mhurhangee/ep-ind-claims huggingface dataset:
A brewing device for a coffee machine, comprising a base provided for supporting a coffee cup and a support arm provided on an upper surface of the base and perpendicular to the base, wherein the support arm is provided with a cavity, a sleeve extending from a side wall of a top of the support arm is provided for fixing a liquid container, and a support frame extending from a side wall of a middle of the support arm is provided for supporting a mixing cup; characterized in that: the support arm is provided with a driver unit arranged therein for driving the liquid container to rotate so that the liquid in the liquid container is able to rotate and flow into the mixing cup to brew coffee powder and then flow into the coffee cup, and the driver unit comprises a rotation ring sleeved on the liquid container, a bearing sleeved on the rotation ring for supporting the rotation ring and a motor provided in the cavity of the support arm, the rotation ring being attached to a rotation shaft of the motor via a transmission belt. the support arm is provided with a driver unit arranged therein for driving the liquid container to rotate so that the liquid in the liquid container is able to rotate and flow into the mixing cup to brew coffee powder and then flow into the coffee cup, and the driver unit comprises a rotation ring sleeved on the liquid container, a bearing sleeved on the rotation ring for supporting the rotation ring and a motor provided in the cavity of the support arm, the rotation ring being attached to a rotation shaft of the motor via a transmission belt.
A film forming method for a metal film, the method comprising: supplying a metallic solution containing metallic ions such that the metallic solution comes in contact with a solid electrolyte membrane from an anode side of the solid electrolyte membrane in a state in which the solid electrolyte membrane is disposed between the anode and a substrate; pressing the solid electrolyte membrane to the substrate; and applying voltage between the anode and the substrate in a state in which the solid electrolyte membrane is pressed to the substrate so as to form the metal film deriving from the metallic ions on a surface of the substrate, characterised in that: the solid electrolyte membrane includes: a first portion made of an ion permeable material that the metallic ions permeate; and a second portion made of a material having an electric insulating property and having a lower permeability of the metallic ions than a permeability of the ion permeable material of the first portion, the second portion being embedded in the first portion so as to be exposed from a surface of the solid electrolyte membrane, the surface of the solid electrolyte membrane facing the substrate. supplying a metallic solution containing metallic ions such that the metallic solution comes in contact with a solid electrolyte membrane from an anode side of the solid electrolyte membrane in a state in which the solid electrolyte membrane is disposed between the anode and a substrate; pressing the solid electrolyte membrane to the substrate; and applying voltage between the anode and the substrate in a state in which the solid electrolyte membrane is pressed to the substrate so as to form the metal film deriving from the metallic ions on a surface of the substrate, characterised in that: the solid electrolyte membrane includes: a first portion made of an ion permeable material that the metallic ions permeate; and a second portion made of a material having an electric insulating property and having a lower permeability of the metallic ions than a permeability of the ion permeable material of the first portion, the second portion being embedded in the first portion so as to be exposed from a surface of the solid electrolyte membrane, the surface of the solid electrolyte membrane facing the substrate. the solid electrolyte membrane includes: a first portion made of an ion permeable material that the metallic ions permeate; and a second portion made of a material having an electric insulating property and having a lower permeability of the metallic ions than a permeability of the ion permeable material of the first portion, the second portion being embedded in the first portion so as to be exposed from a surface of the solid electrolyte membrane, the surface of the solid electrolyte membrane facing the substrate.
A polypeptide comprising the amino acid sequence Arg -Arg-Xaa1-Leu-Xaa2-Asp-Gln wherein Xaa 1 is Cys or Sec; and Xaa 2 is Trp or Phe; and the polypeptide binds gp120 or competes with an antibody that specifically binds the gp120 binding site of CD4; with the proviso that the polypeptide is not a wild type CD4 protein or a fragment thereof.
A method by a base station in a long term evolution, LTE, wireless communication system, the method comprising: mapping a demodulation reference signal for control information of enhanced physical downlink control channel, EPDCCH, to first resource elements, REs, of a resource block, RB; mapping the control information to second REs different from the first REs carrying the demodulation reference signal; and transmitting the demodulation reference signal via the first REs and the control information via the second REs; wherein the second REs are numbered with cyclical indices in an order of first frequency, then time; wherein a set of second REs with a same cyclical index forms an enhanced resource element group, eREG; and said method characterised in that second REs of eREGs corresponding to at least three enhanced control channel elements, eCCEs, are located between any two non-consecutive demodulation reference signals in a symbol of the RB. mapping a demodulation reference signal for control information of enhanced physical downlink control channel, EPDCCH, to first resource elements, REs, of a resource block, RB; mapping the control information to second REs different from the first REs carrying the demodulation reference signal; and transmitting the demodulation reference signal via the first REs and the control information via the second REs; wherein the second REs are numbered with cyclical indices in an order of first frequency, then time; wherein a set of second REs with a same cyclical index forms an enhanced resource element group, eREG; and said method characterised in that second REs of eREGs corresponding to at least three enhanced control channel elements, eCCEs, are located between any two non-consecutive demodulation reference signals in a symbol of the RB.
A method, comprising: Receiving, at a relay server, a beacon from a first intermediate device via a first network, wherein the beacon was received by the first intermediate device from an endpoint device via a second network; identifying a characteristic of the beacon, the characteristic of the beacon including an identifier of the endpoint device; identifying, at the relay server, based on the identifier of the endpoint device, an endpoint manager server that is associated with the beacon; sending, from the relay server, a beacon message to the endpoint manager server via a third network, the beacon message including at least one of the beacon, or information pertaining to the beacon; receiving, from the endpoint manager server, a response message pertaining to the beacon message; and processing the response message. Receiving, at a relay server, a beacon from a first intermediate device via a first network, wherein the beacon was received by the first intermediate device from an endpoint device via a second network; identifying a characteristic of the beacon, the characteristic of the beacon including an identifier of the endpoint device; identifying, at the relay server, based on the identifier of the endpoint device, an endpoint manager server that is associated with the beacon; sending, from the relay server, a beacon message to the endpoint manager server via a third network, the beacon message including at least one of the beacon, or information pertaining to the beacon; receiving, from the endpoint manager server, a response message pertaining to the beacon message; and processing the response message.
An electronic device comprising: a Planar Inverted-F Antenna, PIFA, type antenna which is transmitting or receiving a wireless signal; a wireless communication unit for processing the transmitted or received wireless signal; a printed circuit board, wherein the wireless communication unit is mounted on the printed circuit board and wherein the printed circuit board includes a ground area; a power feeding pad positioned on the printed circuit board, electrically connected with a signal transmitting/receiving terminal of the wireless communication unit, and connected with a power feeding section of the PIFA type antenna when the PIFA type antenna is equipped in the electronic device; a conductive case; a ground pad positioned on the conductive case of the electronic device, the conductive case being electrically connected with the ground area, and the ground pad being electrically connected with a ground section of the PIFA type antenna when the PIFA type antenna is equipped in the electronic device; and a connection section which forms an electric route between the power feeding pad and the ground pad, wherein the connection section is configured to electrically connect the power feeding pad and the signal transmitting/receiving terminal of the wireless communication unit to the ground area. a Planar Inverted-F Antenna, PIFA, type antenna which is transmitting or receiving a wireless signal; a wireless communication unit for processing the transmitted or received wireless signal; a printed circuit board, wherein the wireless communication unit is mounted on the printed circuit board and wherein the printed circuit board includes a ground area; a power feeding pad positioned on the printed circuit board, electrically connected with a signal transmitting/receiving terminal of the wireless communication unit, and connected with a power feeding section of the PIFA type antenna when the PIFA type antenna is equipped in the electronic device; a conductive case; a ground pad positioned on the conductive case of the electronic device, the conductive case being electrically connected with the ground area, and the ground pad being electrically connected with a ground section of the PIFA type antenna when the PIFA type antenna is equipped in the electronic device; and a connection section which forms an electric route between the power feeding pad and the ground pad, wherein the connection section is configured to electrically connect the power feeding pad and the signal transmitting/receiving terminal of the wireless communication unit to the ground area.
Chirped dichroic mirror comprising a stack of alternating high refractive index and low refractive index layers, a front end portion including an antireflective coating followed by an impedance matching region in which the ratio of the optical thickness of a high refractive index layer to the optical thickness of the next following low refractive index layer is adiabatically increasing to a first value, the impedance matching region being followed by a chirped mirror region where the Bragg wavelength of the layer pair is generally increasing or generally decreasing, characterized in that the layers in a back end region form a second impedance matching region in which the ratio of the optical thickness of a high refractive index layer to the optical thickness of the next following low refractive index layer starts at the value of this ratio in the adjacent chirped mirror region and is then adiabatically decreasing in order to provide matched impedance to the surrounding medium over the transmission spectral band.
A method for increasing the molar ratio of tetrahydrofuran to 1,4-butanediol in a process for the production of 1,4-butanediol and tetrahydrofuran, said process comprising contacting furan with hydrogen and water in a reactor vessel at an initial partial pressure of hydrogen, and in the presence of a catalytic composition comprising at least one metal on a solid support, wherein the at least one metal is selected from cobalt, nickel, ruthenium, palladium and platinum and wherein the molar ratio of tetrahydrofuran to 1,4-butanediol is increased by increasing the partial pressure of hydrogen in the reactor vessel above the initial partial pressure of hydrogen.
A combination of a sensing device and a charging system, the sensing device being configured to be applied to a surface of an absorbent article for sensing a characteristic of moisture in the absorbent article, and the sensing device being configured such that a transmitter for transmitting data from the sensing device is attached or attachable to the sensing device, the charging system being configured to charge a transmitter battery, the charging system further being configured such that a transmitter, which is attached or attachable to the sensing device, is also attachable to the charging device, characterized in that: the sensing device is configured to be applied to an outer surface of an absorbent article for sensing moisture in the absorbent article through the outer surface, and the sensing device is further configured to sense movements, a location and/or a position of a wearer of an absorbent article. the sensing device is configured to be applied to an outer surface of an absorbent article for sensing moisture in the absorbent article through the outer surface, and the sensing device is further configured to sense movements, a location and/or a position of a wearer of an absorbent article.
Arrangement of photovoltaic modules in the roof area of buildings, wherein stiffeners are provided on the longitudinal edges of the photovoltaic modules, and the photovoltaic modules are attached by means of these stiffeners onto a substructure, wherein the substructure for its part is supported on a roof substructure, the stiffeners of the photovoltaic modules are metal profiles with an L-shaped cross-section, which are attached via one arm onto what is the lower face of the photovoltaic modules when in the position of use, photovoltaic modules, directly forming a roof covering, overlapping one another in the manner of roofing shingles, are arranged in a plurality of rows, which extend in the roof from top to bottom, open spaces are provided between longitudinal edges of rows of photovoltaic modules, and the substructure comprises gutter-shaped U-profiles for purposes of removing rainwater or melt water, which are open in the direction towards the open space between photovoltaic modules.
A rust resisting grease composition, free from sodium nitrite, comprising a base oil, a thickener, and a rust resisting component, wherein said rust resisting component contains a metallic salt of a dibasic acid, a polyvalent alcohol in which a part of the hydroxyl groups are blocked, and at least one compound selected from among an organic sulfonate and a fatty ester as essential ingredients thereof, wherein the content of said metallic salt of said dibasic acid is set to 0.1 to 10 parts by weight based on 100 parts by weight of the total amount of said base oil and said thickener, the content of said polyvalent alcohol in which a part of said hydroxyl group is blocked is set to 0.1 to 10 parts by weight with respect to 100 parts by weight based on 100 parts by weight of said base oil and said thickener, and the content of said at least one compound selected from among said organic sulfonate and said fatty ester is set to 0.1 to 10 parts by weight based on 100 parts by weight of the total amount of said base oil and said thickener.
Field device for determining a process variable in process automation, having - sensor means for detecting and converting the process variable into an electrical measuring signal, - an evaluation facility for processing the measuring signal to form a measured value, - an output facility for outputting the measured value and - a diagnostic facility for monitoring the function of the field device and generating and outputting binary status reports (11, 12), wherein the diagnostic facility is embodied to report at least one predetermined error, upon detection of the same, by way of a first binary status report, to identify the output measured value as temporarily invalid by way of a second binary status report and/or to trigger the output facility to output a replacement value instead of the measured value, characterised in that - the diagnostic facility contains a first timer with a predetermined first expiration time and a second timer with a predetermined second expiration time, - the second expiration time is shorter than the first expiration time, - both timers (16, 17) are started upon detection of the error and are reset at the end of the detected error, - the first timer triggers the output of the replacement value when the first expiration time has elapsed and - the second timer reports the error by way of the first binary status report when the second expiration time has elapsed, wherein the report can be reset by an acknowledgment signal at a point in time at which the diagnostic facility identifies the output measured value as valid by way of the second binary status report. - sensor means for detecting and converting the process variable into an electrical measuring signal, - an evaluation facility for processing the measuring signal to form a measured value, - an output facility for outputting the measured value and - a diagnostic facility for monitoring the function of the field device and generating and outputting binary status reports (11, 12), wherein the diagnostic facility is embodied to report at least one predetermined error, upon detection of the same, by way of a first binary status report, to identify the output measured value as temporarily invalid by way of a second binary status report and/or to trigger the output facility to output a replacement value instead of the measured value, - the diagnostic facility contains a first timer with a predetermined first expiration time and a second timer with a predetermined second expiration time, - the second expiration time is shorter than the first expiration time, - both timers (16, 17) are started upon detection of the error and are reset at the end of the detected error, - the first timer triggers the output of the replacement value when the first expiration time has elapsed and - the second timer reports the error by way of the first binary status report when the second expiration time has elapsed, wherein the report can be reset by an acknowledgment signal at a point in time at which the diagnostic facility identifies the output measured value as valid by way of the second binary status report.
A battery module fixation arrangement, comprising: a battery module compartment; a battery module arranged inside the battery module compartment; and an expansion component that is separate from the battery module and is arranged between at least a portion of at least one side of the battery module and an interior surface of the battery module compartment, the expansion component characterized in that it is configured to expand independently from the battery module so as to provide continuous expansion-based stabilization pressure to the battery module after insertion of the battery module into the battery module compartment so as to secure the battery module inside the battery module compartment during operation of the battery module. a battery module compartment; a battery module arranged inside the battery module compartment; and an expansion component that is separate from the battery module and is arranged between at least a portion of at least one side of the battery module and an interior surface of the battery module compartment, the expansion component characterized in that it is configured to expand independently from the battery module so as to provide continuous expansion-based stabilization pressure to the battery module after insertion of the battery module into the battery module compartment so as to secure the battery module inside the battery module compartment during operation of the battery module.
A method for providing feedback information for a plurality of serving cells via a high speed dedicated physical control channel, HS-DPCCH, the method comprising: determining a slot format for transmitting feedback information based on a number of configured secondary serving cells and whether multiple-input multiple-output, MIMO, is configured in the plurality of serving cells; and sending the feedback information in accordance with the determined slot format, wherein, on a condition that the plurality of serving cells comprises a primary serving cell and two configured secondary serving cells, and that the two configured secondary serving cells comprise an active secondary serving cell and a deactivated secondary serving cell, the feedback information comprises hybrid automatic repeat request, HARQ, feedback for the primary serving cell and HARQ feedback for the active secondary serving cell, the HARQ feedback for the primary serving cell and the HARQ feedback for the active secondary serving cell being jointly encoded to form a jointly coded HARQ feedback, the jointly coded HARQ feedback being sent in a first portion of a time slot allocated for HARQ feedback transmission, the jointly coded HARQ feedback being repeated in a second portion of the time slot allocated for HARQ feedback transmission. determining a slot format for transmitting feedback information based on a number of configured secondary serving cells and whether multiple-input multiple-output, MIMO, is configured in the plurality of serving cells; and sending the feedback information in accordance with the determined slot format, wherein, on a condition that the plurality of serving cells comprises a primary serving cell and two configured secondary serving cells, and that the two configured secondary serving cells comprise an active secondary serving cell and a deactivated secondary serving cell, the feedback information comprises hybrid automatic repeat request, HARQ, feedback for the primary serving cell and HARQ feedback for the active secondary serving cell, the HARQ feedback for the primary serving cell and the HARQ feedback for the active secondary serving cell being jointly encoded to form a jointly coded HARQ feedback, the jointly coded HARQ feedback being sent in a first portion of a time slot allocated for HARQ feedback transmission, the jointly coded HARQ feedback being repeated in a second portion of the time slot allocated for HARQ feedback transmission.
An oligonucleotide 10-30 nucleotides in length which binds SEQ ID NO: 2 for use in the prevention or treatment of a Colony-stimulating factor 3 associated disease or disorder, wherein said oligonucleotide increases the expression of Colony-stimulating factor 3.
Method for starting a hybrid vehicle which has a first and a second drive unit, the first drive unit being configured as an internal combustion engine and the second drive unit being configured as an electric motor, and a setpoint starting torque (M Anf) being generated by the second drive unit, a setpoint starting torque (M Anf) of the hybrid vehicle being transmitted to the second drive unit, the setpoint torque (M A2) of which is limited to a maximum torque (M A2max), a start-up clutch for coupling the first drive unit being moved into the slipping state if a predefined setpoint torque (M A2) of the second drive unit is exceeded, characterized in that a torque reserve is requested at the first drive unit when the setpoint starting torque M Anf is increased but before the setpoint starting torque M Anf exceeds the maximum torque M A2max.