mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor blade for a wind turbine, having an inner blade portion , which extends in the longitudinal direction of the rotor blade starting from a rotor blade root , a trailing edge segment arranged on the inner blade portion and intended for increasing the profile depth of the rotor blade along a portion in the rotor blade longitudinal direction, wherein the rotor blade has a pressure-side surface and a suction-side surface which are each formed in certain areas from parts of the inner blade portion and of the trailing edge segment , characterized, in that at least one slot-like air inlet and/or air outlet which extends substantially in the rotor blade longitudinal direction is formed on the pressure-side and/or suction-side surface of the rotor blade directly in the transition area from the inner blade portion to the trailing edge segment . an inner blade portion , which extends in the longitudinal direction of the rotor blade starting from a rotor blade root , a trailing edge segment arranged on the inner blade portion and intended for increasing the profile depth of the rotor blade along a portion in the rotor blade longitudinal direction, wherein the rotor blade has a pressure-side surface and a suction-side surface which are each formed in certain areas from parts of the inner blade portion and of the trailing edge segment , characterized, in that at least one slot-like air inlet and/or air outlet which extends substantially in the rotor blade longitudinal direction is formed on the pressure-side and/or suction-side surface of the rotor blade directly in the transition area from the inner blade portion to the trailing edge segment .
A medical device comprising: a balloon comprising an outer surface; and a drug coating layer on the outer surface of the balloon, wherein the drug coating layer comprises a plurality of microcrystals in a haystack orientation in which the majority of the plurality of microcrystals each have a major dimension length that is at least five times greater than the major dimension width of the microcrystal and the majority of said microcrystals are oriented at less than a 20 degree angle from the outer surface of the balloon, the microcrystals having random and a substantial absence of uniformity in placement on the outer surface of the balloon. a balloon comprising an outer surface; and a drug coating layer on the outer surface of the balloon, wherein the drug coating layer comprises a plurality of microcrystals in a haystack orientation in which the majority of the plurality of microcrystals each have a major dimension length that is at least five times greater than the major dimension width of the microcrystal and the majority of said microcrystals are oriented at less than a 20 degree angle from the outer surface of the balloon, the microcrystals having random and a substantial absence of uniformity in placement on the outer surface of the balloon.
A data reception chip coupled to an external memory comprising a first input-output pin configured to output first data, comprising: a comparison module coupled to the first input-output pin to receive the first data according to a first operation voltage and comparing the first data with a first reference voltage to identify the value of the first data, wherein the first operation voltage (VPP) is coupled to the first data (DQ<0>) and a voltage generation module ,and the voltage generation module configured to generate the first reference voltage and comprises: a first resistor; and a second resistor connected to the first resistor in series, wherein the first and second resistors divide the first operation voltage to generate the first reference voltage. a comparison module coupled to the first input-output pin to receive the first data according to a first operation voltage and comparing the first data with a first reference voltage to identify the value of the first data, wherein the first operation voltage (VPP) is coupled to the first data (DQ<0>) and a voltage generation module ,and the voltage generation module configured to generate the first reference voltage and comprises: a first resistor; and a second resistor connected to the first resistor in series, wherein the first and second resistors divide the first operation voltage to generate the first reference voltage. a first resistor; and a second resistor connected to the first resistor in series, wherein the first and second resistors divide the first operation voltage to generate the first reference voltage.
Protective device for pressurized-gas bottles, having a protective device body which surrounds an inner cavity for receiving an extraction valve and, with a fastening section , is able to be connected to the neck of a pressurized-gas bottle and has at least one cutout for operating the extraction valve, wherein the protective device body is manufactured from plastic, and is provided with at least one elastically deformable deformation zone for absorbing the impact energy in the event of an impact or fall of the pressurized-gas bottle, characterized in that the deformation zone comprises elastic spring elements extending around the protective device body and is constructed in the manner of a corrugated hose or corrugated tube.
An RFID transponder, comprising - an antenna, comprising a radiating element , - an IC , - a ground plane arranged under the radiating element , characterized in that the ground plane is solid without openings and the radiating element comprises a near field communication section extending over the edge of the ground plane for enabling near field communication of the antenna by the ground plane from backside of the RFID transponder. - an antenna, comprising a radiating element , - an IC , - a ground plane arranged under the radiating element ,
A printer comprising: a printer body ; a lid attached to the printer body to be opened and closed; a platen roller attached to one of the lid and the printer body , and a recording head attached to the other of the lid and the printer body ; a lock lever provided in the printer body and configured to lock the lid to the printer body ; and an open lever slidably attached to the lid and configured to slide to operate the lock lever to unlock the lid , wherein the open lever is removably attached to an opening formed in the lid , the open lever being configured to be removable from the lid when the lid is closed, and wherein the lock lever is configured to separate the platen roller from the recording head when operated by the open lever . a printer body ; a lid attached to the printer body to be opened and closed; a platen roller attached to one of the lid and the printer body , and a recording head attached to the other of the lid and the printer body ; a lock lever provided in the printer body and configured to lock the lid to the printer body ; and an open lever slidably attached to the lid and configured to slide to operate the lock lever to unlock the lid , wherein the open lever is removably attached to an opening formed in the lid , the open lever being configured to be removable from the lid when the lid is closed, and wherein the lock lever is configured to separate the platen roller from the recording head when operated by the open lever .
A User Equipment, UE , comprising: a transmission and reception unit , and a control unit , wherein the control unit is configured to perform mobile originated communication and not receive a paging, in a case that the UE is in a first mode, the transmission and reception unit is configured for: sending, to a core network , a request message for registration including first information indicating a request of communication of the first mode and indicating that the UE supports the first mode, and receiving, from the core network , an accept message for registration including second information indicating that the core network accepts a use of the first mode, and indicating an area to which the first mode is allocated. a transmission and reception unit , and a control unit , the control unit is configured to perform mobile originated communication and not receive a paging, in a case that the UE is in a first mode, the transmission and reception unit is configured for: sending, to a core network , a request message for registration including first information indicating a request of communication of the first mode and indicating that the UE supports the first mode, and receiving, from the core network , an accept message for registration including second information indicating that the core network accepts a use of the first mode, and indicating an area to which the first mode is allocated. sending, to a core network , a request message for registration including first information indicating a request of communication of the first mode and indicating that the UE supports the first mode, and receiving, from the core network , an accept message for registration including second information indicating that the core network accepts a use of the first mode, and indicating an area to which the first mode is allocated.
An automatic cover detection system for a fire detector comprising: a fire detector top cover having an exposed surface ; an indicator LED for standardly indicating the fire detector's functionality and a sensor assembly operatively coupled to the fire detector to detect the presence of an object in contact with or in close proximity of the fire detector top cover and at least partially covering the exposed surface of the fire detector top cover, wherein the sensor assembly comprises an optical sensor assembly having an electromagnetic emitter and an electromagnetic sensor , characterised in that : the indicator LED is the electromagnetic emitter. a fire detector top cover having an exposed surface ; an indicator LED for standardly indicating the fire detector's functionality and a sensor assembly operatively coupled to the fire detector to detect the presence of an object in contact with or in close proximity of the fire detector top cover and at least partially covering the exposed surface of the fire detector top cover, wherein the sensor assembly comprises an optical sensor assembly having an electromagnetic emitter and an electromagnetic sensor , characterised in that : the indicator LED is the electromagnetic emitter.
An additive for diesel fuel and fuel oil, comprising: A) from 2 to 12 % by weight, with respect to the sum of components A), B) and C), of an oxidation catalyst comprising a mixture of salts of at least one iron salt, and at least one cerium salt; B) from 82 to 92 % by weight, with respect to the sum of components A), B) and C), of at least one organic nitrate; and C) from 6 to 16 % by weight, with respect to the sum of components A), B) and C), of at least one dispersing agent, wherein the dispersing agent C) is selected from alkyl amines, alkyl amides, alkyl aryl amines, alkyl aryl amides, or mixtures thereof. A) from 2 to 12 % by weight, with respect to the sum of components A), B) and C), of an oxidation catalyst comprising a mixture of salts of at least one iron salt, and at least one cerium salt; B) from 82 to 92 % by weight, with respect to the sum of components A), B) and C), of at least one organic nitrate; and C) from 6 to 16 % by weight, with respect to the sum of components A), B) and C), of at least one dispersing agent, wherein the dispersing agent C) is selected from alkyl amines, alkyl amides, alkyl aryl amines, alkyl aryl amides, or mixtures thereof.
Device comprising several solar panels which solar panels are mutually hinge-mounted so as to form a composed solar panel in such a way that the composed solar panel can be folded from a folded-out state into a folded state in which the solar panels are adjacent to one another and in that the composed solar panel can be unfolded from a folded state into a folded-out state in which the solar panels extend in a common plane (AA'), whereby the device is further provided with a frame which is hinge-mounted to the composed solar panel and which is formed of two frame portions which can be disassembled, more specifically a first frame portion and a second frame portion , characterised in that the second frame portion is provided with adjusting means which connect the second frame portion concerned to the composed solar panel and whereby both frame portions contain a base extending in a plane and contain a number of standing ribs and respectively, extending crosswise to the corresponding base , whereby in a disassembled condition of the frame , each frame portion forms a supporting structure for the solar panel , which can be unfolded into its folded-out state by unfolding the solar panels in relation to one another, and whereby the composed solar panel can be rotated as a whole in the folded-out state in relation to the first frame portion with which it is hinge-mounted so as to orient it in a horizontal position and/or in random oblique positions, whereby the frame , in an assembled condition, forms a beam-shaped cage around the folded, composed solar panel , whereby the base forms either the bottom surface or the upper surface respectively of the beam-shaped cage , at least when the frame is assembled into a cage .
Isolated human adherent placental cells for use in treating a disruption in the flow of blood in or around the brain of an individual, wherein said isolated human adherent placental cells are CD10 + , CD34 - , CD105 + , and CD200 + , and wherein said isolated human adherent placental cells are prepared to be administered in an effective amount to said individual.
A scent patch having a total surface area of 2-36 cm 2 and comprising from the bottom to the top in this order a backing layer , an adhesive layer , an adsorbing pad and one or more protective liners , wherein: ▪ the backing layer is a fabric layer with a tensile strength > 25 N/cm; ▪ the adhesive layer is a polymer layer resistant to ethanol / ethanolic compositions; ▪ the adsorbing pad comprises a non-woven pad which comprises a fragrance composition ; ▪ the adsorbing pad comprises an anti-adhering layer opposite to the adhesive layer ; ▪ the protective liner is a film with a thickness below 100 micron; - the adhesive layer overlays the adsorbing pad and fully surrounds the adsorbing pad when viewed from the top; the non-woven pad : • is a structured elastic material that is adaptively formed, and • forms a plurality of fluid reservoir volumes , and • has an absorbance capacity for said fragrance composition of more than 20g/100cm2. ▪ the backing layer is a fabric layer with a tensile strength > 25 N/cm; ▪ the adhesive layer is a polymer layer resistant to ethanol / ethanolic compositions; ▪ the adsorbing pad comprises a non-woven pad which comprises a fragrance composition ; ▪ the adsorbing pad comprises an anti-adhering layer opposite to the adhesive layer ; ▪ the protective liner is a film with a thickness below 100 micron; - the adhesive layer overlays the adsorbing pad and fully surrounds the adsorbing pad when viewed from the top; the non-woven pad : • is a structured elastic material that is adaptively formed, and • forms a plurality of fluid reservoir volumes , and • has an absorbance capacity for said fragrance composition of more than 20g/100cm2. • is a structured elastic material that is adaptively formed, and • forms a plurality of fluid reservoir volumes , and • has an absorbance capacity for said fragrance composition of more than 20g/100cm2.
A method for rack-and-pinion position adjustment for a steer-by-wire steering system for a motor vehicle, wherein a module is provided for adjusting the rack-and-pinion position, characterized in that the module determines a position error (s r,err ) from the differences between the desired and estimated values of the rack-and-pinion position (s r,des , s r,est ) and a rack-and-pinion speed (v r,des , v r,est ) in a feedback structure, from which a control variable (T ,des ) is determined for controlling a rack-and-pinion , and that a disturbance variable compensation for the control variable (T ,des ) is carried out in a feedforward structure by means of a rack-and-pinion force estimation.
Paper dispenser with a housing , in particular for wall mounting, with elements for inserting a roll of paper and with a unit for dispensing portions of the roll of paper , wherein the housing is divided, wherein the dispensing unit is arranged in a base part of the housing and the insertion elements are arranged in a top part of the housing and wherein at least one middle part is inserted between the base part and the top part , wherein a guide track extends in or on each side wall from the insertion element in the top part as far as the dispensing unit in the base part , in which a dispensing position and a reserve position for one roll of paper each are defined by removable supports .
Decor paper or foil for application to panel shaped substrates, wherein said decor paper or foil comprises a base layer , an inkjet receiving surface , and a digitally printed pattern obtained via printing with a single-pass printer and including a matrix of a plurality, preferably at least 200, printed ink dots per inch, characterized in that said matrix , as seen in the width direction (W) of the paper or foil, is generally uniformly made up with uniformly sized printed ink dots , with the exception of a minority of the area of the printed pattern wherein said matrix is modified.
A rotor hub for a wind turbine, comprising: a generally hollow hub body having a first end and a second end spaced along a hub rotational axis (R), wherein the first end defines a rotor connection flange configured to connect the rotor hub to a main shaft, and wherein a second end defines a nose region , wherein the hub body also defines at least one blade aperture defined between the first end and the second end, a blade bearing associated with the or each blade aperture , a pitch actuator configured to act on the blade bearing, wherein the rotor hub includes an operational configuration; wherein in the operational configuration a portion of the pitch actuator protrudes from the nose region of the hub body by a first distance (L1); characterized in that the rotor hub further includes a transport configuration; wherein in the transport configuration the portion of the pitch actuator protrudes from the nose region of the hub body by a lesser extent than when in the operational configuration. a generally hollow hub body having a first end and a second end spaced along a hub rotational axis (R), wherein the first end defines a rotor connection flange configured to connect the rotor hub to a main shaft, and wherein a second end defines a nose region , wherein the hub body also defines at least one blade aperture defined between the first end and the second end, a blade bearing associated with the or each blade aperture , a pitch actuator configured to act on the blade bearing, wherein the rotor hub includes an operational configuration; wherein in the operational configuration a portion of the pitch actuator protrudes from the nose region of the hub body by a first distance (L1); characterized in that the rotor hub further includes a transport configuration; wherein in the transport configuration the portion of the pitch actuator protrudes from the nose region of the hub body by a lesser extent than when in the operational configuration.
A cooling device comprising a body having an inner wall , an outer wall , an insulation volume between the inner wall and the outer wall , an insulation material filled into the insulation volume , and characterised by at least one perforated regulating member that is placed into the insulation volume for preventing the formation of gaps by regulating the flow of the insulation material during it being filled into the insulation volume , wherein said regulating member has a plurality of holes and is configured and is placed into the insulation volume in such a manner that insulation material during it being filled into the insulation volume splits into smaller pieces by passing through said holes of the regulating member .
Method for reducing a common mode current (i) flowing between the internal ground of an electrical circuit and the earth, said circuit being supplied by an electrical network delivering an alternating voltage, method in which: - a voltage is applied by the electrical network between the internal ground of the circuit and the earth, and - an additional voltage is applied between the internal ground of the circuit and the earth using an electronic component interposed between the internal ground of the circuit and the earth, this additional voltage opposing the voltage applied by the electrical network between the internal ground and the earth, so as to reduce the common mode current (i) at the frequency of the electrical network . - a voltage is applied by the electrical network between the internal ground of the circuit and the earth, and - an additional voltage is applied between the internal ground of the circuit and the earth using an electronic component interposed between the internal ground of the circuit and the earth, this additional voltage opposing the voltage applied by the electrical network between the internal ground and the earth, so as to reduce the common mode current (i) at the frequency of the electrical network .
A process for preparing an ether, said process comprising contacting an alcohol with an alkene in the presence of an acidic ion-exchange resin etherification catalyst and/or an aluminosilicate etherification catalyst, wherein: i) the alcohol comprises a C 8+ aliphatic hydrocarbyl group having the formula (I): R-OH (I) wherein R is a C 8 to C 40 branched-chain alkyl; ii) the alkene comprises a tertiary olefinic carbon atom; and iii) the alkene is present in molar excess relative to the alcohol. i) the alcohol comprises a C 8+ aliphatic hydrocarbyl group having the formula (I): R-OH (I) wherein R is a C 8 to C 40 branched-chain alkyl; ii) the alkene comprises a tertiary olefinic carbon atom; and iii) the alkene is present in molar excess relative to the alcohol.