mhurhangee/patent-ind-claim-en huggingface dataset:
An elevator comprising a car , a counterweight , and a hoisting member connecting the car with the counterweight over a traction sheave , a free fall protection system comprising a free fall protection member connecting the car with the counterweight over a separate free fall sheave , whereby the pre-tensioning load of the free fall protection member is less than 50% of the pre-tensioning load of the hoisting member so that the car and the counterweight are supported by the hoisting member in normal operation and by the free fall protection member only in a situation in which the hoisting member support fails, characterized in the free fall protection system further comprising a free fall protection controller , and at least one free fall protection brake device arranged to act on the free fall protection member in order to stop the movement of the free fall protection member and thereby also the movement of the car and/or the counterweight when being activated by the free fall protection controller . a car , a counterweight , and a hoisting member connecting the car with the counterweight over a traction sheave , a free fall protection system comprising a free fall protection member connecting the car with the counterweight over a separate free fall sheave , whereby the pre-tensioning load of the free fall protection member is less than 50% of the pre-tensioning load of the hoisting member so that the car and the counterweight are supported by the hoisting member in normal operation and by the free fall protection member only in a situation in which the hoisting member support fails, characterized in the free fall protection system further comprising a free fall protection controller , and at least one free fall protection brake device arranged to act on the free fall protection member in order to stop the movement of the free fall protection member and thereby also the movement of the car and/or the counterweight when being activated by the free fall protection controller .
Hydropneumatic piston accumulator, having an accumulator housing which comprises a cylinder tube , defining a longitudinal axis , which cylinder tube is closed at both ends by a housing cover in each case and in which a piston is longitudinally movable in the housing, which piston separates a working chamber for a compressible medium, such as a working gas, from a working chamber for an incompressible medium, such as hydraulic oil, and having a displacement measuring device, which contactlessly determines the position of the piston in the housing, which displacement measuring device comprises a non-magnetic measuring tube which extends through a lead-through formed in the piston along the longitudinal axis from one housing cover to the other housing cover and is sealed off from the interior of the housing , characterised in that a position generator is displaceably guided in the tube and follows the piston movements in the measuring tube by magnetic force acting between it and the piston , whereby a transmitter/receiver of the displacement measuring device is arranged at one end of the housing cover , which transmitter/receiver transmits measuring radiation passing through the relevant open end of the measuring tube to the position generator and receives reflected radiation from the latter, wherein a magnetic ring fixed to the lead-through of the piston and surrounding the measuring tube is provided for generating the magnetic force compelling the following movements of the position generator in the measuring tube , wherein the position generator comprises two circular discs extending in a radial plane to the longitudinal axis , which circular discs are connected together by a coaxial connecting part (59; 71), offset radially inwards, in such a manner that the axial spacing of the flat end surfaces of the discs corresponds to the axial height of a magnetic ring on the piston .
Valve with a securing device for a pressurized gas tank, especially for a respiratory protection device, said securing device comprising a securing element , which is arranged in its own housing and which can be moved from a closed position to a flow position, especially an open position, by applying a torque (M), wherein at least one part of the housing comprises an abutment for the securing element when the torque (M) is applied, wherein the valve is closed in the closed position of the securing element and can be brought spontaneously into a flow position after applying a particular torque (M) to the securing element , wherein the abutment is arranged at least partly on a sliding block guide in the housing .
Cosmetic use of taurine and/or hypotaurine and/or salts thereof that are acceptable, in combination with at least one polyphenol and/or an extract containing the same, for oral administration, for maintaining a good head of hair by acting on the hair density and by reducing the heterogeneity of the hair diameters; said polyphenol being chosen from a procyanidin, a proanthocyanidin, a mixture of catechin monomers with procyanidin oligomers (PCO), and also mixtures thereof.
A non-medical method of improving physical performance of a human, that excludes the treatment of anxiety, comprising: orally administering to the human a synergistic composition comprising theacrine and caffeine, wherein the co-administered caffeine provides a pharmacokinetic (PK) parameter selected from the group consisting of decreasing theacrine oral clearance (CL/F), decreasing theacrine oral volume of distribution (Vd/F), increasing area under the plasma concentration time curve (AUC) of theacrine, and increasing theacrine maximum plasma concentration (C max ), in comparison with the PK parameters when theacrine is administered alone; wherein the weight to weight ratio of theacrine to caffeine in the synergistic composition is about 1:1.2, and the dosage comprises about 125 mg theacrine and about 150 mg caffeine administered once daily. orally administering to the human a synergistic composition comprising theacrine and caffeine, wherein the co-administered caffeine provides a pharmacokinetic (PK) parameter selected from the group consisting of decreasing theacrine oral clearance (CL/F), decreasing theacrine oral volume of distribution (Vd/F), increasing area under the plasma concentration time curve (AUC) of theacrine, and increasing theacrine maximum plasma concentration (C max ), in comparison with the PK parameters when theacrine is administered alone; wherein the weight to weight ratio of theacrine to caffeine in the synergistic composition is about 1:1.2, and the dosage comprises about 125 mg theacrine and about 150 mg caffeine administered once daily.
A battery module, comprising: a plurality of batteries that is stacked; two end plates disposed at two ends of the plurality of batteries in a direction in which the plurality of batteries is stacked; and a fixing strap comprising a strap-shaped body and an elastic fixing part , wherein the strap-shaped body surrounds the plurality of batteries and the two end plates and defines a gap, and the elastic fixing part is disposed in the gap and connected to the strap-shaped body , wherein the elastic fixing part is a spring , and two ends of the spring are respectively connected to two ends of the strap-shaped body to form a closed fixing strap , and wherein the battery module is characterized in that the fixing strap further comprises a cover plate for covering a side of the spring facing away from the plurality of batteries , and the cover plate is fixedly connected to one of the two end plates through a connecting part . a plurality of batteries that is stacked; two end plates disposed at two ends of the plurality of batteries in a direction in which the plurality of batteries is stacked; and a fixing strap comprising a strap-shaped body and an elastic fixing part , wherein the strap-shaped body surrounds the plurality of batteries and the two end plates and defines a gap, and the elastic fixing part is disposed in the gap and connected to the strap-shaped body , wherein the elastic fixing part is a spring , and two ends of the spring are respectively connected to two ends of the strap-shaped body to form a closed fixing strap , and wherein the battery module is characterized in that the fixing strap further comprises a cover plate for covering a side of the spring facing away from the plurality of batteries , and the cover plate is fixedly connected to one of the two end plates through a connecting part .
A source inverter for a current of between 1000 A and 40000 A comprising one or more phases, intended to connect an electrical load to a backup electrical power source in the event of failure of the main electrical power source , said source inverter comprising three poles per phase, each connected to at least one fixed contact element , each pole being respectively connected to the main electrical power source , to the electrical load to be supplied and to the backup electrical power source , said inverter comprising at least one movable contact element per phase in order to connect together two poles of a same phase by contact with two of the three fixed contact elements, said movable contact element being adapted to move between two positions, characterized in that the two positions comprise a first position in which said movable contact element connects said fixed contact element connected to the electrical load to said fixed contact element connected to said main electrical power source , and a second position in which said movable contact element connects said fixed contact element connected to the electrical load to said fixed contact element connected to said backup electrical power source , said movable element comprising two parallel and identical flat conductors, an upper flat conductor and a lower flat conductor , current flowing in the same direction in both conductors when the source inverter is energized, there is an electrodynamic force of attraction of the two flat conductors towards each other proportional to the square of the intensity of the current capable of maintaining contact between the fixed and movable contact elements in the event of an overcurrent due to a short circuit, said movable contact element comprises a spring-type means which exerts an elastic force, so that, when they are in contact with one or two fixed contact elements , this elastic force induces a clamping force of the flat conductors on the fixed contact elements, which gradually increases as the contact elements move from their closed position to their intermediate position, and conversely gradually decreases as the movable contact elements move from their intermediate position to their closed position.
Capsule for obtaining beverages, for example espresso, comprising: - a capsule body (C) suitable to form a containment volume (V) for the product used to obtain the desired beverage, for example ground coffee; and - a reinforcement ring comprising a side wall and an annular flat surface , preferably having a uniform thickness, protruding from said side wall , said side wall and said protruding flat surface being preferably made as a single body, characterized in that: said side wall comprises reduced thickness areas , so as to reduce the total amount of material used for the production of said ring and said reduced thickness areas have a non-uniform thickness that decreases with increasing distance from said protruding flat surface . - a capsule body (C) suitable to form a containment volume (V) for the product used to obtain the desired beverage, for example ground coffee; and - a reinforcement ring comprising a side wall and an annular flat surface , preferably having a uniform thickness, protruding from said side wall , said side wall and said protruding flat surface being preferably made as a single body,
A measuring device for continuous determination of intra-arterial blood pressure on at least one finger of a hand, which comprises: a base part , a cuff part which is connectable to the base part without tools and separatable from the base part without tools and which comprises at least one ring-like receiving tube for receiving a portion of a finger of a hand passed through the receiving tube , and at least one cuff pad which is arranged in the receiving tube and fillable with a fluid, a radiation source for emitting light into the finger through an optical emission surface, a photodetector for detecting a portion of the light collected by an optical collector surface and not absorbed in the finger, and a pressure control system disposed at least partially in the base part for controlling a fluid pressure in the cuff pad in response to the detected non-absorbed portion of the light, characterized in that the cuff part further comprises a palm rest for supporting the palm of the hand and at least one finger rest associated with each of the at least one receiving tube , respectively, for supporting the portion of the finger protruding beyond the respective receiving tube , and the cuff part projects beyond the base part in the longitudinal direction towards the front and towards the rear, the longitudinal direction being defined as the direction of intended insertion of the finger into the receiving tube or of the fingers into the receiving tubes , the palm rest being arranged behind and the at least one finger rest being arranged in front of the receiving tube . a base part , a cuff part which is connectable to the base part without tools and separatable from the base part without tools and which comprises at least one ring-like receiving tube for receiving a portion of a finger of a hand passed through the receiving tube , and at least one cuff pad which is arranged in the receiving tube and fillable with a fluid, a radiation source for emitting light into the finger through an optical emission surface, a photodetector for detecting a portion of the light collected by an optical collector surface and not absorbed in the finger, and a pressure control system disposed at least partially in the base part for controlling a fluid pressure in the cuff pad in response to the detected non-absorbed portion of the light, characterized in that the cuff part further comprises a palm rest for supporting the palm of the hand and at least one finger rest associated with each of the at least one receiving tube , respectively, for supporting the portion of the finger protruding beyond the respective receiving tube , and the cuff part projects beyond the base part in the longitudinal direction towards the front and towards the rear, the longitudinal direction being defined as the direction of intended insertion of the finger into the receiving tube or of the fingers into the receiving tubes , the palm rest being arranged behind and the at least one finger rest being arranged in front of the receiving tube .
A method for detecting a downlink control channel performed by a User Equipment, UE, the method comprising: detecting the downlink control channel within a current slot using a corresponding Physical Downlink Control Channel, PDCCH, resource pattern in accordance with whether there is a Synchronization Signal Block, SSB, within the current slot, the method being characterized by the detecting the downlink control channel within the current slot using the corresponding PDCCH resource pattern in accordance with whether there is the SSB within the current slot comprises: detecting the downlink control channel using a first PDCCH resource pattern within a slot where the SSB is transmitted; or detecting the downlink control channel using a second PDCCH resource pattern within a slot where no SSB is transmitted. detecting the downlink control channel within a current slot using a corresponding Physical Downlink Control Channel, PDCCH, resource pattern in accordance with whether there is a Synchronization Signal Block, SSB, within the current slot, the method being characterized by the detecting the downlink control channel within the current slot using the corresponding PDCCH resource pattern in accordance with whether there is the SSB within the current slot comprises: detecting the downlink control channel using a first PDCCH resource pattern within a slot where the SSB is transmitted; or detecting the downlink control channel using a second PDCCH resource pattern within a slot where no SSB is transmitted. detecting the downlink control channel using a first PDCCH resource pattern within a slot where the SSB is transmitted; or detecting the downlink control channel using a second PDCCH resource pattern within a slot where no SSB is transmitted.
A hydrogel comprising multiple layers and a porous structure of ordered structural elements, wherein said structural elements are fibers and/or particles where a) said fibres have a diameter in the range of from 50 μm to 1000 μm, and wherein said hydrogel comprises multiple layers and wherein fibres between neighbouring layers are not parallel and where at least one layer of said hydrogel consists of or comprises alternating coiled and straight fibres, and/or b) said particles have a diameter in the range of from 30 μm to 1 mm and wherein said particles are aligned in rows wherein said structural elements comprises hyaluronic acid crosslinked with DVS, BDDE and/or tyramine. a) said fibres have a diameter in the range of from 50 μm to 1000 μm, and wherein said hydrogel comprises multiple layers and wherein fibres between neighbouring layers are not parallel and where at least one layer of said hydrogel consists of or comprises alternating coiled and straight fibres, and/or b) said particles have a diameter in the range of from 30 μm to 1 mm and wherein said particles are aligned in rows
A three-phase power converter comprising: a converter configured to convert a three phase AC power input to a DC power output, the DC power output being provided to high and low sides of a DC bus ; an inverter coupled to the DC bus and configured to convert the DC power to a three phase AC output, wherein the inverter comprises three legs and each leg comprises a pair of solid state switches and a respective output therebetween; and a common mode voltage control filter comprising three filter inputs and two filter outputs , each filter input coupled to an output of a respective leg of the inverter and each filter output coupled to a respective side of the DC bus; characterized by : a pre-charge relay coupled to the high side of the DC bus, wherein the pre-charge relay comprises a resistor and a capacitor connected in parallel. a converter configured to convert a three phase AC power input to a DC power output, the DC power output being provided to high and low sides of a DC bus ; an inverter coupled to the DC bus and configured to convert the DC power to a three phase AC output, wherein the inverter comprises three legs and each leg comprises a pair of solid state switches and a respective output therebetween; and a common mode voltage control filter comprising three filter inputs and two filter outputs , each filter input coupled to an output of a respective leg of the inverter and each filter output coupled to a respective side of the DC bus; characterized by : a pre-charge relay coupled to the high side of the DC bus, wherein the pre-charge relay comprises a resistor and a capacitor connected in parallel. a pre-charge relay coupled to the high side of the DC bus, wherein the pre-charge relay comprises a resistor and a capacitor connected in parallel.
A method for a transmission electron microscope for automatically adjusting an orientation of a sample having a crystal structure, the method comprising: applying an electron beam having a wavelength λ to the sample , wherein the sample has an initial crystal orientation to a zone axis of the sample of -5° < φ < 5°; obtaining an image of the sample with the applied electron beam ; automatically determining (215, 320-330) an orientation of the sample relative to the zone axis of the sample based on a distribution of reflections in the image; and automatically adjusting the orientation of the sample relative to a direction of incidence of the electron beam to align with the sample's zone axis based on the determined orientation, characterized in that the automatic determination (215, 320-330) of the orientation of the sample further comprises: determining a zero order Laue circle of the imaged sample based on the distribution of reflections in the image, wherein a radius of the zero order Laue circle is determined based on a distribution of reflections in the image; and determining tilt angle adjustments (φ α , φ β ) based on the determined Laue circle, wherein an angle φ of the sample's deviation from zone axis alignment is determined using the radius of the zero order Laue circle, which is approximately equal to sin φ ⋅ 1 λ . applying an electron beam having a wavelength λ to the sample , wherein the sample has an initial crystal orientation to a zone axis of the sample of -5° < φ < 5°; obtaining an image of the sample with the applied electron beam ; automatically determining (215, 320-330) an orientation of the sample relative to the zone axis of the sample based on a distribution of reflections in the image; and automatically adjusting the orientation of the sample relative to a direction of incidence of the electron beam to align with the sample's zone axis based on the determined orientation, characterized in that the automatic determination (215, 320-330) of the orientation of the sample further comprises: determining a zero order Laue circle of the imaged sample based on the distribution of reflections in the image, wherein a radius of the zero order Laue circle is determined based on a distribution of reflections in the image; and determining tilt angle adjustments (φ α , φ β ) based on the determined Laue circle, wherein an angle φ of the sample's deviation from zone axis alignment is determined using the radius of the zero order Laue circle, which is approximately equal to sin φ ⋅ 1 λ . determining a zero order Laue circle of the imaged sample based on the distribution of reflections in the image, wherein a radius of the zero order Laue circle is determined based on a distribution of reflections in the image; and determining tilt angle adjustments (φ α , φ β ) based on the determined Laue circle, wherein an angle φ of the sample's deviation from zone axis alignment is determined using the radius of the zero order Laue circle, which is approximately equal to sin φ ⋅ 1 λ .
Antibody-conjugate for use as a medicament, wherein the antibody conjugate is obtainable by a process comprising reacting a modified antibody with a linker-conjugate, wherein said linker-conjugate comprises a (hetero)cycloalkynyl group and one or more substances which are pharmaceutically active, wherein said modified antibody is an antibody comprising a GlcNAc-S(A) x substituent, wherein GIcNAc is an N-acetylglucosamine, S(A) x is a sugar derivative comprising x functional groups A, A is an azido group and x is 1, 2, 3 or 4, wherein said GlcNAc-S(A) x substituent is bonded to the antibody via C1 of the core N-acetylglucosamine of said GlcNAc-S(A) x substituent, and wherein said GIcNAc is optionally fucosylated, wherein the one or more substances which are pharmaceutically active are cytotoxins and wherein the antibody specifically binds cancer antigen.
An immunoparticle comprising a humanized secondary antibody coupled on an outer surface of a particle, said secondary antibody being capable of binding an Fc region of a humanized or human primary antibody.