mhurhangee/patent-ind-claim-en huggingface dataset:
Base module for holding a heat pump of a household appliance for drying laundry, having - at least one heat-exchanger receiving region for at least partially receiving at least one heat exchanger of the heat pump , - at least one component receiving region for at least partially receiving a compressor and/or a restrictor of the heat pump , - at least one dividing wall at least partially separating the heat-exchanger receiving region from the component receiving region , on which dividing wall at least one pipe feed-through for feeding through a pipe run of a refrigerant circuit of the heat pump is arranged, - wherein the dividing wall is at least partially formed by at least one separately embodied adapter component comprising the pipe feed-through , - wherein the adapter component comprises a feed-through section comprising the pipe feed-through and made from a flexible plastic in the form of a foam or an elastomer or a mounting foam wrapped with a foil, characterised in that the adapter component is formed from two superposed adapter parts , wherein the pipe feed-through is formed from both adapter parts , wherein the adapter parts are provided with slots on the pipe feed-through . - at least one heat-exchanger receiving region for at least partially receiving at least one heat exchanger of the heat pump , - at least one component receiving region for at least partially receiving a compressor and/or a restrictor of the heat pump , - at least one dividing wall at least partially separating the heat-exchanger receiving region from the component receiving region , on which dividing wall at least one pipe feed-through for feeding through a pipe run of a refrigerant circuit of the heat pump is arranged, - wherein the dividing wall is at least partially formed by at least one separately embodied adapter component comprising the pipe feed-through , - wherein the adapter component comprises a feed-through section comprising the pipe feed-through and made from a flexible plastic in the form of a foam or an elastomer or a mounting foam wrapped with a foil,
A method for connecting a wireless device to at least one access point, the method comprising at the wireless device: - storing a list of access points that the wireless device was previously connected to and an indicator indicating, for the access points of the list, if power save mode is supported or not, wherein the indicator indicates that an access point supporting power save mode and operating in power save mode listens to transmissions without transmitting beacons, - determining that there is at least one access point in the list for which the indicator indicates that power save mode is supported, - determining that the at least one access point is operating in power save mode, - transmitting a probe request frame including a Service Set Identifier, SSID of the at least one access point of the list, to wake up the at least one access point from power save mode, and - connecting to the at least one access point. - storing a list of access points that the wireless device was previously connected to and an indicator indicating, for the access points of the list, if power save mode is supported or not, wherein the indicator indicates that an access point supporting power save mode and operating in power save mode listens to transmissions without transmitting beacons, - determining that there is at least one access point in the list for which the indicator indicates that power save mode is supported, - determining that the at least one access point is operating in power save mode, - transmitting a probe request frame including a Service Set Identifier, SSID of the at least one access point of the list, to wake up the at least one access point from power save mode, and - connecting to the at least one access point.
A freight train chassis , comprising: a first chassis module , a plurality of connecting modules and at least one second chassis module , wherein the first chassis module and the second chassis module are disposed along a length direction of a freight train, the second chassis module is connected to the first chassis module by one or more connecting modules of the plurality of connecting modules , and the second chassis modules are connected by one or more connecting modules of the plurality of connecting modules , characterized in that the connecting module comprises a first connecting member , a second connecting member , a connecting shaft and a tensioner , wherein a profile hole matching the tensioner is disposed on the first connecting member and a circular hole is disposed on the second connecting member , the connecting shaft passes through the profile hole and the circular hole to connect the first connecting member and the second connecting member , and the tensioner is used to be inserted into the profile hole and abutted against the connecting shaft so that the first connecting member is rigidly connected with the second connecting member ; and the first connecting member and/or the second connecting member are connected to the first chassis module ; and the first connecting member and/or the second connecting member are connected to the second chassis module . characterized in that the connecting module comprises a first connecting member , a second connecting member , a connecting shaft and a tensioner , wherein a profile hole matching the tensioner is disposed on the first connecting member and a circular hole is disposed on the second connecting member , the connecting shaft passes through the profile hole and the circular hole to connect the first connecting member and the second connecting member , and the tensioner is used to be inserted into the profile hole and abutted against the connecting shaft so that the first connecting member is rigidly connected with the second connecting member ; and the first connecting member and/or the second connecting member are connected to the first chassis module ; and the first connecting member and/or the second connecting member are connected to the second chassis module .
Method for determining fault states in a half-bridge circuit (HBS) having a first semiconductor switch (HS1) and a second semiconductor switch (HS2), wherein the first semiconductor switch (HS1) and the second semiconductor switch (HS2) are connected to one another in a series circuit and are controllable in each case by means of a control signal, and wherein the first semiconductor switch (HS1) and the second semiconductor switch (HS2) can in each case assume an open and a closed switching state, and wherein the method has the following method steps: - determining an actual switching state and a reference switching state of the first semiconductor switch (HS1), - determining an actual switching state and a reference switching state of the second semiconductor switch (HS2), - detecting a bridge short circuit in the half-bridge circuit (HBS) if the actual switching state of the first semiconductor switch (HS1) is different from the reference switching state of the first semiconductor switch (HS1) and moreover the actual switching state of the second semiconductor switch (HS2) is different from the reference switching state of the second semiconductor switch (HS2). - determining an actual switching state and a reference switching state of the first semiconductor switch (HS1), - determining an actual switching state and a reference switching state of the second semiconductor switch (HS2), - detecting a bridge short circuit in the half-bridge circuit (HBS) if the actual switching state of the first semiconductor switch (HS1) is different from the reference switching state of the first semiconductor switch (HS1) and moreover the actual switching state of the second semiconductor switch (HS2) is different from the reference switching state of the second semiconductor switch (HS2).
A static mixer for mixing fluid flow in a pipeline, comprising: a. a body having a plurality of slots through the body, said slots having one or more sides that are angled with respect to an axis passing through a center of the body; b. a plurality of arms extending from an outer edge of the body towards a center of the body, each arm having a flat surface on a first side of the body and comprising angled sides forming a triangular wedge pointing to a second side of the body c. wherein the plurality of slots comprises at least one concentric ring of slots; characterized in that the plurality of arms are connected to each other at the center of the body. a. a body having a plurality of slots through the body, said slots having one or more sides that are angled with respect to an axis passing through a center of the body; b. a plurality of arms extending from an outer edge of the body towards a center of the body, each arm having a flat surface on a first side of the body and comprising angled sides forming a triangular wedge pointing to a second side of the body c. wherein the plurality of slots comprises at least one concentric ring of slots;
A system capable of controlling at least one additive manufacturing print, comprising: a plurality of sensors capable of monitoring at least one of a build perimeter, a build height, and a build volume for an additive print build resultant from the additive manufacturing print; a print server comprising at least one processor capable of receiving sensor data regarding the monitoring from the plurality of sensors , and comprising non-transitory computing code for applying to the sensor data a print process plan indicative of the additive print build; a comparator embedded in the non-transitory computing code for assessing a lack of compliance by the additive print build to the print process plan; and at least one modified output of the additive manufacturing print suitable to revise the compliance of the additive print build to the print process plan; characterized in ; the system further comprising a multiplexed plurality of sensors, wherein the multiplexed plurality of sensors comprises at least one unique emitter (110-1) multiplexed to two or more detector sensors (110-2). a plurality of sensors capable of monitoring at least one of a build perimeter, a build height, and a build volume for an additive print build resultant from the additive manufacturing print; a print server comprising at least one processor capable of receiving sensor data regarding the monitoring from the plurality of sensors , and comprising non-transitory computing code for applying to the sensor data a print process plan indicative of the additive print build; a comparator embedded in the non-transitory computing code for assessing a lack of compliance by the additive print build to the print process plan; and at least one modified output of the additive manufacturing print suitable to revise the compliance of the additive print build to the print process plan;
An apparatus for detecting an object, the apparatus comprising a first circular-arc-shaped support element , at least one further circular-arc-shaped support element , image capture devices , and light sources , with more than two image capture devices being arranged on the first circular-arc-shaped support element , the first circular-arc-shaped support element being rotatable about a first axis of rotation , and more than two light sources being arranged on the at least one further circular-arc-shaped support element , the at least one further circular-arc-shaped support element being rotatable about a further axis of rotation , and the first axis of rotation and the further axis of rotation intersecting at least at one point of intersection (M), characterised in that the image capture devices are arranged in an equiangular configuration on the first circular-arc-shaped support element , the light sources being arranged exclusively on the further circular-arc-shaped support element , the light sources being arranged in an equiangular configuration on the further circular-arc-shaped support element .
Thermosealing machine for packaging products, comprising a lower mold configured for moving along a vertical path of travel of a given length between a first position and a second position, the lower mold comprising a box formed at least by a box base , a box structure extending vertically upwards from the box base , and a box frame comprising at least one frame cavity (202.0) and attached to the box structure such that a box cavity is defined between said box frame , said box structure , and said box base ; and at least one pad attached to the box with freedom of vertical movement and associated with the frame cavity of said box , machine comprising a lower stop which is associated with the lower mold such that it moves integrally with said lower mold during the movement of said lower mold from the first position to the second position, and at least one upper stop which is associated with the pad such that said pad and said upper stop move vertically in an integral manner, said upper stop being configured so that moving between an operative position, in which said upper stop is arranged in the path of travel of the lower stop during the movement of said lower stop integral with the lower mold , such that said upper stop moves integrally with said lower stop from the time said lower stop contacts said upper stop until the lower mold reaches the second position, and an inoperative position in which said upper stop is arranged outside of said path of travel of the lower stop .
A rotary cutting tool for generating asymmetrical teeth in a gear wheel wherein each tooth has an active side (A) with convex profile conjugated with the profile of a tooth of a counter gear wheel meshing with the gear wheel and a secondary concave side (S), whereby the tool is provided with a toothing having a generally helical development, which extends on one side and the other side with respect to a median section (M-M) of the tool intended to be intersected by the radius Rp of the wheel, said radius Rp being orthogonal to the rotation axis of the tool operating on the wheel to generate the teeth thereof, the helical toothing having a first side (CA) defining a cutting edge intended to generate said active side (A) of the wheel teeth and a second side (CS) defining a cutting edge intended to generate the secondary side (S), the pitch (P1) between the cutting edge of the first side (CA) of the helical toothing being constant and the pitch (P2) between the cutting edge of the second side of the toothing being greater than the pitch (P1) and variable along the axial direction of the tool.
A fuel rail assembly for a fuel injection system for an internal combustion engine, the fuel rail assembly comprising a fuel rail comprising an elongate generally tubular body forming a fuel reservoir and having formed integrally therewith one or more fuel outlet ports , wherein each outlet port incorporates integrally therewith a fuel injector cup adapted to receive a fuel injector and comprises a fuel outlet passage providing a fluid communication from the fuel rail to the injector cup , wherein the fuel outlet passage has a non-uniform cross-section, characterized in that the fuel outlet passage comprises a plurality of channels along at least part of its length and in that the fuel outlet passage comprises at least one constricting section with a narrower cross-section, wherein the constricting section is arranged at a junction between the fuel rail and the outlet passage and/or at a junction between the outlet passage and the injector cup , wherein a plurality of outlet ports spaced along the fuel rail are provided, wherein two or more of the outlet ports comprise an outlet passage that differs in shape.
A piezoelectric element comprising a stack formed of a plurality of piezoelectric layers and having a first main surface and a second main surface facing in opposite directions along a stacking direction, the stack including a transmission portion , a reception portion , and a separating portion that separates the transmission portion and the reception portion from each other, a transmission electrode being arranged so as to cover a region of the first main surface corresponding to the transmission portion , a reception electrode being arranged so as to cover a region of the first main surface corresponding to the reception portion , the transmission electrode sandwiching at least a part of the plurality of piezoelectric layers , together with a conductor film arranged in the stack or on the second main surface , the reception electrode sandwiching at least a part of the plurality of piezoelectric layers , together with the conductor film arranged in the stack or on the second main surface , at least a part of a region of the first main surface corresponding to the separating portion being convex in comparison with a region of the first main surface where the transmission electrode is arranged and a region of the first main surface where the reception electrode is arranged.
A method enabling co-operating of a web apparatus and a flash apparatus, comprising: providing the web apparatus and the flash apparatus in a client; characterised by establishing, by the client, a flash control in the flash apparatus, the flash control is a control for changing clothes of an avatar; sending , by the web apparatus, an instruction of calling the flash apparatus to the client for changing clothes of an avatar in an animation presented by the flash apparatus when a user of the client wants to buy a dress for the avatar in a web-based shopping mall presented by the web apparatus, wherein said changing the clothes of an avatar makes the avatar put on the dress bought, and wherein the instruction includes information of the flash apparatus to be called, the information of the flash apparatus to be called comprises a name of the flash control to be called; calling, by the client, the flash control in the flash apparatus using the name of the flash control to be called in the information of the flash apparatus to be called; sending, by the flash apparatus, upon said calling, a request to the client for downloading resources of the clothes; and performing , by the flash control, an operation for changing the clothes of the avatar using the downloaded resources according to the information of the flash apparatus to be called. providing the web apparatus and the flash apparatus in a client; characterised by establishing, by the client, a flash control in the flash apparatus, the flash control is a control for changing clothes of an avatar; sending , by the web apparatus, an instruction of calling the flash apparatus to the client for changing clothes of an avatar in an animation presented by the flash apparatus when a user of the client wants to buy a dress for the avatar in a web-based shopping mall presented by the web apparatus, wherein said changing the clothes of an avatar makes the avatar put on the dress bought, and wherein the instruction includes information of the flash apparatus to be called, the information of the flash apparatus to be called comprises a name of the flash control to be called; calling, by the client, the flash control in the flash apparatus using the name of the flash control to be called in the information of the flash apparatus to be called; sending, by the flash apparatus, upon said calling, a request to the client for downloading resources of the clothes; and performing , by the flash control, an operation for changing the clothes of the avatar using the downloaded resources according to the information of the flash apparatus to be called.
Machine for the continuous treatment of a fabric comprising: - a first module for the imbibing and relaxing of said fabric arranged in small folds, equipped with a tank to contain the bath; - a second module for the controlled drying of said fabric arranged in small folds, equipped with a means of ventilation and a probe to detect the value of residue humidity and/or temperature of the fabric exiting said module ; - a third module comprising a tube equipped with means for the pneumatic transport of said fabric between the openings of said tube until the drying of the fabric; - a system for dragging said fabric between said first , second and thrid modules capable of overfeeding the fabric in said first and second modules to arrange it and move it in small folds; - means of control and regulation of the speed of said dragging system intended to vary the speed of advancement of the fabric inside said first and second modules , based on the values detected by said probe . - a first module for the imbibing and relaxing of said fabric arranged in small folds, equipped with a tank to contain the bath; - a second module for the controlled drying of said fabric arranged in small folds, equipped with a means of ventilation and a probe to detect the value of residue humidity and/or temperature of the fabric exiting said module ; - a third module comprising a tube equipped with means for the pneumatic transport of said fabric between the openings of said tube until the drying of the fabric; - a system for dragging said fabric between said first , second and thrid modules capable of overfeeding the fabric in said first and second modules to arrange it and move it in small folds; - means of control and regulation of the speed of said dragging system intended to vary the speed of advancement of the fabric inside said first and second modules , based on the values detected by said probe .
Filter system for cleaning liquids, with a pre-filter unit for separating particles from the liquid and with a discharge unit connected downstream of the pre-filter unit for intermediate storage and discharge of the particles, wherein the discharge unit has a discharge chamber which is separated from the pre-filter unit by means of an adjustable valve , characterized in that the discharge unit has a metering chamber into which a feed line for the supply of a neutralizing agent opens out, an adjustable valve being arranged between the discharge chamber and the metering chamber , in that in the feed line which opens out into the metering chamber a closing valve is arranged for introducing the neutralizing agent, in that the components of the discharge unit have a coating for reducing adhesions such as salts, and in that a cooling unit is associated at least with the discharge chamber .
An ultrasonic probe adapter for ultrasonic testing of externally toothed test specimens , comprising - a probe side which preferably faces away from a test specimen during ultrasonic testing, - a test specimen side which faces a test specimen during ultrasonic testing, - wherein the probe side and the test specimen side each have a longitudinal extension (L), - a thickness (D) extending from the probe side to the test specimen side , - a width (B) extending orthogonally to the thickness (D) and orthogonally to the longitudinal extension of the probe side and/or to the longitudinal extension of the test specimen side , wherein a test toothing is arranged on the test specimen side , characterized in that said ultrasonic probe adapter is configured as a ring or ring segment, so that the probe side forms the outer circumferential surface and the test specimen side forms the inner circumferential surface. - a probe side which preferably faces away from a test specimen during ultrasonic testing, - a test specimen side which faces a test specimen during ultrasonic testing, - wherein the probe side and the test specimen side each have a longitudinal extension (L), - a thickness (D) extending from the probe side to the test specimen side , - a width (B) extending orthogonally to the thickness (D) and orthogonally to the longitudinal extension of the probe side and/or to the longitudinal extension of the test specimen side ,