mhurhangee/patent-ind-claim-en huggingface dataset:
A beverage brewing apparatus to prepare a beverage from a single-serve capsule containing a dose of infusible or soluble material; the beverage brewing apparatus comprises a capsule holder with a capsule seat to receive a capsule in a brewing position, and a brewing fluid supply apparatus to supply a brewing fluid into a capsule in the brewing position; the capsule holder is designed as a drawer and is mounted to slide in an insertion/extraction direction to allow a capsule to be received and moved to the brewing position, where the capsule faces an outlet of the brewing fluid supply apparatus ; the capsule holder comprises a main body to support the capsule and having a lower portion and an upper portion provided with the capsule seat and slidingly mounted on the lower portion to move, with respect thereto, to and from a raised position, characterized in that in the raised position the capsule is fluid-tightly coupled to the outlet of the brewing fluid supply apparatus .
A method of cutting one or more draping elements in a strip of material comprising a fabric layer comprising a film on at least one face, each draping element being delimited along a determined outline comprising at least one angle, each draping element being cut by means of a cutting blade , characterized in that , at each angle of the outline, the fabric layer and said at least one film are cut along a curve (AR5-AR10) so as to obtain one or more draping elements without overcutting, overcutting being potential initiators of tears in said at least one film as it peels away from the fabric layer, the tears causing pieces of film to be deposited on the fabric layer in the draping element(s). in a strip of material comprising a fabric layer comprising a film on at least one face, each draping element being delimited along a determined outline comprising at least one angle, each draping element being cut by means of a cutting blade , characterized in that , at each angle of the outline, the fabric layer and said at least one film are cut along a curve (AR5-AR10) so as to obtain one or more draping elements without overcutting, overcutting being potential initiators of tears in said at least one film as it peels away from the fabric layer, the tears causing pieces of film to be deposited on the fabric layer in the draping element(s).
A heat dissipation device comprising: a generally rectangular cooling metal plate ; the metal plate comprising, on its upper face , first fastening means for fastening a first printed circuit board provided to abut at least one heat generating area of the first printed circuit board on the upper face of the plate , the metal plate comprising, on its lower face , second fastening means for fastening a second printed circuit board provided to abut at least one heat generating area of the second printed circuit board on the lower face of the plate ; the upper face of the plate comprising a first section equipped with a plurality of vertical cooling fins each extending in a longitudinal direction substantially parallel to one side of the plate ; characterized in that : the first section comprises a portion of the first fastening means so as to allow the abutment of a heat generating area of the first printed circuit board on cooling fins , and in that : the lower face of the first section comprises at least one flat cooling surface forming a protrusion on said lower face, so as to allow the abutment of a heat generating area of the second printed circuit board on the flat cooling surface . a generally rectangular cooling metal plate ; the metal plate comprising, on its upper face , first fastening means for fastening a first printed circuit board provided to abut at least one heat generating area of the first printed circuit board on the upper face of the plate , the metal plate comprising, on its lower face , second fastening means for fastening a second printed circuit board provided to abut at least one heat generating area of the second printed circuit board on the lower face of the plate ; the upper face of the plate comprising a first section equipped with a plurality of vertical cooling fins each extending in a longitudinal direction substantially parallel to one side of the plate ; characterized in that : the first section comprises a portion of the first fastening means so as to allow the abutment of a heat generating area of the first printed circuit board on cooling fins , and in that : the lower face of the first section comprises at least one flat cooling surface forming a protrusion on said lower face, so as to allow the abutment of a heat generating area of the second printed circuit board on the flat cooling surface .
An integrated cellular transceiver for use in a small cell base station of a cellular wireless telecommunications network, the transceiver comprising: a transmit path for transmitting a transmit signal; a power amplifier configured to amplify the transmit signal; a digital pre-distortion, DPD, module for improving the linearity of the transmit path or the power amplifier, the DPD module being configured to provide an input to the transmit path; and a first observation receive path for observing an output of the power amplifier and for providing a first feedback signal to the DPD module, wherein: the DPD module is configured to apply companding to an input signal received at the DPD module, the DPD module comprising a look-up table, LUT, for performing computations of one or more functions on the companded input signal, wherein companding reduces a number of bits used for addressing the LUT, the transceiver is configured to duty cycle the first observation receive path by turning the first observation receive path on for a fraction of the time, and the transmit path, the first observation receive path, and the DPD module are provided onto a single die. a transmit path for transmitting a transmit signal; a power amplifier configured to amplify the transmit signal; a digital pre-distortion, DPD, module for improving the linearity of the transmit path or the power amplifier, the DPD module being configured to provide an input to the transmit path; and a first observation receive path for observing an output of the power amplifier and for providing a first feedback signal to the DPD module, wherein: the DPD module is configured to apply companding to an input signal received at the DPD module, the DPD module comprising a look-up table, LUT, for performing computations of one or more functions on the companded input signal, wherein companding reduces a number of bits used for addressing the LUT, the transceiver is configured to duty cycle the first observation receive path by turning the first observation receive path on for a fraction of the time, and the transmit path, the first observation receive path, and the DPD module are provided onto a single die. the DPD module is configured to apply companding to an input signal received at the DPD module, the DPD module comprising a look-up table, LUT, for performing computations of one or more functions on the companded input signal, wherein companding reduces a number of bits used for addressing the LUT, the transceiver is configured to duty cycle the first observation receive path by turning the first observation receive path on for a fraction of the time, and the transmit path, the first observation receive path, and the DPD module are provided onto a single die. the transceiver is configured to duty cycle the first observation receive path by turning the first observation receive path on for a fraction of the time, and the transmit path, the first observation receive path, and the DPD module are provided onto a single die.
A hot-stamped and trimmed part that is produced by hot pressing a blank and then cutting off an excess outer peripheral portion by laser machining, the hot-stamped and trimmed part characterized in that an outer peripheral shape of the hot-stamped and trimmed part includes a laser trim line (L1) formed by cutting in the laser machining, and a press trim line (L2) formed by shearing in the hot pressing or pressing performed before the hot pressing, and the laser trim line (L1) and the press trim line (L2) together define a projecting corner portion having an angle (θ1), wherein one of the laser trim line (L1) and the press trim line (L2) has a recessed portion (32; 34) that is continuous with the corner portion , and the other of the laser trim line (L1) and the press trim line (L2) is connected to the one trim line so as to intersect an opening end of the recessed portion (32; 34). an outer peripheral shape of the hot-stamped and trimmed part includes a laser trim line (L1) formed by cutting in the laser machining, and a press trim line (L2) formed by shearing in the hot pressing or pressing performed before the hot pressing, and the laser trim line (L1) and the press trim line (L2) together define a projecting corner portion having an angle (θ1), wherein one of the laser trim line (L1) and the press trim line (L2) has a recessed portion (32; 34) that is continuous with the corner portion , and the other of the laser trim line (L1) and the press trim line (L2) is connected to the one trim line so as to intersect an opening end of the recessed portion (32; 34).
Spark plug connector element comprising a first contact element and a second contact element , where a resistor element is disposed between the first contact element and the second contact element , characterized in that the first contact element and the second contact element have a specific conductivity of 10 2 S/m to 10 8 S/m and the resistor element has a specific conductivity of 10 -3 S/m to 10 1 S/m.
A laminate comprising at least one first layer of at least one first metal and at least one further layer of a polymer composition (PC) comprising at least one thermoplastic polyurethane (TPU), wherein the at least one thermoplastic polyurethane (TPU) is obtainable by polymerizing at least the following components: (A) at least one polyether polyol, (B) at least one polyisocyanate, (C) at least one C 2 -C 20 polyol. (A) at least one polyether polyol, (B) at least one polyisocyanate, (C) at least one C 2 -C 20 polyol.
An absorption machine having a refrigerant and a liquid solvent, a weak and a rich solution, wherein the weak and the rich solution are single-phase mixtures of the solvent and of the refrigerant, and also having an absorber in which the weak solution absorbs the refrigerant at a low-pressure level and thereby releases waste heat, a solution pump which pumps the rich solution thereby created after leaving the absorber to a high-pressure level, having an ejector in which the rich solution takes up a thermal heat flow after leaving the solution pump , having a separator in which the refrigerant is separated from the rich solution after leaving the ejector , wherein the weak solution remains, having an expansion valve in which the weak solution from the separator is stress-relieved before entering the absorber to the low-pressure level, having a solution heat exchanger in which the rich solution takes up heat between the solution pump and the ejector from the weak solution between the separator and the expansion valve , and having a useful component which stress-relieves the refrigerant after leaving the separator and before entering the absorber to the low-pressure level and makes a potential difference of the refrigerant between the high-pressure level and the low-pressure level technically usable, characterized by a further ejector in which a partial flow which is uncoupled from the rich solution between the solution heat exchanger and the ejector , is guided parallel to the ejector and is once again coupled with the rich solution between the ejector and the separator takes up heat from the weak solution between the separator and the solution heat exchanger .
Method for manufacturing a circuit of a hearing aid , in which - a printed circuit board having a first region and having a second region , which are separated by means of a border , is provided, - a component is attached to the printed circuit board , wherein the component is positioned on the border , - the first region is covered by means of a mask having an edge , wherein the edge is positioned on the component , - the printed circuit board is provided with a coating , - the coating is split apart in the region of the component , and - the mask is removed, wherein - in the same work step the component and a further electronic or electrical component are mounted on the printed circuit board by means of SMD technology. - a printed circuit board having a first region and having a second region , which are separated by means of a border , is provided, - a component is attached to the printed circuit board , wherein the component is positioned on the border , - the first region is covered by means of a mask having an edge , wherein the edge is positioned on the component , - the printed circuit board is provided with a coating , - the coating is split apart in the region of the component , and - the mask is removed, wherein - in the same work step the component and a further electronic or electrical component are mounted on the printed circuit board by means of SMD technology.
A refrigerator, comprising a cabinet and a door body and further comprising: an automatic door opening/closing device , installed on the cabinet and configured to drive the door body to be opened or closed; a first obstacle detection device, installed on the door body and configured to detect whether there is an obstacle in front of the door body when the door body is opened such that the automatic door opening/closing device stops opening the door body when there is an obstacle in front of the door body ; and a second obstacle detection device, configured to detect whether there is an obstacle behind the door body when the door body is closed such that the automatic door opening/closing device stops closing the door body when there is an obstacle behind the door body , characterized in that the first obstacle detection device comprises at least one distance sensing plate ; the door body comprises a main body and a panel arranged on a front side of the main body ; and each distance sensing plate adopts proximity sensing and is arranged between the main body and the panel and in abutting contact with the panel , wherein the second obstacle detection device is a force detection device configured to detect an output force of the automatic door opening/closing device such that the automatic door opening/closing device stops closing the door body when the output force is greater than or equal to a preset value. an automatic door opening/closing device , installed on the cabinet and configured to drive the door body to be opened or closed; a first obstacle detection device, installed on the door body and configured to detect whether there is an obstacle in front of the door body when the door body is opened such that the automatic door opening/closing device stops opening the door body when there is an obstacle in front of the door body ; and a second obstacle detection device, configured to detect whether there is an obstacle behind the door body when the door body is closed such that the automatic door opening/closing device stops closing the door body when there is an obstacle behind the door body , characterized in that the first obstacle detection device comprises at least one distance sensing plate ; the door body comprises a main body and a panel arranged on a front side of the main body ; and each distance sensing plate adopts proximity sensing and is arranged between the main body and the panel and in abutting contact with the panel , wherein the second obstacle detection device is a force detection device configured to detect an output force of the automatic door opening/closing device such that the automatic door opening/closing device stops closing the door body when the output force is greater than or equal to a preset value.
Papillotome for percutaneous endoscopic gastrostomy, comprising - a handle , - an elongate flexible catheter which is attached to the handle and which has a free end region with a free end and has at least one first lumen , - a front opening which is located in the free end region and connects the first lumen to an outside of the catheter , - a rear opening which is located in the free end region of the catheter and is further from the free end than the front opening and connects the first lumen to the outside, wherein the front opening and the rear opening are disposed with the same orientation to the catheter , - a cutting wire which is located in an axially displaceable manner in the first lumen , extends through the front opening and the rear opening and is located between the front opening and the rear opening on the outside of the catheter , and which is fixed in the free end region and in the handle , wherein, when the handle is actuated, the cutting wire is tensioned, the free end region is deformed in an arc shape and the cutting wire forms a transversely extending cutting edge between the front opening and the rear opening , wherein the front opening is disposed at a distance of at least 3 mm from the free end , and a projection is formed between the free end and the front opening , characterized in that a cutting tip is formed at the free end of the catheter , is connected to the cutting wire and forms the foremost end of the papillotome, and in that the cutting wire is moreover located on the outside between the free end and the front opening , forms the cutting tip there and the longitudinally extending cutting edge and is disposed there with the same orientation to the catheter as the front opening and the rear opening . - a handle , - an elongate flexible catheter which is attached to the handle and which has a free end region with a free end and has at least one first lumen , - a front opening which is located in the free end region and connects the first lumen to an outside of the catheter , - a rear opening which is located in the free end region of the catheter and is further from the free end than the front opening and connects the first lumen to the outside, wherein the front opening and the rear opening are disposed with the same orientation to the catheter , - a cutting wire which is located in an axially displaceable manner in the first lumen , extends through the front opening and the rear opening and is located between the front opening and the rear opening on the outside of the catheter , and which is fixed in the free end region and in the handle , wherein, when the handle is actuated, the cutting wire is tensioned, the free end region is deformed in an arc shape and the cutting wire forms a transversely extending cutting edge between the front opening and the rear opening ,
A turbine engine apparatus comprising: a structural component made of a superalloy material, wherein the structural component is a rotor disk of a gas turbine engine; and a protective coating disposed on the structural component , the protective coating having a composition consisting essentially of up to 30 wt% cobalt, 5-40 wt% chromium, 4.0-35 wt% aluminium, up to 6 wt% tantalum, up to 1.7 wt% molybdenum, up to 3 wt% rhenium, up to 5 wt% tungsten, up to 2 wt% yttrium, up to 2 wt% hafnium, 0.05-7 wt% silicon, 0.01-0.2 wt% zirconium, and a balance of nickel, such that the coefficient of thermal expansion of the protective coating closely matches the coefficient of thermal expansion of the superalloy material of the disk . a structural component made of a superalloy material, wherein the structural component is a rotor disk of a gas turbine engine; and a protective coating disposed on the structural component , the protective coating having a composition consisting essentially of up to 30 wt% cobalt, 5-40 wt% chromium, 4.0-35 wt% aluminium, up to 6 wt% tantalum, up to 1.7 wt% molybdenum, up to 3 wt% rhenium, up to 5 wt% tungsten, up to 2 wt% yttrium, up to 2 wt% hafnium, 0.05-7 wt% silicon, 0.01-0.2 wt% zirconium, and a balance of nickel, such that the coefficient of thermal expansion of the protective coating closely matches the coefficient of thermal expansion of the superalloy material of the disk .
Control device (DC) for a vehicle (V) comprising i) a train (T1), ii) at least one energy storage means (MS1), iii) a first non-thermal drive machine (MM 1) suitable for being coupled to said train (T1) via gear change means (BV) having an open state of decoupling and a closed state of coupling, and iv) a e second prime mover (MM2) thermal and adapted to be coupled to an audit process (T1) via coupling means (MCP) having an open state for decoupling and a closed state of coupling, said first prime mover (MM1) and said gear changing means (BV), said device (CD) comprising control means (MCT) triggering a placing said gearshift means (BV) in their open state and a placement of said coupling means (MCP) in their closed state for recharging the e said means energy storage (MS1) with said first prime mover (MM 1) when said vehicle (V) has a low speed less than or equal to a predefined threshold of 5 km / h, characterized in that said control means (MCT) prohibit for a period selected reactivating the charging in case of e brief stop between 300 ms and 2 seconds of said vehicle (V), representative of a start of operation, followed by a new movement in said low vehicle speed (V) resulting in deactivation of said recharge. i) a train (T1), ii) at least one energy storage means (MS1), iii) a first non-thermal drive machine (MM 1) suitable for being coupled to said train (T1) via gear change means (BV) having an open state of decoupling and a closed state of coupling, and iv) a e second prime mover (MM2) thermal and adapted to be coupled to an audit process (T1) via coupling means (MCP) having an open state for decoupling and a closed state of coupling, said first prime mover (MM1) and said gear changing means (BV),
A steel plate for a low temperature pressure vessel having excellent cryogenic toughness and ductility, comprising: in weight%, 0.05 to 0.15% of C, 0.20 to 0.40% of Si, 0.3 to 0.6% of Mn, 0.001 to 0.05% of Al, 0.012% or less of P, 0.015% or less of S, 4.0 to 5.0% of Ni, 0.001 to 0.10% of In, a balance of Fe, and unavoidable impurities, wherein a steel microstructure is comprised of 15 to 80 area% of tempered bainite and a balance tempered martensite, wherein the steel plate satisfies a tensile strength of 700 MPa class and may be stably used at a low temperature of -150°C. wherein a steel microstructure is comprised of 15 to 80 area% of tempered bainite and a balance tempered martensite, wherein the steel plate satisfies a tensile strength of 700 MPa class and may be stably used at a low temperature of -150°C.
An arrangement (1; 1') for a cryogenic system, the arrangement comprising a cryogenic tank (2; 2') for storing a cryogenic liquid and a trycock pipe (3; 30), the trycock pipe having a first end (9; 90) mechanically connected to the cryogenic tank, the trycock pipe (3; 30) comprising a tube (10; 100) with a first end (11; 110) fluidly connected to the cryogenic tank for receiving cryogenic liquid from the cryogenic tank, the arrangement being characterised in comprising a sensor (4; 40) measuring the temperature of the tube (10; 100), wherein the tube has a second free end (12; 120) opposite to the first end of the tube, which second free end is closed, and the temperature sensor (4; 40) is arranged outside the tube (10; 100) measuring the temperature at the second free end (12; 120) of the tube.
A composition suitable for application to an area of skin, the composition comprising: a benzalkonium halide; a didecyl dimethyl ammonium halide; chlorhexidine; and p-chloro-m-cresol. a benzalkonium halide; a didecyl dimethyl ammonium halide; chlorhexidine; and p-chloro-m-cresol.