mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the production of three-dimensional objects from a powder bed by means of a binder jetting process through multiple repetition of the following process steps: a) applying a new powder layer on the surface of the powder bed, and b) selectively applying a binder and subsequent or simultaneous hardening of said binder in the powder bed, where the powder bed comprises at least one type of particle, characterized in that said particles are, in the form of a suspension polymer, pulverulent materials produced by free-radical polymerization in the presence of water and having a volume-average median particle diameter (d 50 ) of between 30 and 120 μm and that said particles have at least two different phases, where the glass transition temperature of the first phase, measured by DSC, is below 40°C and the glass transition temperature of the second phase, measured by DSC, is above 70°C, the DSC measurements being carried out with cooling/heating rates of 10°C/min or less.
Motor vehicle lighting device (DE) comprising at least one light source (SL) suitable for generating photons and a mask (M) suitable for allowing the said generated photons to pass through at predefined locations, the said mask (M) comprising a front face (FV), oriented towards the outside, and provided with three-dimensional elements (ET) participating together in a predefined photometric function characterized in that the three-dimensional elements each have a general diamond-tip shape defined by at least two contiguous opaque facets (FOj) inclined with respect to each other and at least two contiguous transparent facets (FTj) each extending in an inclined manner, at one of said predefined locations, one of said opaque facets (FOj) in the direction of an opaque facet (FOj) of at least one other adjacent three-dimensional element (ET).
Beverage can consisting of a can body for receiving the beverage and a can lid for closing the can body , the can body being made of an aluminium alloy of the type AA3xxx, the can lid being made of an aluminium alloy of the type AA3xxx, characterized in that the can lid has a coating over at least part of the surface, preferably the entire surface, which comprises an adhesion promoter layer and a polymer layer having a thickness of 5 to 100 μm, preferably 10 to 75 μm.
A method comprising determining an envelope of an audio file based on a double-windowing analysis of the audio file, wherein the double-windowing analysis comprises windowing the source audio file to obtain a sequence of windows containing audio, and windowing each window of the sequence of windows to obtain, for each window, a respective sequence of sub-windows, wherein determining the envelope from the sequence of windows comprises discarding sub-windows whose loudness is below a threshold and evaluating the loudness of each window over the remaining audio. wherein the double-windowing analysis comprises windowing the source audio file to obtain a sequence of windows containing audio, and windowing each window of the sequence of windows to obtain, for each window, a respective sequence of sub-windows, wherein determining the envelope from the sequence of windows comprises discarding sub-windows whose loudness is below a threshold and evaluating the loudness of each window over the remaining audio.
An injection applicator comprising an injectable composition, the injectable composition comprising: a compressed silk fibroin foam for use in a method of repairing or augmenting a tissue in a subject; at least one active agent; and a carrier wherein the foam expands when released from the compression upon injection into the tissue. a compressed silk fibroin foam for use in a method of repairing or augmenting a tissue in a subject; at least one active agent; and a carrier wherein the foam expands when released from the compression upon injection into the tissue.
A water storage system for semi-arid regions or arid regions, including for tropical and subtropical regions, for receiving and storing water, which water storage system is placed underground and comprises - one or more device(s) for the obtaining and/or receiving of water from seasonal precipitation or water which originates from other resources for storage, - at least one storage space for the storage of water, which is connected to one or more devices for the receiving of water, - one or more devices for the extraction of water, the storage space has a multi-walled construction , wherein the outer wall has such a stability that it withstands tectonic pressure and the stabilizing inner wall intercepts the water pressure and tectonic events characterized in that the outer wall is formed by tubbings into which different devices are able to be introduced or attached, which firstly are suitable for fixing the separating walls to the outer wall and secondly permit linking of the outer wall to a stabilizing inner wall , possibly via specific connection elements. - one or more device(s) for the obtaining and/or receiving of water from seasonal precipitation or water which originates from other resources for storage, - at least one storage space for the storage of water, which is connected to one or more devices for the receiving of water, - one or more devices for the extraction of water, the storage space has a multi-walled construction , wherein the outer wall has such a stability that it withstands tectonic pressure and the stabilizing inner wall intercepts the water pressure and tectonic events characterized in that the outer wall is formed by tubbings into which different devices are able to be introduced or attached, which firstly are suitable for fixing the separating walls to the outer wall and secondly permit linking of the outer wall to a stabilizing inner wall , possibly via specific connection elements.
A washing machine comprising: a tub configured to contain water; a drum of metal material configured to rotate in the tub ; at least one temperature sensor disposed on an outer surface on a top of the tub , wherein the at least one temperature sensor is inserted into an inside of the tub located between the tub and the drum and configured to detect a temperature of air between the drum and the tub ; an induction heater disposed in a position spaced apart from the drum and configured to heat the drum ; a controller unit configured to control the induction heater within a preset control temperature range based on a temperature detected by the at least one temperature sensor ; a circuit configured to supply power to the induction heater ; a first thermostat disposed on an outer side on the top of the tub while being inserted into the inside of the tub located between the tub and the drum so as to be configured to operate according to the a temperature of a first air between the drum and the tub , and open the circuit when the temperature of the first air is a first safety control temperature corresponding to a case where the temperature of the drum is in a first safety temperature range; and a thermal fuse disposed outside the tub and configured to operate according to a temperature of a second air outside the tub , and open the circuit when the temperature of the second air is a second safety temperature corresponding to a case where the temperature of the drum is in a second safety temperature range having a larger value than the first safety temperature range. a tub configured to contain water; a drum of metal material configured to rotate in the tub ; at least one temperature sensor disposed on an outer surface on a top of the tub , wherein the at least one temperature sensor is inserted into an inside of the tub located between the tub and the drum and configured to detect a temperature of air between the drum and the tub ; an induction heater disposed in a position spaced apart from the drum and configured to heat the drum ; a controller unit configured to control the induction heater within a preset control temperature range based on a temperature detected by the at least one temperature sensor ; a circuit configured to supply power to the induction heater ; a first thermostat disposed on an outer side on the top of the tub while being inserted into the inside of the tub located between the tub and the drum so as to be configured to operate according to the a temperature of a first air between the drum and the tub , and open the circuit when the temperature of the first air is a first safety control temperature corresponding to a case where the temperature of the drum is in a first safety temperature range; and a thermal fuse disposed outside the tub and configured to operate according to a temperature of a second air outside the tub , and open the circuit when the temperature of the second air is a second safety temperature corresponding to a case where the temperature of the drum is in a second safety temperature range having a larger value than the first safety temperature range.
A subsea sensor module comprising a sensor housing , the sensor housing having a first section , a second section and a third section, each section having an outer profile; and a module flange having an inner profile; wherein an outer surface of the flange is substantially perpendicular to an outer surface of the housing in the first section , wherein the housing outer profile and flange inner profile are substantially the same along the second section of the housing ; wherein a shoulder is formed in the housing outer profile in the third section by a transition of the diameter of the outer profile from a smaller to a larger diameter; wherein the flange comprises a corresponding shoulder in the flange inner profile; characterized in that the flange is shrink fit mounted radially outwardly of the sensor housing second section such that the shoulders are in contact.
A fastening element , in particular a pipe clamp or a sliding member for fastening pipes in buildings, comprising: - a sleeve for connecting to a threaded rod, the sleeve having a length (L) and extending between a first end face and a second end face along a longitudinal axis (X) of the sleeve and having an internal thread , the sleeve having a first opening on the first end face for receiving the threaded rod and a second opening on the second end face , - a sheet metal part , which is connected to the second opening of the sleeve , characterized in that the connection between the sheet metal part and the second opening is a sleeve-like collar formed on the sheet metal part , the collar being pressed into the internal thread of the sleeve and extending from the second opening in the direction of the first opening of the sleeve , whereby an external thread corresponding to the internal thread is formed on the outer circumference of the collar and the sleeve is connected to the sheet metal part in a friction-locking and positive-locking manner. - a sleeve for connecting to a threaded rod, the sleeve having a length (L) and extending between a first end face and a second end face along a longitudinal axis (X) of the sleeve and having an internal thread , the sleeve having a first opening on the first end face for receiving the threaded rod and a second opening on the second end face , - a sheet metal part , which is connected to the second opening of the sleeve ,
Hydraulic arrangement for actuating and/or cooling at least one clutch (2.1, 2.2) of a double clutch of a vehicle, having: - a pump for providing a hydraulic fluid for the at least one clutch; - an internal combustion engine which is set up to drive the pump; - a clutch pressure branch for providing the hydraulic fluid for actuating purposes; - a cooling branch for providing the hydraulic fluid for cooling purposes; the pump being configured as a variable displacement pump with an adjustable delivery volume, characterized in that the hydraulic arrangement has a control device which is set up to set the delivery volume of the variable displacement pump in a manner which is dependent on a rotational speed of the internal combustion engine . - a pump for providing a hydraulic fluid for the at least one clutch; - an internal combustion engine which is set up to drive the pump; - a clutch pressure branch for providing the hydraulic fluid for actuating purposes; - a cooling branch for providing the hydraulic fluid for cooling purposes;
Optical gas analyser device, comprising at least one measurement chamber (M), through which measurement gas flows and which is formed in at least one tubular measurement cuvette (1; 1a, 1b) and which is illuminated longitudinally by means of at least one infrared radiation source (2; 2a, 2b) arranged on the input side, the light beam of which, attenuated by absorption losses, is captured for gas concentration analysis according to the principle of NDIR spectroscopy by at least one opto-pneumatic detector arranged on the output side, wherein optical means for improving the selectivity in gas mixture analyses are provided, wherein the optical means for improving the selectivity comprise a broadband receiver , arranged downstream of the measurement cuvette , with an upstream optical interference filter , which filter is formed as a multivariate optical element (MOE) having a plurality of passbands according to a predetermined pattern, which receiver is used in addition to the opto-pneumatic detector , in order to suppress disturbing influences from accompanying components in the measurement gas.
Brake apparatus for a vehicle, comprising a wheel brake device with an actuator , a friction pairing and resetting means , furthermore with operating means for the actuation of the wheel brake device , it being possible for the brake apparatus to be operated in a normal operating mode by means of a control variable, and it being possible for the said brake apparatus to be operated in a safety mode if a threshold value of the control variable is undershot, the control variable loading the actuator in the normal operating mode in such a way that the actuator sets a first air play between the friction pairing , and, in the safety mode, the resetting means setting a second air play between the friction pairing, which second air play is reduced in comparison with the first air play, it being possible for the control variable to be overridden by means of a balancing element in the case of an actuation of the wheel brake device , characterized in that , in the case of operation of the brake apparatus in the safety mode, no air play or at least merely a minimum air play has to be overcome before a frictionally locking connection is built up between the friction pairing .
Drug delivery device comprising : - a reservoir for containing a medical product, - a distally projecting end-piece having an outer surface and a total length L T measured along a longitudinal axis A of said end-piece, said end-piece defining an axial passageway for the transfer of said medical product contained in said reservoir, said end-piece having a proximal region configured to be fixed to an adaptor , wherein a gripping surface is provided on a portion of said outer surface such that the roughness of said portion is higher than the rest of the outer surface, said portion being located in a distal region of said end-piece and outside the proximal region of the end-piece such that the adaptor does not contact the gripping surface while being slid over the end-piece , the length Lc of said portion representing at most 40% of the total length L T of the end-piece, wherein a distal edge of said portion is proximally spaced with respect to the distal end of the end-piece , and the proximal region is half the length LT of the end-piece , while the distal region is the other half of the length LT of the end-piece . - a reservoir for containing a medical product, - a distally projecting end-piece having an outer surface and a total length L T measured along a longitudinal axis A of said end-piece, said end-piece defining an axial passageway for the transfer of said medical product contained in said reservoir, said end-piece having a proximal region configured to be fixed to an adaptor , wherein a gripping surface is provided on a portion of said outer surface such that the roughness of said portion is higher than the rest of the outer surface, said portion being located in a distal region of said end-piece and outside the proximal region of the end-piece such that the adaptor does not contact the gripping surface while being slid over the end-piece , the length Lc of said portion representing at most 40% of the total length L T of the end-piece, wherein a distal edge of said portion is proximally spaced with respect to the distal end of the end-piece , and the proximal region is half the length LT of the end-piece , while the distal region is the other half of the length LT of the end-piece . wherein a gripping surface is provided on a portion of said outer surface such that the roughness of said portion is higher than the rest of the outer surface, said portion being located in a distal region of said end-piece and outside the proximal region of the end-piece such that the adaptor does not contact the gripping surface while being slid over the end-piece , the length Lc of said portion representing at most 40% of the total length L T of the end-piece, wherein a distal edge of said portion is proximally spaced with respect to the distal end of the end-piece , and the proximal region is half the length LT of the end-piece , while the distal region is the other half of the length LT of the end-piece .
Pressurized water ejection device for a weapon tube, wherein the pressurized water ejection device comprises a water cylinder , a working cylinder and a brake region , wherein a first piston rod connects a water piston in the water cylinder and a pressure piston in the working cylinder , wherein a second piston rod connects a first brake piston in the working cylinder and a second brake piston in the brake region , characterized in that the first piston rod has a blind hole for receiving the first brake piston .
A method for measuring the location of a movable communication device with respect to a three non-coplanar axis position system (X, Y, Z) defined by a beacon system including a beacon processor and the following elements in fixed position with respect to each other: ∘ A main transmitter placed at the origin (O) of the non-coplanar axis position system (X, Y, Z); ∘ A main receiver placed at the origin (O) of the non-coplanar axis position system (X, Y, Z); ∘ A first, a second, and a third axis-placed receivers (32-34), respectively, placed at the different axes (X, Y, Z) but not at the origin (O) of the non-coplanar axis position system (X, Y, Z), the method comprising: - Performing the following communication procedure: ∘ Transmitting a first signal from the main transmitter under the control of the beacon processor ; ∘ Detecting the first signal by the movable communication device ; ∘ In response to the first signal detection, transmitting a second signal from the movable communication device ; and ∘ Detecting the second signal by the main receiver and the first, second, and third axis-placed receivers (32-34) under the control of the beacon processor ; - Determining, under the control of the beacon processor , the location of the movable communication device using time of flight, ToF, measurements of the first and of the second signals , wherein both the first and second signals are transmitted using orthogonal codes and are detected using matched filters. ∘ A main transmitter placed at the origin (O) of the non-coplanar axis position system (X, Y, Z); ∘ A main receiver placed at the origin (O) of the non-coplanar axis position system (X, Y, Z); ∘ A first, a second, and a third axis-placed receivers (32-34), respectively, placed at the different axes (X, Y, Z) but not at the origin (O) of the non-coplanar axis position system (X, Y, Z), - Performing the following communication procedure: ∘ Transmitting a first signal from the main transmitter under the control of the beacon processor ; ∘ Detecting the first signal by the movable communication device ; ∘ In response to the first signal detection, transmitting a second signal from the movable communication device ; and ∘ Detecting the second signal by the main receiver and the first, second, and third axis-placed receivers (32-34) under the control of the beacon processor ; ∘ Transmitting a first signal from the main transmitter under the control of the beacon processor ; ∘ Detecting the first signal by the movable communication device ; ∘ In response to the first signal detection, transmitting a second signal from the movable communication device ; and ∘ Detecting the second signal by the main receiver and the first, second, and third axis-placed receivers (32-34) under the control of the beacon processor ; - Determining, under the control of the beacon processor , the location of the movable communication device using time of flight, ToF, measurements of the first and of the second signals ,
A power system comprising: a solid-state circuit breaker including: a solid-state switching device , an energy dissipation branch coupled in parallel with the solid-state switching device , the energy dissipation branch including an energy dissipation device , an assistive branch coupled in parallel with the solid-state switching device , the assistive branch including a resistor , an inductor , and a switching device coupled together in series, the solid-state circuit breaker is characterised in that it further includes: a controller configured to determine the solid-state circuit breaker is conducting a high magnitude current, select a continuous current limiting mode or an intermittent current limiting mode, and operate the solid-state switching device and the switching device based on the selected current limiting mode; wherein operating the solid-state switching device in the intermittent current limiting mode includes repeatedly toggling the solid-state switching device using a series of pulses; wherein operating the solid-state switching device in the continuous current limiting mode includes opening the solid-state switching device and not closing the solid-state switching device a solid-state circuit breaker including: a solid-state switching device , an energy dissipation branch coupled in parallel with the solid-state switching device , the energy dissipation branch including an energy dissipation device , an assistive branch coupled in parallel with the solid-state switching device , the assistive branch including a resistor , an inductor , and a switching device coupled together in series, the solid-state circuit breaker is characterised in that it further includes: a controller configured to determine the solid-state circuit breaker is conducting a high magnitude current, select a continuous current limiting mode or an intermittent current limiting mode, and operate the solid-state switching device and the switching device based on the selected current limiting mode; a solid-state switching device , an energy dissipation branch coupled in parallel with the solid-state switching device , the energy dissipation branch including an energy dissipation device , an assistive branch coupled in parallel with the solid-state switching device , the assistive branch including a resistor , an inductor , and a switching device coupled together in series, the solid-state circuit breaker is characterised in that it further includes: a controller configured to determine the solid-state circuit breaker is conducting a high magnitude current, select a continuous current limiting mode or an intermittent current limiting mode, and operate the solid-state switching device and the switching device based on the selected current limiting mode; wherein operating the solid-state switching device in the intermittent current limiting mode includes repeatedly toggling the solid-state switching device using a series of pulses; wherein operating the solid-state switching device in the continuous current limiting mode includes opening the solid-state switching device and not closing the solid-state switching device