mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: heating a wafer chuck, heating a first wafer, depositing a first epoxy along at least a portion of a surface of the first wafer disposed on the wafer chuck; spinning the wafer chuck to spread the first epoxy at least partially across the first wafer; placing a second wafer on the first epoxy disposed on the first wafer wherein a centering ring is used to suspend the second wafer over the epoxy; and bonding the second wafer to the first epoxy under vacuum to form a two-wafer-bonded structure, wherein heating the first wafer comprises heating one of a controlled expansion wafer, a stainless steel wafer or a titanium wafer. heating a wafer chuck, heating a first wafer, depositing a first epoxy along at least a portion of a surface of the first wafer disposed on the wafer chuck; spinning the wafer chuck to spread the first epoxy at least partially across the first wafer; placing a second wafer on the first epoxy disposed on the first wafer wherein a centering ring is used to suspend the second wafer over the epoxy; and bonding the second wafer to the first epoxy under vacuum to form a two-wafer-bonded structure, wherein heating the first wafer comprises heating one of a controlled expansion wafer, a stainless steel wafer or a titanium wafer.
Oven door for closing a cavity of an oven comprising a glass portion being at least partially transparent for enabling a user to look into the oven cavity, the glass portion comprising an outer glass element (11.1) and an inner glass element (11.2), wherein the oven door comprises lighting means implementing an optical user interface for displaying optical information at the glass portion, wherein the lighting means are arranged within the oven door, wherein the lighting means comprise one or more light guides arranged at or in proximity to the glass portion, wherein the inner and outer glass element (11.1, 11.2) are attached to a structural element thereby providing a gap between the inner and outer glass element (11.1, 11.2), characterized in that the lighting means are arranged between the inner and outer glass element (11.1, 11.2), and in that cool air is conveyed through the gap thereby avoiding an exceeding heat impact on the lighting means.
A regenerative load electric power management system, comprising: a system bus; an energy storage bus; a first bidirectional solid state power controller (SSPC) coupled to the system bus; an input filter coupled to the first bidirectional SSPC; a motor drive inverter coupled to the input filter; an actuator motor coupled to the motor drive inverter, wherein the actuator motor has at least an acceleration mode and a deceleration mode; and wherein the motor drive inverter is configured to receive power from the system bus and the energy storage bus during the acceleration mode; and wherein at least one of the energy storage bus and the system bus are configured to receive regenerative energy from the actuator motor during the deceleration mode; a second bidirectional SSPC coupled to the motor drive inverter; a bidirectional direct current to direct current (DC-DC) converter coupled to the second bidirectional SSPC, the bidirectional DC-DC converter including a first and second metal on oxide field effect transistor (MOSFET), wherein the bidirectional DC-DC converter is configured to operate as a boost converter during an energy storage mode by controlling the duty cycle of the second MOSFET while the first MOSFET isopen and as a buck converter during a power transfer mode by controlling the duty cycle of the first MOSFET while the second MOSFET is open; wherein the energy storage bus is coupled to the bidirectional DC-DC converter. a system bus; an energy storage bus; a first bidirectional solid state power controller (SSPC) coupled to the system bus; an input filter coupled to the first bidirectional SSPC; a motor drive inverter coupled to the input filter; an actuator motor coupled to the motor drive inverter, wherein the actuator motor has at least an acceleration mode and a deceleration mode; and wherein the motor drive inverter is configured to receive power from the system bus and the energy storage bus during the acceleration mode; and wherein at least one of the energy storage bus and the system bus are configured to receive regenerative energy from the actuator motor during the deceleration mode; a second bidirectional SSPC coupled to the motor drive inverter; a bidirectional direct current to direct current (DC-DC) converter coupled to the second bidirectional SSPC, the bidirectional DC-DC converter including a first and second metal on oxide field effect transistor (MOSFET), wherein the bidirectional DC-DC converter is configured to operate as a boost converter during an energy storage mode by controlling the duty cycle of the second MOSFET while the first MOSFET isopen and as a buck converter during a power transfer mode by controlling the duty cycle of the first MOSFET while the second MOSFET is open; wherein the energy storage bus is coupled to the bidirectional DC-DC converter.
A fluorinated thermoplastic elastomer [polymer (F-TPE)] comprising: - at least one elastomeric block consisting of a sequence of recurring units, said sequence comprising recurring units derived from at least one fluorinated monomer, said block possessing a glass transition temperature of less than 25°C, as determined according to ASTM D3418, and - at least one thermoplastic block consisting of a sequence of recurring units, said sequence comprising recurring units derived from ethylene and recurring units derived from chlorotrifluoroethylene, wherein said polymer (F-TPE) possesses a melting point (T m) of at least 180°C and a heat of crystallization (ΔH XX) respecting the following inequality: 1.5 J/g ≤ ΔH XX ≤ F ·35 J/g wherein T m and ΔH XX are determined according to ASTM D3418, and wherein in above-mentioned inequality F is the weight ratio Wt /[Wt +Wt], whereas Wt is the weight of block(s) and Wt is the weight of block(s). - at least one elastomeric block consisting of a sequence of recurring units, said sequence comprising recurring units derived from at least one fluorinated monomer, said block possessing a glass transition temperature of less than 25°C, as determined according to ASTM D3418, and - at least one thermoplastic block consisting of a sequence of recurring units, said sequence comprising recurring units derived from ethylene and recurring units derived from chlorotrifluoroethylene,
An integrated microtomography and optical imaging system (100, 150, 200), comprising: an imaging chamber adapted to contain a separate imaging object there within; a rotating table (172, 272) located within the imaging chamber and adapted to support the separate imaging object thereupon, wherein the rotating table (172, 272) is further adapted to rotate the imaging object about a vertical axis running therethrough to a plurality of different rotational positions during a combined microtomography and optical imaging process; an optical imaging system located within or about the imaging chamber, said optical imaging system including a camera positioned substantially vertically above the imaging object and adapted to obtain optical images of the imaging object with respect to the vertical axis while the imaging object is on the rotating table (172, 272); a microtomography imaging system located within or about the imaging chamber and configured to obtain x-ray images of the imaging object while the imaging object is on the rotating table (172, 272), said microtomography imaging system including an x-ray source (180, 280) and one or more x-ray sensors (182, 282) adapted to receive x-rays from the x-ray source; and a trans-illumination system adapted to facilitate transillumination of the imaging object from below; wherein the x-ray source (180, 280) is positioned in a substantially horizontal direction with respect to the imaging object, and wherein the system is adapted such that the optical images and the x-ray images are both obtainable while the imaging object remains within the imaging chamber. an imaging chamber adapted to contain a separate imaging object there within; a rotating table (172, 272) located within the imaging chamber and adapted to support the separate imaging object thereupon, wherein the rotating table (172, 272) is further adapted to rotate the imaging object about a vertical axis running therethrough to a plurality of different rotational positions during a combined microtomography and optical imaging process; an optical imaging system located within or about the imaging chamber, said optical imaging system including a camera positioned substantially vertically above the imaging object and adapted to obtain optical images of the imaging object with respect to the vertical axis while the imaging object is on the rotating table (172, 272); a microtomography imaging system located within or about the imaging chamber and configured to obtain x-ray images of the imaging object while the imaging object is on the rotating table (172, 272), said microtomography imaging system including an x-ray source (180, 280) and one or more x-ray sensors (182, 282) adapted to receive x-rays from the x-ray source; and a trans-illumination system adapted to facilitate transillumination of the imaging object from below; wherein the x-ray source (180, 280) is positioned in a substantially horizontal direction with respect to the imaging object, and wherein the system is adapted such that the optical images and the x-ray images are both obtainable while the imaging object remains within the imaging chamber.
A battery system comprising: a battery module including a plurality of secondary battery cells; a housing accommodating the battery module; a printed circuit board PCB located on the battery module and having a first surface facing the battery module and a second surface opposed to the first surface, the PCB comprising a plurality of bent terminal portions located on the second surface of the PCB; and characterized by a connector part for connecting the PCB with an external electrical component, the connector part comprising a plurality of metal clamps designed to be connected to the bent terminal portions of the PCB. a battery module including a plurality of secondary battery cells; a housing accommodating the battery module; a printed circuit board PCB located on the battery module and having a first surface facing the battery module and a second surface opposed to the first surface, the PCB comprising a plurality of bent terminal portions located on the second surface of the PCB; and characterized by a connector part for connecting the PCB with an external electrical component, the connector part comprising a plurality of metal clamps designed to be connected to the bent terminal portions of the PCB.
Device for grinding coffee beans, characterized in that said device comprises: - a grinding member configured to grind coffee beans and produce a ground coffee powder, said grinding member comprising two reciprocally mobile grinders; - a grinding chamber housing said grinding member; - a transit chamber configured to receive the ground coffee powder; - a discharge member configured to discharge the ground coffee powder arriving from the transit chamber toward the outside of said device; - at least one air-powered powder removal member configured to generate a stream of air through said grinding member, in order to remove ground coffee powder from the grinding member and from the transit chamber; said grinding chamber being in communication, downstream of the grinding member, with the transit chamber, said stream of air generated through the grinding member and the respective two reciprocally mobile grinders, to remove ground coffee powder from the grinding member and the transit chamber passing through the grinding chamber; wherein said device is provided with an entrance aperture through which to feed the coffee beans and an exit aperture through which the ground coffee powder is discharged to the outside, wherein the entrance aperture is associated with the air-powered powder removal member and with the grinding member, and the exit aperture is associated with the discharge member. - a grinding member configured to grind coffee beans and produce a ground coffee powder, said grinding member comprising two reciprocally mobile grinders; - a grinding chamber housing said grinding member; - a transit chamber configured to receive the ground coffee powder; - a discharge member configured to discharge the ground coffee powder arriving from the transit chamber toward the outside of said device; - at least one air-powered powder removal member configured to generate a stream of air through said grinding member, in order to remove ground coffee powder from the grinding member and from the transit chamber; said grinding chamber being in communication, downstream of the grinding member, with the transit chamber, said stream of air generated through the grinding member and the respective two reciprocally mobile grinders, to remove ground coffee powder from the grinding member and the transit chamber passing through the grinding chamber; wherein said device is provided with an entrance aperture through which to feed the coffee beans and an exit aperture through which the ground coffee powder is discharged to the outside, wherein the entrance aperture is associated with the air-powered powder removal member and with the grinding member, and the exit aperture is associated with the discharge member.
A drip irrigation pipe having a pipe wall comprising a base portion and a strip located on at least a portion of an inner side of the base portion facing into the pipe, the pipe further comprising drip emitters attached to the strip and the material of the strip being different than the material of the base portion, the strip being substantially embedded in the base portion flush with adjacent portions of the base portion that are exposed to fluid in the interior of the pipe, characterized by the strip having a thickness of between about 50 micrometers and about 15% of an overall thickness of a pipe wall. the strip being substantially embedded in the base portion flush with adjacent portions of the base portion that are exposed to fluid in the interior of the pipe, characterized by the strip having a thickness of between about 50 micrometers and about 15% of an overall thickness of a pipe wall.
A user equipment, UE, comprising: a receiving unit configured to receive from an eNode B, eNB,, a downlink control information, DCI, in a first carrier, and to receive from the eNB a burst comprising at least a last flexible physical downlink shared channel, PDSCH, in a second carrier; wherein the DCI is transmitted in a first subframe comprising 14 OFDM symbols, wherein the last flexible PDSCH starts at one of subframe boundaries and ends at one of symbol boundaries in the first subframe and in a second subframe, the second subframe comprising 14 OFDM symbols and being consecutive to the first subframe, wherein the DCI contains a length indicator to indicate a length of OFDM symbols of the last flexible PDSCH, by a reduced number of bits, wherein the reduced number of bits is less than 5 bits, which is necessary to indicate all lengths of 1 to 28 OFDM symbols. wherein the DCI is transmitted in a first subframe comprising 14 OFDM symbols, wherein the last flexible PDSCH starts at one of subframe boundaries and ends at one of symbol boundaries in the first subframe and in a second subframe, the second subframe comprising 14 OFDM symbols and being consecutive to the first subframe, wherein the DCI contains a length indicator to indicate a length of OFDM symbols of the last flexible PDSCH, by a reduced number of bits, wherein the reduced number of bits is less than 5 bits, which is necessary to indicate all lengths of 1 to 28 OFDM symbols.
A needle module for a drive-controlled handheld device for repeatedly piercing human or animal skin, comprising - a housing; - a needle receptacle that is arranged in the housing so as to be displaceable back and forth in the longitudinal direction of the housing; - a piercing device that is arranged on the needle receptacle in such a way that, by virtue of the movement of the needle receptacle, the piercing device can be displaced between a proximal and a distal position in which a piercing tip of the piercing device is arranged outside the housing; - a coupling component that couples to the needle receptacle in such a way that a drive movement provided at a repetition frequency by a drive device that can be coupled to the coupling component can be imparted to the needle receptacle; and - a damping component that is arranged between the needle receptacle and the coupling component so that a force can be transmitted therebetween in a damping manner. - a housing; - a needle receptacle that is arranged in the housing so as to be displaceable back and forth in the longitudinal direction of the housing; - a piercing device that is arranged on the needle receptacle in such a way that, by virtue of the movement of the needle receptacle, the piercing device can be displaced between a proximal and a distal position in which a piercing tip of the piercing device is arranged outside the housing; - a coupling component that couples to the needle receptacle in such a way that a drive movement provided at a repetition frequency by a drive device that can be coupled to the coupling component can be imparted to the needle receptacle; and - a damping component that is arranged between the needle receptacle and the coupling component so that a force can be transmitted therebetween in a damping manner.
A Node B comprising: a transmitter (212D, 212E) arranged to transmit indicating acquisition indication channel signatures wherein each indicating acquisition indication channel signature is used to indicate an enhanced dedicated channel resource to be used by a user equipment; and a memory configured to store a mapping associating a random access channel signature sequence to one or more of the indicating acquisition indication channel signatures; and a data processor configured to use the mapping associating a random access channel signature sequence to one or more of the indicating acquisition indication channel signatures; wherein the data processor is further configured to relate each indicating acquisition indication channel signature to an enhanced dedicated channel resource such that there is a three way mapping between the random access channel signature sequence, the one or more indicating acquisition indication channel signatures and the enhanced dedicated channel resource; and the data processor is further configured to select one acquisition indication channel signature of the indicating acquisition indication channel signatures which are mapped to the random access channel signature sequence; and configured to transmit the selected indicating acquisition indication channel signature. a transmitter (212D, 212E) arranged to transmit indicating acquisition indication channel signatures wherein each indicating acquisition indication channel signature is used to indicate an enhanced dedicated channel resource to be used by a user equipment; and a memory configured to store a mapping associating a random access channel signature sequence to one or more of the indicating acquisition indication channel signatures; and a data processor configured to use the mapping associating a random access channel signature sequence to one or more of the indicating acquisition indication channel signatures; wherein the data processor is further configured to relate each indicating acquisition indication channel signature to an enhanced dedicated channel resource such that there is a three way mapping between the random access channel signature sequence, the one or more indicating acquisition indication channel signatures and the enhanced dedicated channel resource; and the data processor is further configured to select one acquisition indication channel signature of the indicating acquisition indication channel signatures which are mapped to the random access channel signature sequence; and configured to transmit the selected indicating acquisition indication channel signature.
Implant system comprising a bone screw with a central passage opening, at least one opening running radially thereto and communicating with the central passage opening, and an application instrument with at least one plug, wherein a. the central passage opening contains a diameter constriction at the distal screw end, b. the smallest diameter of the constriction is smaller than the largest diameter of the at least one plug, c. the greatest diameter of the at least one plug is smaller than the diameter of the central passage opening of the bone screw, d. the at least one plug is formed conical, characterized in that e. the at least one plug is integrated in an application instrument, and f. the application instrument comprises several plugs, a shaft and a handle, and that the plugs are connected to the application instrument via nominal break points which break from the application instrument after reaching the break torque of the plugs. a. the central passage opening contains a diameter constriction at the distal screw end, b. the smallest diameter of the constriction is smaller than the largest diameter of the at least one plug, c. the greatest diameter of the at least one plug is smaller than the diameter of the central passage opening of the bone screw, d. the at least one plug is formed conical, characterized in that e. the at least one plug is integrated in an application instrument, and f. the application instrument comprises several plugs, a shaft and a handle, and that the plugs are connected to the application instrument via nominal break points which break from the application instrument after reaching the break torque of the plugs.
A targeting nucleic acid vector, comprising a 5' homology arm comprising a genomic sequence upstream of exon 2 of a mouse CD47 gene, a genomic DNA fragment comprising exons 2-7 of a human CD47 gene, a drug selection cassette, and a 3' homology arm comprising a genomic sequence downstream of exon 7 of a mouse CD47 gene, wherein the 5' and 3' homology arms mediate integration of the genomic fragment comprising exons 2-7 of a human CD47 gene into a mouse CD47 locus. a 5' homology arm comprising a genomic sequence upstream of exon 2 of a mouse CD47 gene, a genomic DNA fragment comprising exons 2-7 of a human CD47 gene, a drug selection cassette, and a 3' homology arm comprising a genomic sequence downstream of exon 7 of a mouse CD47 gene,