mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic cleaner device for an espresso coffee machine comprising a dispensing group , wherein the ultrasonic cleaner device comprises: a liquid reservoir , a piezoelectric transducer and a generator , wherein the generator is configured to produce an electronic signal of high frequency and send it to the piezoelectric transducer so that the piezoelectric transducer receives the signal and responds by changing shape as long as the electronic signal is applied, characterized in that said ultrasonic cleaner device comprises a body which is adapted to connect, in a releasable manner, to the lower face of the dispensing group . wherein the ultrasonic cleaner device comprises: a liquid reservoir , a piezoelectric transducer and a generator , wherein the generator is configured to produce an electronic signal of high frequency and send it to the piezoelectric transducer so that the piezoelectric transducer receives the signal and responds by changing shape as long as the electronic signal is applied, characterized in that said ultrasonic cleaner device comprises a body which is adapted to connect, in a releasable manner, to the lower face of the dispensing group .
Head-up display comprising an image-generating unit , a deflection unit and a mirror unit , wherein the deflection unit comprises a mirror element that comprises a spectrally partially reflecting layer , disposed on a substrate , on which an absorptive polarization layer is disposed that transmits light having the same polarization orientation as the polarization layer and absorbs light of a different polarization, wherein light coming from the image-generating unit is reflected by the deflection unit to the mirror unit and the absorptive polarization layer is located on the side of the spectrally partially reflecting layer that faces the image-generating unit.
A transmit device configured to: • jointly encode at least two of the three following pieces of transmission burst information in first Downlink Control Information, DCI (210-1): ▪ whether or not a current subframe is an end subframe; ▪ end subframe configuration; and/ or ▪ number of subframes to monitor, thereby arriving at encoded transmission burst information; • transmit the first DCI (210-1) comprising the encoded transmission burst information with a DCI format used for the transmission burst information to a receive device, wherein the DCI format used for the transmission burst information has a same number of bits as a DCI format (220-1) used for Physical Downlink Shared Channel, PDSCH, scheduling. • jointly encode at least two of the three following pieces of transmission burst information in first Downlink Control Information, DCI (210-1): ▪ whether or not a current subframe is an end subframe; ▪ end subframe configuration; and/ or ▪ number of subframes to monitor, thereby arriving at encoded transmission burst information; ▪ whether or not a current subframe is an end subframe; ▪ end subframe configuration; and/ or ▪ number of subframes to monitor, • transmit the first DCI (210-1) comprising the encoded transmission burst information with a DCI format used for the transmission burst information to a receive device, wherein the DCI format used for the transmission burst information has a same number of bits as a DCI format (220-1) used for Physical Downlink Shared Channel, PDSCH, scheduling.
Push-button switch , in particular for use in keypads, with a film switch arrangement which comprises a contact carrier layer with at least one contact and a switch contact layer with at least one closing contact , which layers are arranged at a distance from each other, with an actuating element which is exposed for manual actuation, with a spring arrangement which is arranged between the actuating element and the film switch arrangement , and which is arranged adjacent firstly to the actuating element and secondly to the film switch arrangement , characterised in that the spring arrangement is a bending spring which rests on the actuating element in at least two mutually spaced locations, and that the bending spring has a middle portion which is in contact with the film switch arrangement .
A dental resin-modified glass ionomer composition comprising (a) a reactive particulate filler, and (b) a polyacidic polymer which is reactive with the reactive particulate filler in a cement reaction, wherein the composition further comprises an initiator system consisting of one or more initiator compounds, wherein at least one of the one or more initiator compounds is an aromatic amine which is linked to the polyacidic polymer (b) by a covalent bond forming an initiator modified polyacidic polymer having a covalently bonded aromatic amine initiator compound, wherein the initiator modified polyacidic polymer is a compound having repeating units of the following formula (I): wherein X , which may be the same or different, independently represent OH, O-L-Z, or NH-L-Z, wherein L is a single bond or a divalent linker group, and Z is a covalently bonded initiator compound; Y is a hydrogen atom, COOH or a covalently bonded initiator compound; k, l, m, n, o and p are independently integers of at least 0, k+l+m+n+o+p is at least 1; and at least one X is present which is not OH when Y is a hydrogen atom or COOH; wherein the polyacidic polymer has a weight average molecular weight of 1 to 300 kDa; wherein the initiator modified polyacidic polymer contains 0.01 to 20 mole% covalently bonded initiator compound per 100 mole% of acidic groups of the polyacidic polymer. (a) a reactive particulate filler, and (b) a polyacidic polymer which is reactive with the reactive particulate filler in a cement reaction, wherein the composition further comprises an initiator system consisting of one or more initiator compounds, X , which may be the same or different, independently represent OH, O-L-Z, or NH-L-Z, wherein L is a single bond or a divalent linker group, and Z is a covalently bonded initiator compound; L is a single bond or a divalent linker group, and Z is a covalently bonded initiator compound; Y is a hydrogen atom, COOH or a covalently bonded initiator compound; k, l, m, n, o and p are independently integers of at least 0, k+l+m+n+o+p is at least 1; and at least one X is present which is not OH when Y is a hydrogen atom or COOH; wherein the polyacidic polymer has a weight average molecular weight of 1 to 300 kDa;
Device for drying at least one façade intermediate space (F1-Fn) using dried compressed air, comprising a drying unit , e.g. a dry filter , in a compressed air line and comprising at least one valve (V1-Vm) connected to a switching unit for shutting off and opening the compressed air supply to the façade intermediate space (F1-Fn), characterised by a compressed air reservoir which is arranged upstream of the drying unit and upstream of the valve (V1-Vm) in the flow direction, and by at least one pressure-reducing valve connected downstream of the compressed air reservoir .
A liquid refill system , preferably for a fragrance composition comprising: a) A child device having a liquid reservoir having a volume (V CR ) and an air outlet valve said device having a first portion having a dispensing mechanism and a second portion having a child component of a refill mechanism comprising a child liquid inlet and a child one way liquid inlet refill valve associated therewith; b) A parent device having a liquid reservoir containing a liquid and an optional air inlet valve said device having a first portion having a parent component of a refill mechanism and a liquid outlet having a one way liquid valve , associated therewith, characterized in that said parent device has a pump having a pump volume (V PP ), in liquid communication with the parent liquid reservoir via a one way liquid inlet valve and in liquid communication with said liquid outlet said parent device also having a liquid return valve and liquid outlet , wherein the ratio of the volume of the parent pump to the volume of the child reservoir is 12:1 or less. a) A child device having a liquid reservoir having a volume (V CR ) and an air outlet valve said device having a first portion having a dispensing mechanism and a second portion having a child component of a refill mechanism comprising a child liquid inlet and a child one way liquid inlet refill valve associated therewith; b) A parent device having a liquid reservoir containing a liquid and an optional air inlet valve said device having a first portion having a parent component of a refill mechanism and a liquid outlet having a one way liquid valve , associated therewith, characterized in that said parent device has a pump having a pump volume (V PP ), in liquid communication with the parent liquid reservoir via a one way liquid inlet valve and in liquid communication with said liquid outlet said parent device also having a liquid return valve and liquid outlet , wherein the ratio of the volume of the parent pump to the volume of the child reservoir is 12:1 or less.
A method for coating a projecting surface of, in particular discrete, projections of a product substrate that has functional units arranged at least partially, preferably predominantly, in recesses , characterised in that the functional units are microsystems, and with the following steps, in particular the following sequence: - Bringing the projecting surface into contact with a coating material that is applied on a flexible carrier film , - Separating the film from the projecting surface in such a way that the coating material remains partially on the product substrate , wherein the film is separated partially and gradually from the projecting surfaces . - Bringing the projecting surface into contact with a coating material that is applied on a flexible carrier film , - Separating the film from the projecting surface in such a way that the coating material remains partially on the product substrate , wherein the film is separated partially and gradually from the projecting surfaces .
A composition for use in treatment and/or prevention of Alzheimer's disease comprising: at least one kind of compound selected from a group consisting of glycerophosphocholine and pharmacologically permissive salts thereof as a first active ingredient; and at least one kind of compound selected from a group consisting of hesperidin, narirutin and pharmacologically permissive salts thereof as a second active ingredient, which promotes remyelination, promotes α-secretase activity and represses β-secretase expression, wherein the composition comprises hesperidin and narirutin as the second active ingredient. at least one kind of compound selected from a group consisting of glycerophosphocholine and pharmacologically permissive salts thereof as a first active ingredient; and at least one kind of compound selected from a group consisting of hesperidin, narirutin and pharmacologically permissive salts thereof as a second active ingredient, which promotes remyelination, promotes α-secretase activity and represses β-secretase expression, wherein the composition comprises hesperidin and narirutin as the second active ingredient.
A computer-implemented method comprising: receiving a request to fork a child virtual machine 'VM' from a parent VM with memory state sharing therebetween using hot cloning, wherein the child VM will inherit the memory state of the parent VM at the point that the parent VM is suspended; pre-launching a catalog of applications on the parent VM ; loading code pages of each of the applications into memory ; locking the code pages of each of the applications into the memory, wherein the locked application code pages remain resident in the memory ; suspending execution of each of the applications on the parent VM ; suspending the parent VM ; forking the child VM from the parent VM ; receiving , at the child VM , a request for execution of a particular application amongst the suspended applications ; creating , by a broker, a network security token for the particular application based on the identity of the user of the child VM ; binding , at the child VM , the user-specific network security token to the particular application ; and selectively resuming execution of the particular application amongst the suspended applications on the child VM using the corresponding locked code pages and the network security token, wherein the network security token enables the particular application to open network files for the user of the child VM with the proper security context. receiving a request to fork a child virtual machine 'VM' from a parent VM with memory state sharing therebetween using hot cloning, wherein the child VM will inherit the memory state of the parent VM at the point that the parent VM is suspended; pre-launching a catalog of applications on the parent VM ; loading code pages of each of the applications into memory ; locking the code pages of each of the applications into the memory, wherein the locked application code pages remain resident in the memory ; suspending execution of each of the applications on the parent VM ; suspending the parent VM ; forking the child VM from the parent VM ; receiving , at the child VM , a request for execution of a particular application amongst the suspended applications ; creating , by a broker, a network security token for the particular application based on the identity of the user of the child VM ; binding , at the child VM , the user-specific network security token to the particular application ; and selectively resuming execution of the particular application amongst the suspended applications on the child VM using the corresponding locked code pages and the network security token, wherein the network security token enables the particular application to open network files for the user of the child VM with the proper security context.
A method comprising: receiving, by a wireless device, radio resource control, RRC, messages comprising parameters of a multicast and broadcast service, MBS, wherein the parameters comprise: a discontinuous reception, DRX, hybrid automatic repeat request, HARQ, round trip time, RTT, timer; and a feedback indicator indicating whether HARQ feedback is enabled; receiving a group common downlink control information, DCI, scheduling a transport block, TB, of the MBS; in response to the feedback indicator indicating that HARQ feedback is enabled: transmitting a HARQ feedback with a negative value based on the TB being unsuccessfully decoded; starting the DRX HARQ RTT timer after transmitting the HARQ feedback; and starting monitoring, in response to the DRX HARQ RTT timer expiring, a physical downlink control channel, PDCCH, for a retransmission of the TB. a discontinuous reception, DRX, hybrid automatic repeat request, HARQ, round trip time, RTT, timer; and a feedback indicator indicating whether HARQ feedback is enabled; receiving a group common downlink control information, DCI, scheduling a transport block, TB, of the MBS; in response to the feedback indicator indicating that HARQ feedback is enabled: transmitting a HARQ feedback with a negative value based on the TB being unsuccessfully decoded; starting the DRX HARQ RTT timer after transmitting the HARQ feedback; and starting monitoring, in response to the DRX HARQ RTT timer expiring, a physical downlink control channel, PDCCH, for a retransmission of the TB. transmitting a HARQ feedback with a negative value based on the TB being unsuccessfully decoded; starting the DRX HARQ RTT timer after transmitting the HARQ feedback; and starting monitoring, in response to the DRX HARQ RTT timer expiring, a physical downlink control channel, PDCCH, for a retransmission of the TB.
Device for safely carrying out a counter-clockwise thermodynamic Clausius-Rankine cycle process by means of a flammable working fluid which is heavier than air in the gaseous state under atmospheric conditions and is conducted in a closed, hermetically sealed working fluid circuit, comprising - at least one compressor for working fluid, - at least one expansion device for working fluid, - at least two heat exchangers for working fluid, each with at least two connections for heat transfer fluids, - a closed housing which comprises all apparatuses connected to the closed working fluid circuit and can comprise further apparatuses, wherein - at the lower end of the housing, a fluid stream is sucked out of the housing interior, - this fluid stream is passed through an adsorber which is flowed through by an adsorbent, which adsorbs any portions of flammable working fluid from the fluid stream, characterised in that - the adsorber is held by a measuring device which measures the weight of the adsorber , and - the measuring device outputs a leakage signal when there is an increase in weight, and - the adsorber is suspended from a flexible lever which is provided with strain gauges . - at least one compressor for working fluid, - at least one expansion device for working fluid, - at least two heat exchangers for working fluid, each with at least two connections for heat transfer fluids, - a closed housing which comprises all apparatuses connected to the closed working fluid circuit and can comprise further apparatuses, - at the lower end of the housing, a fluid stream is sucked out of the housing interior, - this fluid stream is passed through an adsorber which is flowed through by an adsorbent, which adsorbs any portions of flammable working fluid from the fluid stream, characterised in that - the adsorber is held by a measuring device which measures the weight of the adsorber , and - the measuring device outputs a leakage signal when there is an increase in weight, and - the adsorber is suspended from a flexible lever which is provided with strain gauges .
A super absorbent polymer comprising: a base polymer powder including a first cross-linked polymer of a water-soluble ethylenically unsaturated monomer having an acidic group of which at least a part is neutralized; and a surface crosslinked layer that is formed on the base polymer powder and includes a second cross-linked polymer in which the first crosslinked polymer is further crosslinked via a surface crosslinking agent, characterized in that the surface crosslinking agent includes a mixture of plural kinds of cyclic alkylene carbonates, and where the mixture has a Hansen solubility parameter by hydrogen bonding component of 13 or more, wherein the mixture includes a first cyclic alkylene carbonate having a Hansen solubility parameter by hydrogen bonding component of 10 to 13, and a second cyclic alkylene carbonate having a Hansen solubility parameter by hydrogen bonding component of 16 to 20 wherein the first and second cyclic alkylene carbonates are included in a weight ratio of 0.9: 1 to 1: 2, wherein the Hansen solubility is calculated as disclosed in the specification and is calculated by the weight average value of the parameter value of each cyclic alkylene carbonate contained in the mixture. a base polymer powder including a first cross-linked polymer of a water-soluble ethylenically unsaturated monomer having an acidic group of which at least a part is neutralized; and a surface crosslinked layer that is formed on the base polymer powder and includes a second cross-linked polymer in which the first crosslinked polymer is further crosslinked via a surface crosslinking agent, characterized in that the surface crosslinking agent includes a mixture of plural kinds of cyclic alkylene carbonates, and where the mixture has a Hansen solubility parameter by hydrogen bonding component of 13 or more, wherein the mixture includes a first cyclic alkylene carbonate having a Hansen solubility parameter by hydrogen bonding component of 10 to 13, and a second cyclic alkylene carbonate having a Hansen solubility parameter by hydrogen bonding component of 16 to 20 wherein the first and second cyclic alkylene carbonates are included in a weight ratio of 0.9: 1 to 1: 2, wherein the Hansen solubility is calculated as disclosed in the specification and is calculated by the weight average value of the parameter value of each cyclic alkylene carbonate contained in the mixture.
A pretensioner comprising: a ring gear to which a spool is rotatably disposed, the spool winding a webbing (W) for restraining an occupant; and a power transmission unit for transmitting power to the ring gear in an emergency, wherein the power transmission unit includes a power transmission member that is engageable with external teeth of the ring gear , a pipe that contains the power transmission member , a gas generator that is disposed at an end of the pipe , a piston that receives gas generated from the gas generator to press the power transmission member , a first stopper consisting of a tip part of the power transmission member , a second stopper that is disposed between the power transmission member and the piston , and a pretensioner cover that defines a passage for the power transmission member , characterized in that the power transmission member is configured as a rod-shaped resin member with the tip part of the power transmission member forming the first stopper being formed integrally with the rod-shaped resin member, and the second stopper is adapted to be bitten by the external teeth of the ring gear to stop rotation of the ring gear , after the first stopper reached a termination of the passage and was plastically deformed to absorb kinetic energy of the power transmission member . a ring gear to which a spool is rotatably disposed, the spool winding a webbing (W) for restraining an occupant; and a power transmission unit for transmitting power to the ring gear in an emergency, wherein the power transmission unit includes a power transmission member that is engageable with external teeth of the ring gear , a pipe that contains the power transmission member , a gas generator that is disposed at an end of the pipe , a piston that receives gas generated from the gas generator to press the power transmission member , a first stopper consisting of a tip part of the power transmission member , a second stopper that is disposed between the power transmission member and the piston , and a pretensioner cover that defines a passage for the power transmission member , characterized in that the power transmission member is configured as a rod-shaped resin member with the tip part of the power transmission member forming the first stopper being formed integrally with the rod-shaped resin member, and the second stopper is adapted to be bitten by the external teeth of the ring gear to stop rotation of the ring gear , after the first stopper reached a termination of the passage and was plastically deformed to absorb kinetic energy of the power transmission member .
Portable power tool device having a hammer tube (12a; 12b), a counterpressure spring (56a; 56b), which is configured to move a no-load control means (20a; 20b) into a no-load position, wherein the no-load control means (20a; 20b) is intended to close at least one control opening (68a; 68b) of the hammer tube (12a; 12b) during impact operation, and a B-impact damping system (14a; 14b), which has at least one damping means (16a; 16b, 17b), characterized in that the at least one damping means (16a; 16b, 17b) is intended to damp recoil energy during impact operation without a stop, wherein the at least one damping means (16a; 16b, 17b) is arranged, in at least one operating state, radially outside the hammer tube (12a; 12b), wherein the recoil energy acts substantially entirely on the at least one damping means (16a; 16b, 17b).