mhurhangee/patent-ind-claim-en huggingface dataset:
Hob apparatus, in particular induction hob apparatus, with at least one heating element (12a-b), which is provided for the heating of cooking vessels, with at least one space dividing element (16a-b), which in an installation position is provided to support the at least one heating element (12a-b), and with a fixing unit (18a-b), which is provided to attach the at least one heating element (12a-b) and the at least one space dividing element (16a-b) to each other, wherein the fixing unit (18a-b) is embodied at least in part as a locking unit, characterised in that the fixing unit (18a-b) is provided to attach the at least one heating element (12a-b) and the at least one space dividing element (16a-b) to each other by means of a rotational movement of the at least one heating element (12a-b) and of the at least one space dividing element (16a-b) relative to each other.
A substrate having a surface, wherein the surface comprises a layer of carboxybetaine polymers coupled thereto, wherein the density of carboxybetaine polymers in the layer provides a surface having a fibrinogen adsorption of less than 30 ng/cm 2 in a fibrinogen binding assay when the surface is incubated at 37°C for 90 minutes with a 1.0 mg/mL fibrinogen solution in 0.15 M phosphate buffered saline at pH 7.4; and wherein the surface lacks a defect larger than about 1nm 2 .
An oral care implement having an overall length extension extending between a proximal end and a distal end , the distal end being opposite the proximal end , the oral care implement comprising a head at the proximal end and a handle , the handle being at least partially made from a material having a density being higher than the density of the material of the head , the oral care implement having a center of gravity located at a distance measured from the distal end , wherein the ratio of said distance to the overall length extension of the oral care implement is from about 0.30 to about 0.45, preferably from about 0.35 to about 0.42, further preferably from about 0.38 to about 0.41, characterized in that the material of the handle comprises a magnetic and/or ferromagnetic material comprising from about 13 weight percent to about 30 weight percent of an amorphous thermoplastic resin; from about 3 weight percent to about 25 weight percent of aluminium oxide, boron nitride or aluminium silicate; and from about 45 weight percent to about 67 weight percent of iron oxide.
A data transfer device that is adapted to store a plurality of pieces of sampling data (Sd) indicating respective measurement results (Ct) in a plurality of sampling processes executed in one control period (Set) in one data frame and to transmit the sampling data (Sd) to a control device at each of the control period (Sct), the data transfer device , characterized in that , it further comprises: an acquisition part that is adapted to acquire the measurement results (Ct) in the respective executed sampling processes; and a compression part that, in a case where a maximum (Vmax) of a change between the measurement results (Ct) in two of the sampling processes executed consecutively at the one control period (Set) is determined in advance, is configured to compress the measurement result (Ct) in each of second and subsequent sampling processes among the plurality of the measurement results (Ct) acquired by the acquisition part to the sampling data (Sd) with a data size by which the maximum of a change (Vmax) is able to be represented, wherein the sampling process is a process of counting a number of pulses of a pulse signal, wherein the measurement result (Ct) is the number of pulses that is counted, and wherein the data size by which the maximum of a change (Vmax) is able to be represented is determined in advance based on an absolute value of the number of pulses countable in one sampling process, and whether a pulse count method in the sampling process is bidirectional or unidirectional. an acquisition part that is adapted to acquire the measurement results (Ct) in the respective executed sampling processes; and a compression part that, in a case where a maximum (Vmax) of a change between the measurement results (Ct) in two of the sampling processes executed consecutively at the one control period (Set) is determined in advance, is configured to compress the measurement result (Ct) in each of second and subsequent sampling processes among the plurality of the measurement results (Ct) acquired by the acquisition part to the sampling data (Sd) with a data size by which the maximum of a change (Vmax) is able to be represented, wherein the sampling process is a process of counting a number of pulses of a pulse signal, wherein the measurement result (Ct) is the number of pulses that is counted, and wherein the data size by which the maximum of a change (Vmax) is able to be represented is determined in advance based on an absolute value of the number of pulses countable in one sampling process, and whether a pulse count method in the sampling process is bidirectional or unidirectional.
A structure that moves at high speed through a fluid, the structure comprising: a first surface area on the structure , the first surface area being positioned on the structure to be a first surface on the structure to move at high speed through a fluid before any other surface of the structure during operation of the structure; and, a plurality of grooves having straight parallel side edges defining width dimensions, rounded first and second edges defining length dimensions and depth dimensions between top openings and opposite bottom surfaces , wherein the plurality of grooves being recessed into the first surface area and being positioned in the first surface area where with the first surface area moving at high speed through the fluid the grooves alter a flow direction of the fluid contacting the grooves and contacting the first surface area and thereby reduce erosion of the first surface area by the fluid, characterised in that a cross-sectional configuration across the length dimension of the grooves has one of the following shapes: rectangular forming an angle of 90° at each of the side edges defining a transition area between the first surface area and the grooves ; or square forming an angle of 90° at each of the side edges defining a transition area between the first surface area and the grooves ; or semicircular forming an angle of 90° at each of the side edges defining a transition area between the first surface area and the grooves . a first surface area on the structure , the first surface area being positioned on the structure to be a first surface on the structure to move at high speed through a fluid before any other surface of the structure during operation of the structure; and, a plurality of grooves having straight parallel side edges defining width dimensions, rounded first and second edges defining length dimensions and depth dimensions between top openings and opposite bottom surfaces , wherein the plurality of grooves being recessed into the first surface area and being positioned in the first surface area where with the first surface area moving at high speed through the fluid the grooves alter a flow direction of the fluid contacting the grooves and contacting the first surface area and thereby reduce erosion of the first surface area by the fluid, characterised in that a cross-sectional configuration across the length dimension of the grooves has one of the following shapes: rectangular forming an angle of 90° at each of the side edges defining a transition area between the first surface area and the grooves ; or square forming an angle of 90° at each of the side edges defining a transition area between the first surface area and the grooves ; or semicircular forming an angle of 90° at each of the side edges defining a transition area between the first surface area and the grooves .
A position detection sensor comprising: a digitizer including an electrode configured to be coupled with a position indicator by electromagnetic induction coupling; and multiple electromagnetic sheets disposed to cover a surface of the digitizer opposite to an input surface thereof for receiving input from the position indicator, wherein the position detection sensor is characterized in that the multiple electromagnetic sheets are spaced apart from one another at a bending location where the digitizer is bent, and the electromagnetic sheets are configured such that when the digitizer is in an unfolded state the electromagnetic sheets overlap with one another at the bending location in a direction perpendicular to the input surface of the digitizer . a digitizer including an electrode configured to be coupled with a position indicator by electromagnetic induction coupling; and multiple electromagnetic sheets disposed to cover a surface of the digitizer opposite to an input surface thereof for receiving input from the position indicator, wherein the position detection sensor is characterized in that the multiple electromagnetic sheets are spaced apart from one another at a bending location where the digitizer is bent, and the electromagnetic sheets are configured such that when the digitizer is in an unfolded state the electromagnetic sheets overlap with one another at the bending location in a direction perpendicular to the input surface of the digitizer .
A lighting device for integration in a traffic area, in particular accessible by vehicles, consisting of a carrier profile and at least one light source , which is arranged in a filling made of at least partially transparent filling material in the carrier profile , wherein the carrier profile is essentially U-shaped in cross-section and has two legs and a web connecting the legs , characterized in that the filling and/or the filling material is or are water-permeable and that the carrier profile has at least one opening through which water and/or other liquids can escape.
A fully automated cell pre-treating process instrument for preparing of at least one cell sample, the instrument being encapsulated in an instrument housing, the instrument housing comprising: a carousel and centrifuge arrangement comprising several holder means for one or several sample containers , wherein said carousel and centrifuge arrangement is arranged for functioning as a centrifuge, the several holder means for one or several sample containers being pivotably hinged to provide a "swinging bucket" principle, and further comprises: a titrating or shaking arm (51; 53) adapted to lift up the holder means in order to empty or pour out exceeding liquid within one of said sample containers characterized in that the titrating or shaking arm is further configured to be driven by a motor driven arrangement in order to individually shake the contents of said sample containers in the holder means. a titrating or shaking arm (51; 53) adapted to lift up the holder means in order to empty or pour out exceeding liquid within one of said sample containers characterized in that the titrating or shaking arm is further configured to be driven by a motor driven arrangement in order to individually shake the contents of said sample containers in the holder means.
An over-the-air measurement system for testing a device under test , wherein the over-the-air measurement system comprises an orthomode transducer (OMT) assembly having several separately formed orthomode transducer components that form at least two orthomode transducers , wherein the orthomode transducer assembly has at least two output interfaces for feed antennas , wherein each of the at least two output interfaces is connected with one dedicated orthomode transducer , wherein two input interfaces are associated with each of the orthomode transducers , wherein each of the input interfaces merge into a corresponding waveguide transition that ends up in the respective orthomode transducer that is associated with the corresponding input interface , the over-the-air measurement system being characterized in that the several orthomode transducer components being stacked together linearly and the at least two output interfaces being located at a planar common side surface of the orthomode transducer assembly , wherein neighbored orthomode transducer components face each other via corresponding contact sides , and wherein the corresponding contact sides of the neighbored orthomode transducer components have structured sections that together form one of the at least two orthomode transducers . the over-the-air measurement system being characterized in that the several orthomode transducer components being stacked together linearly and the at least two output interfaces being located at a planar common side surface of the orthomode transducer assembly , wherein neighbored orthomode transducer components face each other via corresponding contact sides , and wherein the corresponding contact sides of the neighbored orthomode transducer components have structured sections that together form one of the at least two orthomode transducers .
A management method for an IPv6 address for use in a gateway, the method comprising: receiving a packet (S100) including an IPv6 address from a Wireless Personal Area Network node, wherein the IPv6 address includes a network ID and an interface ID 202), wherein the interface ID includes a company ID , a label , and an extension ID ; generating (S110) a MAC address from the IPv6 address of the packet; generating (S120) a compressed address based on the MAC address ; and storing (S130) the compressed address and the IPv6 address in a mapping table ; wherein the MAC address is generated by removing the network ID and the label from the IPv6 address ; and wherein the compressed address is generated by inserting a previously defined bit sequence between the company ID and the extension ID of the MAC address ; characterized in that the label is 0xFFFE; and in that the previously defined bit sequence is 0xFEFE. receiving a packet (S100) including an IPv6 address from a Wireless Personal Area Network node, wherein the IPv6 address includes a network ID and an interface ID 202), wherein the interface ID includes a company ID , a label , and an extension ID ; generating (S110) a MAC address from the IPv6 address of the packet; generating (S120) a compressed address based on the MAC address ; and storing (S130) the compressed address and the IPv6 address in a mapping table ; wherein the MAC address is generated by removing the network ID and the label from the IPv6 address ; and wherein the compressed address is generated by inserting a previously defined bit sequence between the company ID and the extension ID of the MAC address ; characterized in that the label is 0xFFFE; and in that the previously defined bit sequence is 0xFEFE.
A method , implemented at a radio network node , of determining a starting position for a scheduled uplink transmission by a User Equipment, UE, , the method comprising: selecting an uplink slot for the scheduled uplink transmission by the UE and a starting symbol within the selected uplink slot, wherein the selecting is based on at least one of: a length of a downlink control region; a position of PDCCH within a downlink control region; a processing time needed by the UE to decode Downlink Control Information, DCI, and to prepare the scheduled uplink transmission based on the decoded DCI; and an amount of time alignment provided to the UE; and identifying the selected uplink slot and the starting symbol within the selected uplink slot to the UE. selecting an uplink slot for the scheduled uplink transmission by the UE and a starting symbol within the selected uplink slot, wherein the selecting is based on at least one of: a length of a downlink control region; a position of PDCCH within a downlink control region; a processing time needed by the UE to decode Downlink Control Information, DCI, and to prepare the scheduled uplink transmission based on the decoded DCI; and an amount of time alignment provided to the UE; and a length of a downlink control region; a position of PDCCH within a downlink control region; a processing time needed by the UE to decode Downlink Control Information, DCI, and to prepare the scheduled uplink transmission based on the decoded DCI; and an amount of time alignment provided to the UE; and identifying the selected uplink slot and the starting symbol within the selected uplink slot to the UE.
An ultrasonic device suitable for treating degenerative dementia, comprising: a transducer to generate an ultrasonic beam ; and a processor to control activation of the transducer and create ultrasonic beam pulses to stimulate astrocyte cell fingers in a target area of the brain and promote the removal of amyloid precursor proteins in interstitial spaces within the target area that are at least partially responsible for the degenerative dementia, characterized in that the processor is further configured to generate the ultrasonic beam pulses at a rate to simulate a naturally occurring deep sleep burst frequency of neurons and subsequent astrocyte activation patterns that drive a convective process responsible for brain solute disposal. a transducer to generate an ultrasonic beam ; and a processor to control activation of the transducer and create ultrasonic beam pulses to stimulate astrocyte cell fingers in a target area of the brain and promote the removal of amyloid precursor proteins in interstitial spaces within the target area that are at least partially responsible for the degenerative dementia, characterized in that the processor is further configured to generate the ultrasonic beam pulses at a rate to simulate a naturally occurring deep sleep burst frequency of neurons and subsequent astrocyte activation patterns that drive a convective process responsible for brain solute disposal.
A drive device adapted to be used in combination with a weighing balance , said drive device comprising a receiving unit wherein the receiving unit is configured to receive an insertion unit (U); the drive device further comprising a locking unit that is movable between a locking position in which movement of said insertion unit (U) is constrained and an unlocking position in which the movement of said insertion unit (U) is unconstrained; wherein the locking unit is biasingly coupled to the receiving unit for predisposing the locking unit in to the locking position; the drive device is characterized in that the locking unit is slidably engaged with the receiving unit for allowing the locking unit to slide relative to the receiving unit upon application of external force so as to move the locking unit into the unlocking position.
A fluid line segment (40;140) comprising: a body (46;146) having an inlet (48;148), an outlet (50;150), and a gas path extending between the inlet (48;148) and the outlet (50;150); a containment cavity (42;142) extending between the gas path and a cavity bottom of the containment cavity (42;142), the containment cavity(42;142) in fluid communication with the gas path ; a projection protruding from the cavity bottom of the containment cavity (42;142) towards the gas path ; an orifice defined in the projection (60;160); and an evacuation passage (24;124) extending from the orifice , across the projection (60;160) and leading outside the body (46;146), the evacuation passage being in fluid communication with the containment cavity (42;142) and the gas path via the orifice . a body (46;146) having an inlet (48;148), an outlet (50;150), and a gas path extending between the inlet (48;148) and the outlet (50;150); a containment cavity (42;142) extending between the gas path and a cavity bottom of the containment cavity (42;142), the containment cavity(42;142) in fluid communication with the gas path ; a projection protruding from the cavity bottom of the containment cavity (42;142) towards the gas path ; an orifice defined in the projection (60;160); and an evacuation passage (24;124) extending from the orifice , across the projection (60;160) and leading outside the body (46;146), the evacuation passage being in fluid communication with the containment cavity (42;142) and the gas path via the orifice .
Method for manufacturing a bismuth vanadate pigment having an improved alkaline resistance, the method comprising: i) obtaining a dried bismuth vanadate pigment; ii) encapsulation of the bismuth vanadate pigment using a functionalized silane of the general formula R-Si(OR')3 wherein R is an alkyl group; and R' is a methyl or ethyl group; iii) final processing of the encapsulated pigment; iv) drying of the pigment, and characterized in that R is an alkyl group having more than 10 carbon atoms. i) obtaining a dried bismuth vanadate pigment; ii) encapsulation of the bismuth vanadate pigment using a functionalized silane of the general formula R-Si(OR')3 wherein R is an alkyl group; and R' is a methyl or ethyl group; iii) final processing of the encapsulated pigment; iv) drying of the pigment, and
Suction nozzle apparatus for a cleaning device , comprising a connector for the application of negative pressure, a suction body , and a suction head with at least one intake opening , the suction head being rotatably arranged on the suction body , wherein the at least one intake opening is fluidically connected to the connector , wherein the suction head is mounted in an interior space of a housing of the suction body so as to be rotatable about a rotation axis , characterized by at least one spray nozzle for the application of spray to a surface to be cleaned, wherein the rotation axis lies in a fixed position relative to the spray nozzle .
System for expanding/collapsing a pouch, the system comprising a pouch for transporting and/or processing a biopharmaceutical fluid and a device for expanding the pouch before filling, the pouch comprising a flexible wall , the flexible wall comprising a shape memory material being adapted to change shape when induced by an external stimulus, so that the pouch , empty of biopharmaceutical fluid, can be alternately in a collapsed state and in an unfolded state, wherein the flexible wall can retain its shape after stopping inducing the external stimulus, the wall of the pouch in the unfolded state delimiting a closed internal cavity adapted to contain the biopharmaceutical fluid , the expansion device comprising a source to induce a change of the shape memory material .