mhurhangee/patent-ind-claim-en huggingface dataset:
Add-on unit for one or more automatic beverage dispensers having a receiving space for installation of at least two storage containers for liquid foodstuffs, especially milk, which are connectible to the automatic beverage dispenser(s) via foodstuff lines , - wherein the add-on unit has a cooling device for regulating the temperature of liquid foodstuffs introduced into the storage containers to a specifiable temperature, - wherein the add-on unit has for each foodstuff container a heat-conducting, especially metallic, contact surface which, when the storage container is installed, is in heat-conducting contact with a heat-conducting outer wall , especially a base surface, thereof in order to cool the contents of the storage container ; and - wherein the heat-conducting contact surfaces are each cooled by the cooling device by means of separately controllable cooling circuits . - wherein the add-on unit has a cooling device for regulating the temperature of liquid foodstuffs introduced into the storage containers to a specifiable temperature, - wherein the add-on unit has for each foodstuff container a heat-conducting, especially metallic, contact surface which, when the storage container is installed, is in heat-conducting contact with a heat-conducting outer wall , especially a base surface, thereof in order to cool the contents of the storage container ; and - wherein the heat-conducting contact surfaces are each cooled by the cooling device by means of separately controllable cooling circuits .
A fault insertion device for connecting to an object under test connected to a bus or network interface , error voltages greater than the maximum voltage for which the bus or network interface is designed being able to be applied to the object under test by means of the fault insertion unit , having a fuse circuit for protecting a bus or network interface connected to the fault insertion unit against voltages greater than the maximum voltage for which the bus or network interface is designed, having inputs for connecting to supply voltage lines and outputs for connecting to the object under test for applying a fault voltage to the object under test , a protective circuit disposed between the inputs and the outputs being provided as a fuse circuit and being designed such that voltages are reduced in such a way that no voltages occur at the outputs which would damage a bus or network interface connected to the object under test , the protective circuit being able to be used to determine the fault voltage to be applied to the object under test before the fault voltage is applied to the object under test , and the protective circuit being able to be used to output the fault voltage to the outputs only when the fault voltage is below a voltage which would damage a bus or network interface connected to the object under test . inputs for connecting to supply voltage lines and outputs for connecting to the object under test for applying a fault voltage to the object under test , a protective circuit disposed between the inputs and the outputs being provided as a fuse circuit and being designed such that voltages are reduced in such a way that no voltages occur at the outputs which would damage a bus or network interface connected to the object under test , the protective circuit being able to be used to determine the fault voltage to be applied to the object under test before the fault voltage is applied to the object under test , and the protective circuit being able to be used to output the fault voltage to the outputs only when the fault voltage is below a voltage which would damage a bus or network interface connected to the object under test .
Applicator , in particular for invasive radiotherapy, with a balloon catheter , having a catheter shaft for introduction of a probe , having a first, outer balloon made of a flexible, non-extensible material, and a second, inner balloon arranged inside the outer balloon and made of a flexible, extensible material, wherein a standard state is defined as being that the inner balloon has a filling volume V2 = 4/3 × R2 3 × Pi with R2 = radius of the inner balloon , and the outer balloon has a filling volume V1 = 4/3 × R1 3 × Pi with R1 = radius of the outer balloon, wherein the radius R2 of the inner balloon is smaller than the radius R1 of the outer balloon , furthermore having an interior of the inner, second balloon , which interior is at least temporarily connected to a media inlet via a connection channel , and furthermore having an intermediate space between the first, outer balloon and the second, inner balloon , which intermediate space is connected to a media reservoir via a connection channel , wherein the intermediate space between the first, outer balloon and the second, inner balloon , the connection channel and the media reservoir are configured as a closed system, wherein a medium by means of which the position of the balloon catheter can be examined precisely is located at least temporarily in the intermediate space between the first, outer balloon and the second, inner balloon , wherein a defined volume of media is provided in the closed system, wherein, in the standard state, medium located in the intermediate space maintains a spacing between the outer balloon and the inner balloon , and wherein the filling volume V2 of the inner balloon can be increased to the filling volume V1 of the outer balloon , such that the inner balloon bears closely on the outer balloon and the medium is displaced from the intermediate space into the media reservoir .
A floating farm for rearing an aquatic organism, the farm comprising at least three rigidly connected rearing units , each rearing unit being surrounded at its upper portion by a continuous wall formed of a rigid material, wherein the continuous wall of each rearing unit forms a continuous surface against the water in the rearing unit , the continuous wall of each rearing unit forms a floating body , at least in a portion, and the continuous wall of a first rearing unit and the continuous wall of a second rearing unit are rigidly connected to a connecting wall formed of a rigid material, the floating farm comprises a number of connecting walls which is equal to to the number of rearing units , the connecting walls between the at least three rearing units together with the rearing units , seen from above, forming a triangular shape, a rhomboidal shape or a pentagonal shape.
A device, comprising: a substrate ; and solar cells individually attached to the substrate , each of the solar cells having at least one cropped corner , the cropped corner defining a corner region such that an area of the substrate remains exposed, the corner region including a front contact on a front side of the respective solar cell ; and multiple grids on a front surface of the solar cells ; wherein: each of the grids is configured to collect current generated by respective one of the solar cells , the substrate includes one or more buried conductors configured to carry current to all of the cropped corners of a respective one of the solar cells , each of the grids terminates at one of the front contacts of the respective one of the solar cells , and electrical connections are made to the grids in a plurality of locations positioned around a perimeter of the respective one of the solar cells and to the buried conductors of the substrate via the front contacts in the cropped corners of the respective one of the solar cells . a substrate ; and solar cells individually attached to the substrate , each of the solar cells having at least one cropped corner , the cropped corner defining a corner region such that an area of the substrate remains exposed, the corner region including a front contact on a front side of the respective solar cell ; and multiple grids on a front surface of the solar cells ; wherein: each of the grids is configured to collect current generated by respective one of the solar cells , the substrate includes one or more buried conductors configured to carry current to all of the cropped corners of a respective one of the solar cells , each of the grids terminates at one of the front contacts of the respective one of the solar cells , and electrical connections are made to the grids in a plurality of locations positioned around a perimeter of the respective one of the solar cells and to the buried conductors of the substrate via the front contacts in the cropped corners of the respective one of the solar cells . each of the grids is configured to collect current generated by respective one of the solar cells , the substrate includes one or more buried conductors configured to carry current to all of the cropped corners of a respective one of the solar cells , each of the grids terminates at one of the front contacts of the respective one of the solar cells , and electrical connections are made to the grids in a plurality of locations positioned around a perimeter of the respective one of the solar cells and to the buried conductors of the substrate via the front contacts in the cropped corners of the respective one of the solar cells .
Beverage serving trolley comprising a supporting structure , at least one wheel , a presentation basket being configured to receive beverage bottles and ice cubes and being arranged on the top side of the beverage serving trolley , wherein the presentation basket has a basket handle and is configured so that the presentation basket can be carried in a balanced manner with one hand, wherein the presentation basket includes a ground being of a rectangular shape and four inner side walls , which are configured to receive beverage bottles and ice cubes, and an upper outer rim which laterally protrudes away, characterized in that the presentation basket also includes an upper inner rim at the top of the inner side walls and the presentation basket has a supporting surface at an underside of the upper outer rim and the presentation basket rests with the supporting surface on the beverage serving trolley . wherein the presentation basket includes a ground being of a rectangular shape and four inner side walls , which are configured to receive beverage bottles and ice cubes, and an upper outer rim which laterally protrudes away, characterized in that the presentation basket also includes an upper inner rim at the top of the inner side walls and the presentation basket has a supporting surface at an underside of the upper outer rim and the presentation basket rests with the supporting surface on the beverage serving trolley .
A filament resin molded article comprising: a shape memory resin which is a urethane-based shape memory polymer, and an inorganic filler, characterized in that a content of the inorganic filler is 3% by mass to 30% by mass. a shape memory resin which is a urethane-based shape memory polymer, and an inorganic filler, characterized in that a content of the inorganic filler is 3% by mass to 30% by mass.
A method of forming a digital print (P) on a surface , the surface being part of a building panel, such as a floor panel, the method comprising: - applying drops of a blank ink by a digital drop application head on the surface , - attaching colourants to the drops of the blank ink for forming a digital print (P), wherein the digital print (P) formed by the attached colourants comprises another colour than the blank ink , and wherein colourants , located vertically above other colourants, are bonded by blank ink spots from the drops applied on the surface , wherein the colourants comprise pigment coated wood fibres , and wherein the colourants , after application, are pressed into the surface . - applying drops of a blank ink by a digital drop application head on the surface , - attaching colourants to the drops of the blank ink for forming a digital print (P), wherein the digital print (P) formed by the attached colourants comprises another colour than the blank ink , and wherein colourants , located vertically above other colourants, are bonded by blank ink spots from the drops applied on the surface ,
A hearing device comprising a signal processor , the signal processor being configured for determining a hearing device mode of operation, the hearing device mode comprising a first mode and a second mode, a first wireless communication unit and a second wireless communication unit , an electrical antenna for emission and reception of electromagnetic radiation, the antenna being configured to resonate at a first frequency, an active matching device configured to interconnect the first and the second wireless communication unit with the antenna , wherein the active matching device in the first mode is configured to enable the antenna to emit and receive electromagnetic radiation at the first frequency and wherein the active matching device in the second mode is configured to adjust antenna characteristics of the antenna to enable the antenna to emit and receive electromagnetic radiation at a second frequency, wherein the first frequency is selected in the 2.4 GHz ISM band, and wherein the second frequency is selected in the 1.6 GHz ISM band. a signal processor , the signal processor being configured for determining a hearing device mode of operation, the hearing device mode comprising a first mode and a second mode, a first wireless communication unit and a second wireless communication unit , an electrical antenna for emission and reception of electromagnetic radiation, the antenna being configured to resonate at a first frequency, an active matching device configured to interconnect the first and the second wireless communication unit with the antenna , wherein the active matching device in the first mode is configured to enable the antenna to emit and receive electromagnetic radiation at the first frequency and wherein the active matching device in the second mode is configured to adjust antenna characteristics of the antenna to enable the antenna to emit and receive electromagnetic radiation at a second frequency, wherein the first frequency is selected in the 2.4 GHz ISM band, and wherein the second frequency is selected in the 1.6 GHz ISM band.
A needle tip guard for a medical device, in particular for an intravenous catheter assembly, the needle tip guard comprising: a base portion having a bore extending along an axial direction (A) for receiving a needle having a needle shaft such that the needle may extend through the bore and move relative to the needle tip guard from a spread-apart position in which the needle tip is outside the needle tip guard to a protective position in which the needle tip is covered by the needle tip guard ; first and second jaw extending from the distal side of the base portion generally in the axial direction (A); each of the first and second jaw having a head portion in the region of its free end, wherein the first jaw rests over the needle shaft in the spread-apart position; one or more locking means onto the outer surface of the needle tip guard for securing the needle tip guard to the medical device; and at least one resilient member or elastic element on the jaws in a region between the base portion and the head portions such that said resilient member or elastic element exerts an inward restoring force on the jaws , when the jaws are fully or partially spread apart by the needle shaft , wherein said resilient member or elastic element forms a partial sidewall such that together with the jaws it defines a chamber and is made from a material having elastic properties and has a ring like integrated form/structure fully surrounding the jaws ; characterized in that the at least one resilient member or elastic element is formed integrally onto the jaws . a base portion having a bore extending along an axial direction (A) for receiving a needle having a needle shaft such that the needle may extend through the bore and move relative to the needle tip guard from a spread-apart position in which the needle tip is outside the needle tip guard to a protective position in which the needle tip is covered by the needle tip guard ; first and second jaw extending from the distal side of the base portion generally in the axial direction (A); each of the first and second jaw having a head portion in the region of its free end, wherein the first jaw rests over the needle shaft in the spread-apart position; one or more locking means onto the outer surface of the needle tip guard for securing the needle tip guard to the medical device; and at least one resilient member or elastic element on the jaws in a region between the base portion and the head portions such that said resilient member or elastic element exerts an inward restoring force on the jaws , when the jaws are fully or partially spread apart by the needle shaft , wherein said resilient member or elastic element forms a partial sidewall such that together with the jaws it defines a chamber and is made from a material having elastic properties and has a ring like integrated form/structure fully surrounding the jaws ;
A method for feeding back Channel State Information, CSI, in a wireless access system supporting a Machine Type Communication, MTC, the method performed by a MTC User Equipment, MTC UE, and comprising: receiving (S1710), from a base station, a Channel Quality Indicator, CQI, index via system information, Radio Resource Control, RRC signaling or Medium Access Signal, MAC, signaling; receiving (S1720) a Physical Downlink Control Channel, PDCCH including an aperiodic CSI request field; receiving (S1730) a Physical Downlink Shared Channel, PDSCH; measuring (S1740) CSI according to the aperiodic CSI request field in CSI reference resources; and feeding back (S1750) the measured CSI using a Physical Uplink Shared Channel, PUSCH, characterized in that : the PDCCH is repeatedly received in X downlink subframes, DL SFs, and the PDSCH is repeatedly received in N DL SFs, wherein the CSI reference resources are defined by two or more valid DL SFs from the X DL SFs or the N DL SFs, wherein the two or more valid DL SFs are continuously allocated, wherein the N is mapped to the CQI index which also provides information about a modulation scheme, coding rate and coding efficiency of the signal, wherein the PUSCH is repeatedly transmitted as many as M times, and wherein the X and the M are set to the N mapped to the CQI index. receiving (S1710), from a base station, a Channel Quality Indicator, CQI, index via system information, Radio Resource Control, RRC signaling or Medium Access Signal, MAC, signaling; receiving (S1720) a Physical Downlink Control Channel, PDCCH including an aperiodic CSI request field; receiving (S1730) a Physical Downlink Shared Channel, PDSCH; measuring (S1740) CSI according to the aperiodic CSI request field in CSI reference resources; and feeding back (S1750) the measured CSI using a Physical Uplink Shared Channel, PUSCH, characterized in that : the PDCCH is repeatedly received in X downlink subframes, DL SFs, and the PDSCH is repeatedly received in N DL SFs, wherein the CSI reference resources are defined by two or more valid DL SFs from the X DL SFs or the N DL SFs, wherein the two or more valid DL SFs are continuously allocated, wherein the N is mapped to the CQI index which also provides information about a modulation scheme, coding rate and coding efficiency of the signal, wherein the PUSCH is repeatedly transmitted as many as M times, and wherein the X and the M are set to the N mapped to the CQI index. the PDCCH is repeatedly received in X downlink subframes, DL SFs, and the PDSCH is repeatedly received in N DL SFs, wherein the CSI reference resources are defined by two or more valid DL SFs from the X DL SFs or the N DL SFs, wherein the two or more valid DL SFs are continuously allocated, wherein the N is mapped to the CQI index which also provides information about a modulation scheme, coding rate and coding efficiency of the signal, wherein the PUSCH is repeatedly transmitted as many as M times, and wherein the X and the M are set to the N mapped to the CQI index.
Column having a screen which has a display angle of 360°, comprising a first mirror arranged in the beam path of a projection means and in the region of the central axis of a projection surface which is closed about 360° and formed by the column , the mirror surface of which mirror is the surface of a curve rotating about the axis in the beam path of the projection means , the curve and the distance of the projection means from the first mirror being selected such that the screen is illuminated at an angle of 360° upon projection of the first mirror , the projection surface thus closed defining an inner space in which the projection means and the first mirror are arranged and an outer space, the projection surface also being designed as a rear projection film, as a result of which the screen can be viewed from the outer space, and the projection means being arranged in the inner space of the first mirror and the light being emitted from the projection means through an opening in the first mirror , characterised in that the light emitted through the opening in the first mirror is transmitted onto a second plane mirror and then reflected onto the projection surface via the first mirror .
A proximity sensor comprising: a substrate ; a transmit electrode disposed on a first major face of the substrate ; and first and second receive electrodes disposed in spaced apart relationship on an opposite major face of the substrate ; the sensor being configured to allow a radio frequency, RF, signal to be applied to the transmit electrode to cause a corresponding RF signal to be induced in each receive electrode wherein the relative strength of the RF signals induced in the receive electrodes is dependent on the relative distance of a conducting object therefrom; the sensor further comprising a ground shield portion disposed on said opposite major face of the substrate between the first and second receive electrodes , the ground shield portion comprising at least first and second elongate electrode portions disposed in spaced apart relationship and defining, at least in part, a first region therebetween; the proximity sensor being characterised in that the first region comprises an aperture therethrough, the aperture being formed in the substrate. a substrate ; a transmit electrode disposed on a first major face of the substrate ; and first and second receive electrodes disposed in spaced apart relationship on an opposite major face of the substrate ; the sensor being configured to allow a radio frequency, RF, signal to be applied to the transmit electrode to cause a corresponding RF signal to be induced in each receive electrode wherein the relative strength of the RF signals induced in the receive electrodes is dependent on the relative distance of a conducting object therefrom; the sensor further comprising a ground shield portion disposed on said opposite major face of the substrate between the first and second receive electrodes , the ground shield portion comprising at least first and second elongate electrode portions disposed in spaced apart relationship and defining, at least in part, a first region therebetween; the proximity sensor being characterised in that the first region comprises an aperture therethrough, the aperture being formed in the substrate.
An inkjet ink comprising: an aqueous polyurethane (meth)acrylate dispersion, which is redispersible in water in a single water rub of the water rub test after thermal drying and before curing; a water-dispersible or water-soluble photoinitiator; a surfactant; a colouring agent; and a humectant; wherein the ink comprises less than 2% by weight (meth)acrylate radiation-curable material with a number average molecular weight of less than 1,200 Da, based on the total weight of the ink.