plurality of devices and power state information for the first communication interface; control means configured to issue, via each of the second communication interfaces, a control signal which is to control a power state of each of the plurality of devices and to issue a control signal which is to control a power state of the reception means ; wherein in the case that the reception means receives host system information indicating that the host system transitions to a predetermined power state of said plurality of power states, the control means is configured to issue said control signals in accordance with the power state information stored in the storage means.