mhurhangee/ep-ind-claims huggingface dataset:
A sound generator, comprising at least: a vibration plate; and a plurality of piezoelectric elements (1, 2) attached to the vibration plate so as to be spaced from each other to cause the vibration plate to vibrate, the plurality of piezoelectric elements (1, 2) including piezoelectric elements (1, 2) having at least two different thicknesses, the plurality of piezoelectric elements (1, 2) having at least two different thicknesses being disposed in two directions (x, y) that cross each other in a main surface of the vibration plate, wherein piezoelectric elements (1, 2) disposed adjacent to each other in the respective two directions (x, y) have different thicknesses, and wherein piezoelectric elements (1, 2) having different thicknesses are disposed in sequence in the respective two directions (x, y). a vibration plate; and a plurality of piezoelectric elements (1, 2) attached to the vibration plate so as to be spaced from each other to cause the vibration plate to vibrate, the plurality of piezoelectric elements (1, 2) including piezoelectric elements (1, 2) having at least two different thicknesses, the plurality of piezoelectric elements (1, 2) having at least two different thicknesses being disposed in two directions (x, y) that cross each other in a main surface of the vibration plate, wherein piezoelectric elements (1, 2) disposed adjacent to each other in the respective two directions (x, y) have different thicknesses, and wherein piezoelectric elements (1, 2) having different thicknesses are disposed in sequence in the respective two directions (x, y).
Portion capsule for preparing a beverage such as coffee or tea in a beverage appliance, having a capsule which at the outlet end thereof is closed by a housing base that has a beverage outlet, and at the opposite inlet end forms an opening which is closed by a film/foil that for pressing water into the capsule interior is able to be perforated by a device, wherein the beverage substrate is situated within the interior of the capsule or within the interior of an inner capsule encapsulated in the capsule, and wherein an internal plate is disposed above the base (8, 21) of the capsule or of the inner capsule so as to be parallel to the base (8, 21), characterized in that the internal plate on the external periphery thereof has notches and/or grooves for a restricted flow of the water, and that a sieve, mesh, net, non-woven fabric, perforated film or woven fabric is disposed on the internal plate so as to cover the latter.
A compressor, comprising: a cylinder; a piston configured to be reciprocable in the cylinder; a suction space (Si) capable of communicating with a working chamber (Sc) formed by the cylinder and the piston; a compressor casing for housing the cylinder and the piston, a discharge space (Sv) capable of communicating with the working chamber; a suction valve for switching a state of communication between the suction space (Si) and the working chamber (Sc); a discharge valve for switching a state of communication between the discharge space and the working chamber; a partition wall portion disposed so as to surround the working chamber, and separating the suction space and the discharge space, a valve plate holding the suction valve and the discharge valve, the valve plate serving as the partition wall portion; and a head cover provided above the partition wall portion, wherein the compressor casing is configured to include the suction space (Si), and the head cover is configured to form the discharge space (Sv) together with the valve plate, the compressor being characterized in that the compressor comprises a cooling medium path formed in the valve plate as the partition wall portion which separates the suction space of the compressor casing and the discharge space formed by the head cover and the valve plate. a cylinder; a piston configured to be reciprocable in the cylinder; a suction space (Si) capable of communicating with a working chamber (Sc) formed by the cylinder and the piston; a compressor casing for housing the cylinder and the piston, a discharge space (Sv) capable of communicating with the working chamber; a suction valve for switching a state of communication between the suction space (Si) and the working chamber (Sc); a discharge valve for switching a state of communication between the discharge space and the working chamber; a partition wall portion disposed so as to surround the working chamber, and separating the suction space and the discharge space, a valve plate holding the suction valve and the discharge valve, the valve plate serving as the partition wall portion; and a head cover provided above the partition wall portion, wherein the compressor casing is configured to include the suction space (Si), and the head cover is configured to form the discharge space (Sv) together with the valve plate, the compressor being characterized in that the compressor comprises a cooling medium path formed in the valve plate as the partition wall portion which separates the suction space of the compressor casing and the discharge space formed by the head cover and the valve plate.
A method comprising: receiving radar signals with a millimeter-wave radar; generating range data based on the received radar signals; detecting a target (110, 112, 114, 116) based on the range data; performing ellipse fitting on in-phase, I, and quadrature, Q, signals associated with the detected target (110, 112, 114, 116) to generate compensated I and Q signals associated with the detected target; generating an amplitude imbalance value and a phase imbalance value associated with the compensated I and Q signals of the detected target (110, 112, 114, 116); classifying the compensated I and Q signals as a first class when the amplitude imbalance value is lower than a first threshold, and when the phase imbalance value is lower than a second threshold; classifying the compensated I and Q signals as a second class when the amplitude imbalance value is higher than the first threshold, or when the phase imbalance value is higher than the second threshold; when the classification of the compensated I and Q signals correspond to the first class, determining a displacement signal based on the compensated I and Q signals, and determining a vital sign based on the displacement signal; and when the classification of the compensated I and Q signals correspond to the second class, discarding the compensated I and Q signals. receiving radar signals with a millimeter-wave radar; generating range data based on the received radar signals; detecting a target (110, 112, 114, 116) based on the range data; performing ellipse fitting on in-phase, I, and quadrature, Q, signals associated with the detected target (110, 112, 114, 116) to generate compensated I and Q signals associated with the detected target; generating an amplitude imbalance value and a phase imbalance value associated with the compensated I and Q signals of the detected target (110, 112, 114, 116); classifying the compensated I and Q signals as a first class when the amplitude imbalance value is lower than a first threshold, and when the phase imbalance value is lower than a second threshold; classifying the compensated I and Q signals as a second class when the amplitude imbalance value is higher than the first threshold, or when the phase imbalance value is higher than the second threshold; when the classification of the compensated I and Q signals correspond to the first class, determining a displacement signal based on the compensated I and Q signals, and determining a vital sign based on the displacement signal; and when the classification of the compensated I and Q signals correspond to the second class, discarding the compensated I and Q signals.
A nutritional product comprising protein, carbohydrate, and a fat system, the fat system comprising from 10 wt% to 60 wt% of an unsaturated free fatty acid component, wherein the nutritional product is selected from a liquid emulsion or a powder reconstitutable into a liquid emulsion.
Arrangement with a fastening element and an apparatus for positioning the fastening element which serves to fasten a furniture front on a door of a refrigerator, preferably a household refrigerator, wherein the furniture front has a first edge and a second edge opposing the first edge, wherein the apparatus comprises: a first rim region with a first rim, a second rim region with a second rim, characterised by: a first scale arranged in the first rim region and a second scale arranged in the second rim region, wherein the apparatus can be brought into an adjustment position and an end position, wherein the apparatus is arranged on the fastening element for orienting the fastening element on the furniture front in the adjustment position such that the first scale rests on the first edge and the second scale rests on the second edge and wherein, in the end position and when the fastening element is in the assembled state on the furniture front, the first rim does not extend beyond the first edge and the second rim does not extend beyond the second edge. a first rim region with a first rim, a second rim region with a second rim, wherein the apparatus is arranged on the fastening element for orienting the fastening element on the furniture front in the adjustment position such that the first scale rests on the first edge and the second scale rests on the second edge and wherein, in the end position and when the fastening element is in the assembled state on the furniture front, the first rim does not extend beyond the first edge and the second rim does not extend beyond the second edge.
A method for allowing a mobile terminated communication to a destination device through at least one mobile communication network from a source entity located in a public IP address network, said method comprising: receiving, by a subscriber server residing in a home network of the mobile communication network, an IP address ("D") of the destination device from a Mobility Management Entity residing in a visited network of the mobile communication network, wherein the destination device is roaming in the visited network, wherein the destination device IP address ("D") is assigned during an attach procedure of the destination device with the mobile communication network and is a dynamic IP address assigned by the visited network, and updating, by the subscriber server, a DNS record containing a static unique identifier of the destination device stored in an authoritative DNS server residing in the home network, so that the authoritative DNS server responses a DNS query including the static unique identifier with the destination device IP address ("D"), wherein the static unique identifier is a fully qualified domain name, FQDN. receiving, by a subscriber server residing in a home network of the mobile communication network, an IP address ("D") of the destination device from a Mobility Management Entity residing in a visited network of the mobile communication network, wherein the destination device is roaming in the visited network, wherein the destination device IP address ("D") is assigned during an attach procedure of the destination device with the mobile communication network and is a dynamic IP address assigned by the visited network, and updating, by the subscriber server, a DNS record containing a static unique identifier of the destination device stored in an authoritative DNS server residing in the home network, so that the authoritative DNS server responses a DNS query including the static unique identifier with the destination device IP address ("D"), wherein the static unique identifier is a fully qualified domain name, FQDN.
Transport aid device for at least a first and a second pallet (20, 25), wherein the pallets (20, 25) have a loading base which is oriented substantially horizontally in a usage position during transport, having a first support device and having a second support device for supporting at least one of the pallets (20, 25), both of the support devices (2, 2a) having: - at least one connecting element for the mechanical connection of the support device (2, 2a) to the first pallet, wherein the connecting element has two first connecting projections which can engage mechanically in different lifting means recesses of the first pallet and are spaced apart from one another for this purpose, and wherein each first connecting projection has at least one stiffening limb and a second limb which is angled off with respect to the stiffening limb, - at least two support beams (3, 3a) which, in the usage position during transport, extend substantially in a vertical direction, each having a first end which, in the usage position during transport, forms the upper end of the respective support beam, - at least two holding elements (5, 16) which are connected in each case to the first end of one of the two support beams (3, 3a), wherein each of the holding elements (5, 16) is provided for, in the usage position during transport of the two pallets (20, 25), holding or supporting the second of said pallets with a vertical spacing from the first pallet, characterized in that the support device (2, 2a) is formed with a bottom plate from which two stiffening ribs extend from opposite ends of the bottom plate and are oriented substantially in parallel, wherein the first connecting projections of the connecting element extend substantially at a right angle and, in the usage position, substantially horizontally from the bottom plate of the support device (2, 2a). - at least one connecting element for the mechanical connection of the support device (2, 2a) to the first pallet, wherein the connecting element has two first connecting projections which can engage mechanically in different lifting means recesses of the first pallet and are spaced apart from one another for this purpose, and wherein each first connecting projection has at least one stiffening limb and a second limb which is angled off with respect to the stiffening limb, - at least two support beams (3, 3a) which, in the usage position during transport, extend substantially in a vertical direction, each having a first end which, in the usage position during transport, forms the upper end of the respective support beam, - at least two holding elements (5, 16) which are connected in each case to the first end of one of the two support beams (3, 3a), wherein each of the holding elements (5, 16) is provided for, in the usage position during transport of the two pallets (20, 25), holding or supporting the second of said pallets with a vertical spacing from the first pallet,
Sanitary valve block, comprising - a base body having a cartridge receptacle, at least one water inlet, at least one water outlet, a supply channel structure extending from the at least one water inlet to the cartridge receptacle and a discharge channel structure extending from the cartridge receptacle to the at least one water outlet, and - a valve cartridge inserted in the cartridge receptacle, - an insert receptacle extending into the discharge channel structure, and - an insert element inserted into the insert receptacle, which insert element includes a particle screen and/or a flow regulator, characterized in that - the insert receptacle is formed by a blind hole in the base body, wherein the discharge channel structure leads transversely into the blind hole and leads transversely out of the blind hole on axially spaced positions. - a base body having a cartridge receptacle, at least one water inlet, at least one water outlet, a supply channel structure extending from the at least one water inlet to the cartridge receptacle and a discharge channel structure extending from the cartridge receptacle to the at least one water outlet, and - a valve cartridge inserted in the cartridge receptacle, - an insert receptacle extending into the discharge channel structure, and - an insert element inserted into the insert receptacle, which insert element includes a particle screen and/or a flow regulator, characterized in that - the insert receptacle is formed by a blind hole in the base body, wherein the discharge channel structure leads transversely into the blind hole and leads transversely out of the blind hole on axially spaced positions.
Secure transactional system in P2P, comprising a set of nodes communicating by messages, each message comprising data to be processed by a program as well as the hash of the program to be used at the destination node on the input data contained in this message, each node being capable, upon receiving a message and by using the hash contained in this message, of causing the execution of the program to be used on the input data contained in said received message, this program generating an output message containing output data generated by the program and the hash of the program, said system being characterized in that at least certain programs are capable of being executed in a zero-knowledge proof mode and of including in output messages a zero-knowledge execution proof information for verification by the destination node, in that at least some nodes comprise a crypto memory management unit (CMMU) capable of receiving the messages and of delegating the execution of the program to a non-secure processor, in that said processor is capable of executing the program while generating a zero-knowledge execution proof, and in that the CMMU unit is capable of receiving the zero-knowledge execution proof from said non-secure processor, of verifying said proof, and of including it in an output message further containing the data (data2) generated by the non-secure processor.
Ski binding for a cross country or touring ski comprising: a flexor comprising an extending flexor arm and a holding and positioning portion, wherein the extending flexor arm is connectable to, or integral with, the holding and positioning portion such that the extending flexor arm can rotate and/or displace with respect to the holding and positioning portion around the point of connection between the two; wherein the extending flexor arm is formed such that the amount of displacement of the extending flexor arm as a result of an applied force acting thereon follows a substantially linear relationship up to a first desired amount of displacement, for a displacement of the extending flexor arm greater than the first desired amount of displacement, the amount of displacement of the extending flexor arm as a result of an applied force acting thereon follows an approximately exponential relationship, shoe attachment means for removeable attachment of a ski boot, wherein the shoe attachment means are provided with a pin receiving section for receiving and holding a rotation pin of a ski boot; characterized in n that the ski binding is further structured so as to hold the flexor in a position such that a slot of the flexor is aligned with the pin receiving section such that when the rotation pin of a ski boot is held in the pin receiving section it is also within the slot of the flexor and will thus stop the flexor from being lost. a flexor comprising an extending flexor arm and a holding and positioning portion, wherein the extending flexor arm is connectable to, or integral with, the holding and positioning portion such that the extending flexor arm can rotate and/or displace with respect to the holding and positioning portion around the point of connection between the two; wherein the extending flexor arm is formed such that the amount of displacement of the extending flexor arm as a result of an applied force acting thereon follows a substantially linear relationship up to a first desired amount of displacement, for a displacement of the extending flexor arm greater than the first desired amount of displacement, the amount of displacement of the extending flexor arm as a result of an applied force acting thereon follows an approximately exponential relationship, shoe attachment means for removeable attachment of a ski boot, wherein the shoe attachment means are provided with a pin receiving section for receiving and holding a rotation pin of a ski boot; characterized in n that the ski binding is further structured so as to hold the flexor in a position such that a slot of the flexor is aligned with the pin receiving section such that when the rotation pin of a ski boot is held in the pin receiving section it is also within the slot of the flexor and will thus stop the flexor from being lost.
A method of production of dispensers for agents, the method comprising the steps of: continuously advancing, longitudinally, a flow of longitudinally extending rods which are arranged on a longitudinally advancing wrapper substrate between longitudinally extending tubular elements, wherein each longitudinally extending rod in the advancing flow is arranged with a first end abutted to a first longitudinally extending tubular element, and a second end adjacent to a space in the advancing flow between the second end of the longitudinally extending rod and a second longitudinally extending tubular element in the flow; introducing an agent into each space between a longitudinally extending rod and a longitudinally extending tubular element in the flow; engaging the wrapper substrate around the longitudinally advancing flow to thereby form a continuous wrapped product rod comprising a plurality of longitudinally extending rods each arranged with a first end abutted to a first longitudinally extending tubular element, and a second end adjacent to an additive containing cavity between the second end of the longitudinally extending rod and a second longitudinally extending tubular element. continuously advancing, longitudinally, a flow of longitudinally extending rods which are arranged on a longitudinally advancing wrapper substrate between longitudinally extending tubular elements, wherein each longitudinally extending rod in the advancing flow is arranged with a first end abutted to a first longitudinally extending tubular element, and a second end adjacent to a space in the advancing flow between the second end of the longitudinally extending rod and a second longitudinally extending tubular element in the flow; introducing an agent into each space between a longitudinally extending rod and a longitudinally extending tubular element in the flow; engaging the wrapper substrate around the longitudinally advancing flow to thereby form a continuous wrapped product rod comprising a plurality of longitudinally extending rods each arranged with a first end abutted to a first longitudinally extending tubular element, and a second end adjacent to an additive containing cavity between the second end of the longitudinally extending rod and a second longitudinally extending tubular element.
A floor surface maintenance vehicle with a quick release squeegee, comprising: a brush deck with a floor-engaging brush carried by the brush deck; a squeegee assembly having at least one squeegee blade and a frame to which the at least one squeegee blade is mounted, the at least one squeegee blade being adapted to drag on the underlying floor proximate the floor engaging brush; and a single release latch that connects and secures the squeegee assembly to the brush deck, the squeegee assembly being removable from the brush deck when the single release latch is removed, wherein the brush deck and the frame include corresponding locating structures that, when engaged together, align the frame relative to the brush deck and provide two or more points where the relative movement between the brush deck and frame is restricted. a brush deck with a floor-engaging brush carried by the brush deck; a squeegee assembly having at least one squeegee blade and a frame to which the at least one squeegee blade is mounted, the at least one squeegee blade being adapted to drag on the underlying floor proximate the floor engaging brush; and a single release latch that connects and secures the squeegee assembly to the brush deck, the squeegee assembly being removable from the brush deck when the single release latch is removed,