mhurhangee/patent-ind-claim-en huggingface dataset:
A shaving unit for a shaving apparatus, comprising at least a first cutting unit and a second cutting unit , wherein: - the first cutting unit comprises a first external cutting member having a plurality of hair entry openings , a first internal cutting member which is rotatable relative to the first external cutting member about a first axis of rotation , and a first housing accommodating a first hair collection chamber ; - the second cutting unit comprises a second external cutting member having a plurality of hair entry openings , a second internal cutting member which is rotatable relative to the second external cutting member about a second axis of rotation , and a second housing accommodating a second hair collection chamber ; characterized in that the first housing and the second housing each comprise a bottom wall (28a, 424a; 28b) which comprises an opening (25a, 425a; 25b, 425b) which is in fluid communication with, respectively, the first hair collection chamber and the second hair collection chamber , wherein a sealing structure is provided between the opening and, respectively, the first hair collection chamber and the second hair collection chamber, said sealing structure being configured and arranged to prevent cut hairs from escaping from, respectively, the first hair collection chamber and the second hair collection chamber via the opening and to allow water to flush via the opening to, respectively, the first hair collection chamber and the second hair collection chamber. - the first cutting unit comprises a first external cutting member having a plurality of hair entry openings , a first internal cutting member which is rotatable relative to the first external cutting member about a first axis of rotation , and a first housing accommodating a first hair collection chamber ; - the second cutting unit comprises a second external cutting member having a plurality of hair entry openings , a second internal cutting member which is rotatable relative to the second external cutting member about a second axis of rotation , and a second housing accommodating a second hair collection chamber ;
A method for the spectroscopic or spectrometric analysis of a sample preferably in the infrared spectral range, with the steps: a) generating a laser beam with a tunable laser with a wavelength in the preferably infrared spectral range, b) splitting the laser beam into a measurement beam and a reference beam , c) interaction of the sample with the measurement beam , d) interaction of a reference with the reference beam , e) superposing the measurement beam and the reference beam so that a first output beam and a second output beam are respectively obtained, the phases of which are shifted by 180° with respect to one another, f) detecting the first output beam , g) detecting the second output beam , characterized by h) formation of a differential signal between the first output beam and the second output beam , i) adjusting the differential signal to a predetermined setpoint by setting a phase difference between the measurement beam and the reference beam , j) determination of a refractive index (n) of the sample from the setting of the phase difference between the measurement beam and the reference beam , k) repeating the steps a) to j) for further wavelengths of the laser beam preferably in the infrared spectral range for capturing a spectrum of the refractive index (n) of the sample. a) generating a laser beam with a tunable laser with a wavelength in the preferably infrared spectral range, b) splitting the laser beam into a measurement beam and a reference beam , c) interaction of the sample with the measurement beam , d) interaction of a reference with the reference beam , e) superposing the measurement beam and the reference beam so that a first output beam and a second output beam are respectively obtained, the phases of which are shifted by 180° with respect to one another, f) detecting the first output beam , g) detecting the second output beam , characterized by h) formation of a differential signal between the first output beam and the second output beam , i) adjusting the differential signal to a predetermined setpoint by setting a phase difference between the measurement beam and the reference beam , j) determination of a refractive index (n) of the sample from the setting of the phase difference between the measurement beam and the reference beam , k) repeating the steps a) to j) for further wavelengths of the laser beam preferably in the infrared spectral range for capturing a spectrum of the refractive index (n) of the sample.
A method for enabling movement of an object, having a plurality of degrees of freedom, by a user, the method comprising: receiving a first plurality of reference signals from one or more sensors associated with a first test subject, the first plurality of reference signals generated in response to a plurality of reference intended movements; determining a set of first profiles based on the first plurality of reference signals and the plurality of reference intended movements; receiving a second plurality of reference signals from one or more sensors associated with a second test subject, the second plurality of reference signals generated in response to a plurality of reference intended movements; determining a set of second profiles based on the second plurality of reference signals and the plurality of reference intended movements; determining profile-pairs, wherein each profile-pair comprises a first profile and a second profile that correspond to the same degree of freedom of the object; determining a reference set of profiles based on a mathematical combination of the first profile and the second profile of each profile-pair; and providing the reference set of profiles for determining an intended movement of the object based on a plurality of user signals received from one or more sensors associated with the user, wherein the intended movement comprises simultaneous movements with respect to at least two degrees of freedom of the plurality of degrees of freedom. receiving a first plurality of reference signals from one or more sensors associated with a first test subject, the first plurality of reference signals generated in response to a plurality of reference intended movements; determining a set of first profiles based on the first plurality of reference signals and the plurality of reference intended movements; receiving a second plurality of reference signals from one or more sensors associated with a second test subject, the second plurality of reference signals generated in response to a plurality of reference intended movements; determining a set of second profiles based on the second plurality of reference signals and the plurality of reference intended movements; determining profile-pairs, wherein each profile-pair comprises a first profile and a second profile that correspond to the same degree of freedom of the object; determining a reference set of profiles based on a mathematical combination of the first profile and the second profile of each profile-pair; and providing the reference set of profiles for determining an intended movement of the object based on a plurality of user signals received from one or more sensors associated with the user, wherein the intended movement comprises simultaneous movements with respect to at least two degrees of freedom of the plurality of degrees of freedom.
A method for determining an electrical power and/or an electrical energy consumption at a spinning machine or winder , in particular an open-end or air-jet spinning machine, comprising a plurality of adjacently arranged workstations , which each comprise at least one electrical working element , wherein, in the method, a total electrical power (Pges) and/or a total electrical energy consumption (Wges) of the spinning machine or winder is determined, characterized in that the workstations are subdivided into at least two production groups , which can be operated independently of one another, the total electrical power (Pges) and/or the total electrical energy consumption (Wges) of the spinning machine or winder are/is measured with the aid of a first, central measuring unit , moreover, a ratio of distribution is predefined, a production group power (PPG) and/or a production group energy consumption (WPG) are/is calculated for each of the production groups , in that the total electrical power (Pges) and/or the total electrical energy consumption (Wges) of the spinning machine or winder are/is allocated to the individual production groups with the aid of the ratio of distribution, and the production group power (PPG) and/or the production group energy consumption (WPG) are/is displayed at the spinning machine or winder and/or transmitted to a computer that is at a higher level than the spinning machine or winder . the workstations are subdivided into at least two production groups , which can be operated independently of one another, the total electrical power (Pges) and/or the total electrical energy consumption (Wges) of the spinning machine or winder are/is measured with the aid of a first, central measuring unit , moreover, a ratio of distribution is predefined, a production group power (PPG) and/or a production group energy consumption (WPG) are/is calculated for each of the production groups , in that the total electrical power (Pges) and/or the total electrical energy consumption (Wges) of the spinning machine or winder are/is allocated to the individual production groups with the aid of the ratio of distribution, and the production group power (PPG) and/or the production group energy consumption (WPG) are/is displayed at the spinning machine or winder and/or transmitted to a computer that is at a higher level than the spinning machine or winder .
A device for damping vibrations between a first vibrating element (E1) and a second element (E2), the device including: a member designed to be attached to the first vibrating element (E1), the member including an arm extending along a transverse horizontal direction (T) and a head , which prolongs the arm in a first orientation (t2) of the transverse direction (T), a framework designed to be attached to the second element (E2), a body made of elastomer attached to the member and turned toward the framework , wherein the framework comprises at least one first tab , at least one second tab , at least one first surface and at least one second surface , which extend in the first orientation (t2) in front of a first opening of the framework , the body made of elastomer comprising an upper portion molded around the head and a base comprising at least two elastomer legs , characterized in that these legs have at least two holes , the retention of the base of the body in the framework being ensured by fitting of the legs over the tabs respectively through the holes and by compressing of the elastomer of the legs between respectively the first and second surfaces and the first and second tabs , wherein the head is wider than the arm in a vertical direction (V). a member designed to be attached to the first vibrating element (E1), the member including an arm extending along a transverse horizontal direction (T) and a head , which prolongs the arm in a first orientation (t2) of the transverse direction (T), a framework designed to be attached to the second element (E2), a body made of elastomer attached to the member and turned toward the framework , wherein the framework comprises at least one first tab , at least one second tab , at least one first surface and at least one second surface , which extend in the first orientation (t2) in front of a first opening of the framework , the body made of elastomer comprising an upper portion molded around the head and a base comprising at least two elastomer legs , characterized in that these legs have at least two holes , the retention of the base of the body in the framework being ensured by fitting of the legs over the tabs respectively through the holes and by compressing of the elastomer of the legs between respectively the first and second surfaces and the first and second tabs , wherein the head is wider than the arm in a vertical direction (V).
Air deflecting device for an open passenger car, comprising an intrinsically rigid lamellar air deflecting element , which can be adjusted with respect to a windscreen frame between a retracted position and at least one air deflecting position and on the underside of which as viewed with the air deflecting element in an air deflecting position several interference bodies are arranged, characterised in that the interference bodies are arranged in the region as viewed in the installed state of the air deflecting device and during forward travel of the motor vehicle of the rear marginal edge of the air deflecting element or extend up to or close to the rear marginal edge , where the part-airflow flowing between the air deflecting element and the windscreen frame breaks off from the air deflecting element .
A recombinant construct comprising a nucleotide sequence encoding a thermostable polypeptide having serine protease activity, wherein said coding nucleotide sequence is operably linked to at least one regulatory sequence functional in a production host and the nucleotide sequence encodes a polypeptide with the amino acid sequence set forth in SEQ ID NO: 3, or a polypeptide with at least 92% amino acid sequence identity thereto; and wherein said regulatory sequence is heterologous to the coding nucleotide sequence, or said regulatory sequence and coding sequence are not arranged as found together in nature.
A liquid composition comprising (i) an effective amount of a mixture that comprises or, alternatively, consists of at least (a) hyaluronic acid, or a salt thereof, and (b) methylsulfonylmethane (MSM), wherein (a) and (b) are in a ratio by weight between 1:2 and 1:4, and (ii) a physiologically acceptable carrier; wherein said composition is for use in a method for the preventive or therapeutic treatment of at least one disorder or pathology deriving from an oxidative and/or inflammatory state, wherein said disorder or pathology is at least one selected from: vulvovaginal atrophy, vaginal dryness, abacterial cystitis, prostatitis, rhinitis, sinusitis, rhinorrhoea, allergic rhinitis, haemorrhoids, anal fissures, rhagades and lesions of the rectal canal; wherein said composition is administered to a subject in a state of need and wherein said composition is administered to said subject topically.
A method of installing an offshore wind turbine , the method comprising the step of: - raising a full-length tower for the offshore wind turbine by moving it longitudinally from a container in a floating substructure , the floating substructure being a support structure for the wind turbine , wherein the floating substructure comprises a load-carrying device, and wherein the method is characterized by comprising the step of lifting equipment by use of the load-carrying device from a vessel to the floating substructure . - raising a full-length tower for the offshore wind turbine by moving it longitudinally from a container in a floating substructure , the floating substructure being a support structure for the wind turbine , wherein the floating substructure comprises a load-carrying device, and wherein the method is characterized by comprising the step of lifting equipment by use of the load-carrying device from a vessel to the floating substructure .
A method for processing whole blood at a point-of-collection to collect plasma or serum, that contain circulating nucleic acid (CNA) the method comprising: a. filtering the whole blood through a filtration membrane to separate the plasma or serum at the point of sample collection; b. collecting the separated plasma or serum on to a dry solid matrix which is in contact with the filtration membrane, wherein the dry solid matrix comprises cellulose and is devoid of any detergent, c. drying the collected plasma or serum on the solid matrix, and d. storing the dry solid matrix containing the collected plasma or serum; and e. extraction of circulating nucleic acid (CNA) from the collected plasma or serum. a. filtering the whole blood through a filtration membrane to separate the plasma or serum at the point of sample collection; b. collecting the separated plasma or serum on to a dry solid matrix which is in contact with the filtration membrane, wherein the dry solid matrix comprises cellulose and is devoid of any detergent, c. drying the collected plasma or serum on the solid matrix, and d. storing the dry solid matrix containing the collected plasma or serum; and e. extraction of circulating nucleic acid (CNA) from the collected plasma or serum.
A bobbin structure of an armature of a three-phase motor having 6N and 1N coils per phase, N being a natural number, the bobbin structure comprising: a main pole (la) into which a winding bobbin around which a coil is wound is inserted; and an auxiliary pole (lb) into which an empty bobbin around which the coil is not wound is inserted, wherein the main pole and the auxiliary pole are alternately placed in a circumferential direction with respect to a rotation axis, and a contact portion where the empty bobbin and the winding bobbin are in contact with each other is formed on each of a radial outer peripheral side and a radial inner peripheral side of the slot formed between the main pole and the auxiliary pole. a main pole (la) into which a winding bobbin around which a coil is wound is inserted; and an auxiliary pole (lb) into which an empty bobbin around which the coil is not wound is inserted, wherein the main pole and the auxiliary pole are alternately placed in a circumferential direction with respect to a rotation axis, and a contact portion where the empty bobbin and the winding bobbin are in contact with each other is formed on each of a radial outer peripheral side and a radial inner peripheral side of the slot formed between the main pole and the auxiliary pole.
A device for de-icing an air intake lip of an aircraft nacelle , said device comprising an air circulation network and a pre-exchanger installed in the air circulation network , the air circulation network comprising collection means able to collect cool low-pressure air downstream of a fan , two collection means able to collect hot high-pressure air downstream of the compressor , as well as controlled valves and check valves , the pre-exchanger comprising a low-pressure air intake connected by a piping of the air circulation network to the collection means able to collect cool low-pressure air, a high-pressure air intake, connected by a piping of the air circulation network to the collection means able to collect hot high-pressure air, a low-pressure air outlet and a high-pressure air outlet , characterized in that the low-pressure air outlet is able to open into the air intake lip of the aircraft nacelle via a piping of the air circulation network, and in that a piping of the air circulation network connected to the high-pressure air outlet comprises a check valve .
A light emitting diode, comprising: a lower semiconductor layer formed ; an upper semiconductor layer disposed above the lower semiconductor layer to expose at least a portion of edge regions of the lower semiconductor layer ; a first electrode formed on a region of the upper semiconductor layer , with a first insulation layer interposed between the first electrode and the region of the upper semiconductor layer , to supply electric current to the lower semiconductor layer ; a second electrode formed on another region of the upper semiconductor layer to supply electric current to the upper semiconductor layer ; and an extension part of the first electrode in direct contact with at least a portion of the exposed lower semiconductor layer , wherein the first insulation layer is formed over an entire upper surface of the upper semiconductor layer not covered by the second electrode characterized in that : the light emitting diode comprises a second insulation layer of a DBR structure under the first electrode extending from the said region of the upper semiconductor layer , wherein said first insulation layer and said second insulation layer are formed to reach the at least a portion of the exposed lower semiconductor layer. a lower semiconductor layer formed ; an upper semiconductor layer disposed above the lower semiconductor layer to expose at least a portion of edge regions of the lower semiconductor layer ; a first electrode formed on a region of the upper semiconductor layer , with a first insulation layer interposed between the first electrode and the region of the upper semiconductor layer , to supply electric current to the lower semiconductor layer ; a second electrode formed on another region of the upper semiconductor layer to supply electric current to the upper semiconductor layer ; and an extension part of the first electrode in direct contact with at least a portion of the exposed lower semiconductor layer , wherein the first insulation layer is formed over an entire upper surface of the upper semiconductor layer not covered by the second electrode characterized in that : the light emitting diode comprises a second insulation layer of a DBR structure under the first electrode extending from the said region of the upper semiconductor layer , wherein said first insulation layer and said second insulation layer are formed to reach the at least a portion of the exposed lower semiconductor layer.
A wind-turbine rotor blade (1, 1', 1"), comprising a blade root and a blade tip , a flange arranged on the blade root side for fastening the rotor blade to a rotor hub of a wind turbine, and a pitch bearing for adjusting the angle of attack (β) of the rotor blade, wherein the rotor blade has a non-pitched carrier on which the flange is formed, wherein the pitch bearing is fastened to the carrier and is spaced apart from the flange toward the blade tip , characterized in that the carrier comprises a section between the pitch bearing (9a, b) and the flange which is angled with respect to the pitch axis (P) in such a way that, when mounted to the wind turbine, the pitch axis (P) is spaced apart farther from a tower axis (T) of the wind turbine than the flange is.
A propulsion system for an aircraft comprising: a gas generator (54; 201) including a turbine driving a main drive shaft , said main drive shaft , in turn, driving at least two fan drive shafts , wherein said fan drive shafts are driven on non-coaxial axes, and said fan drive shafts each drive a fan rotor through a fan drive system; and at least two fan lubrication systems , wherein each fan lubrication system provides lubrication to one of said fan drive systems, characterised in that : a main lubrication system pump is driven by said gas generator and delivers lubricant to each of said fan lubrication systems . a gas generator (54; 201) including a turbine driving a main drive shaft , said main drive shaft , in turn, driving at least two fan drive shafts , wherein said fan drive shafts are driven on non-coaxial axes, and said fan drive shafts each drive a fan rotor through a fan drive system; and at least two fan lubrication systems , wherein each fan lubrication system provides lubrication to one of said fan drive systems, characterised in that : a main lubrication system pump is driven by said gas generator and delivers lubricant to each of said fan lubrication systems .