mhurhangee/patent-ind-claim-en huggingface dataset:
A method for resolving a host name comprising the step of: - receiving by a Short Message Service gateway server a first service message of the Short Message Service from a mobile device , said first service message comprising a host name resolution request for said host name, and forwarding said host name from said Short Message Service gateway server to a host name resolver server ; - at said host name resolver server , determining a Fully Qualified Domain Name for said host name and by means of a local database (DB) and/or at least one remote Domain Name System server an IP address associated with said Fully Qualified Domain Name; and - transmitting said IP address associated with said Fully Qualified Domain Name from said host name resolver server to said Short Message Service gateway server , and transmitting via said Short Message Service gateway server a second service message of the Short Message Service to said mobile device , said second service message comprising said IP address associated with said Fully Qualified Domain Name. - receiving by a Short Message Service gateway server a first service message of the Short Message Service from a mobile device , said first service message comprising a host name resolution request for said host name, and forwarding said host name from said Short Message Service gateway server to a host name resolver server ; - at said host name resolver server , determining a Fully Qualified Domain Name for said host name and by means of a local database (DB) and/or at least one remote Domain Name System server an IP address associated with said Fully Qualified Domain Name; and - transmitting said IP address associated with said Fully Qualified Domain Name from said host name resolver server to said Short Message Service gateway server , and transmitting via said Short Message Service gateway server a second service message of the Short Message Service to said mobile device , said second service message comprising said IP address associated with said Fully Qualified Domain Name.
An analyte sensor apparatus comprising: a base substrate comprising a planar sheet of a flexible material adapted to transition from a first configuration to a second configuration when the base substrate is folded to form a fixed bend; a working electrode, a counter electrode and a reference electrode disposed upon a first surface of the base substrate ; a plurality of contact pads disposed upon the first surface of the base substrate; a plurality of electrical conduits disposed upon the first surface of the base substrate, wherein the plurality of electrical conduits are adapted to transmit electrical signals between electrodes and contact pads separated by the fixed bend; and an analyte sensing layer disposed over the working electrode, wherein the analyte sensing layer detectably alters the electrical current at the working electrode in the presence of an analyte; wherein: the base substrate comprises the fixed bend so as to form a configuration in which: at least one electrode is disposed on a first side of the fixed bend; characterized in that at least one electrode is disposed on a second side of the fixed bend. a base substrate comprising a planar sheet of a flexible material adapted to transition from a first configuration to a second configuration when the base substrate is folded to form a fixed bend; a working electrode, a counter electrode and a reference electrode disposed upon a first surface of the base substrate ; a plurality of contact pads disposed upon the first surface of the base substrate; a plurality of electrical conduits disposed upon the first surface of the base substrate, wherein the plurality of electrical conduits are adapted to transmit electrical signals between electrodes and contact pads separated by the fixed bend; and an analyte sensing layer disposed over the working electrode, wherein the analyte sensing layer detectably alters the electrical current at the working electrode in the presence of an analyte;
Nickel based brazing alloy which is used for increasing the corrosion resistance in stainless steel parts of the heat exchangers of the internal combustion engines that provide fuel cooling and exhaust gas recirculation, consisting of Ferro (Fe) in a range of between 0.4 - 1,2 %, Phosphorus (P) in a range of between 4 - 9 %, Silicium (Si) in a range of between 0.5 - 2 %, Boron (B) in a range of between 0.1 - 1 %, Chromium (Cr) in a range of between 22 - 28 %, Nickel (Ni) in a range of between 55,8 - 72,8 %, characterized in that , it comprises; Molybdenum (Mo) in a range of between 0.1 - 1 %, Vanadium (V) in a range of between % 0.1 - 1.
Commercial vehicle body , in particular a box body, with an end wall , with a loading space delimited at the front by the end wall , with a lighting apparatus for lighting the loading space , with a switching apparatus for activating and deactivating the lighting apparatus , characterised in that the commercial vehicle body has a display apparatus displaying the activated and the deactivated state of the lighting apparatus visually and in a manner distinguishable from one another and in that the display apparatus is arranged on the front side of the end wall in relation to the commercial vehicle body and is spaced at most 45 cm, preferably at most 30 cm, in particular at most 25 cm from a lateral edge of the end wall .
A MOSFET assembly comprising a plurality of MOSFETs configured to control connection between a positive (+) terminal of a secondary battery pack used to supply power to a vehicle, and the vehicle used to receive the power from the secondary battery pack, the plurality of MOSFETs being connected to each other in series and in parallel, wherein the MOSFET assembly comprises: a MUX having channels connected to gates of the MOSFETs of the MOSFET assembly a driver module, which is an input end of the MUX; and a microcontroller unit configured to provide inputs corresponding to a total number of the channels necessary to control the MUX, wherein in use, the microcontroller is configured to sequentially turn on and off each of the channels of the MUX whilst the voltage at both ends of each individual MOSFET is measured. a MUX having channels connected to gates of the MOSFETs of the MOSFET assembly a driver module, which is an input end of the MUX; and a microcontroller unit configured to provide inputs corresponding to a total number of the channels necessary to control the MUX, wherein in use, the microcontroller is configured to sequentially turn on and off each of the channels of the MUX whilst the voltage at both ends of each individual MOSFET is measured.
A terminal in a wireless communication system, the terminal comprising: a communication module; and a processor configured to control the communication module, wherein the processor is configured to, receive Downlink Control Information, DCI, for allocating a plurality of resource blocks, RBs, for transmitting a PUSCH, Physical Uplink Shared Channel, from a base station, and transmit the PUSCH to the base station through the plurality of resource blocks allocated through the DCI, wherein the DCI includes first bits for allocating at least resource block set including the plurality of resource blocks for transmitting the PUSCH and second bits related to an interlaced allocation for the plurality of resource blocks, wherein the first bits and the second bits are jointly encoded and included in the DCI, wherein the first bits are used to allocate the at least resource block set included in an activated bandwidth part, BWP, wherein the second bits are used to provide an at least one index indicating the interlaced allocation of the plurality of resource blocks included in the at least resource block set, and wherein a structure of the interlaced allocation is sequentially arranged at a specific interval in the activated BWP based on the second bits. a communication module; and a processor configured to control the communication module, wherein the processor is configured to, receive Downlink Control Information, DCI, for allocating a plurality of resource blocks, RBs, for transmitting a PUSCH, Physical Uplink Shared Channel, from a base station, and transmit the PUSCH to the base station through the plurality of resource blocks allocated through the DCI, wherein the DCI includes first bits for allocating at least resource block set including the plurality of resource blocks for transmitting the PUSCH and second bits related to an interlaced allocation for the plurality of resource blocks, wherein the first bits and the second bits are jointly encoded and included in the DCI, wherein the first bits are used to allocate the at least resource block set included in an activated bandwidth part, BWP, wherein the second bits are used to provide an at least one index indicating the interlaced allocation of the plurality of resource blocks included in the at least resource block set, and wherein a structure of the interlaced allocation is sequentially arranged at a specific interval in the activated BWP based on the second bits.
Method for stretch-bend-levelling a metal strip (B), wherein the metal strip (B) is alternately bent under tensile stress around respectively individually supported stretching rollers (1 - 5) of a diameter of 25 mm to 100 mm and the degree of stretching is increased in the process, wherein one or more stretching rollers (1 - 5) are provided with a non-metallic coating, characterised in that one or more stretching rollers are provided with a coating made of polyurethane or rubber.
A flexible substrate comprising a base substrate , wherein the base substrate comprises a bonding portion for bonding an electronic device thereon and an auxiliary bonding portion integrally formed with the bonding portion , the auxiliary bonding portion and the bonding portion are disposed back to back, and the bonding portion completely falls into a region where the auxiliary bonding portion is provided in an orthographic projection direction; wherein, the auxiliary bonding portion comprises a first sub-bonding portion ; characterized in that a first bending line is disposed between the bonding portion and the auxiliary bonding portion , the area of the first sub-bonding portion is larger than or equal to an area of the bonding portion , and the first sub-bonding portion is bended and disposed onto the back side of the bonding portion along the first bending line ; the auxiliary bonding portion further has a second sub-bonding portion having at least one stacked layer, a second bending line is disposed between the first sub-bonding portion and the second sub-bonding portion , and the second sub-bonding portion is bended and disposed onto the back side of the first sub-bonding portion along the second bending line .
Sleeping compartment with a sleeping region and an electrically conductive curtain which can be arranged around the sleeping region, characterised in that a rail system is provided by means of which the conductive curtain is mounted in a displaceable manner, wherein - the rail system has at least one rail , - the rail system has a multiplicity of connecting elements , - the connecting elements being connected to the conductive curtain and being mounted in the at least one rail in a displaceable manner and the rail system is configured such that the conductive curtain is connected to the at least one rail in an electrically conducting manner, preferably that the conductive curtain is earthed via the rail . - the rail system has at least one rail , - the rail system has a multiplicity of connecting elements , - the connecting elements being connected to the conductive curtain and being mounted in the at least one rail in a displaceable manner and
A device for a minimal irritating, optimal organ-tolerable sealing of a lumen (L), which opens as an ostium into the region of the body surface, in particular a natural or artificial anus (A) of a patient, comprising an extremely thin-walled, externally fillable balloon body made of a soft-film-type material with a low volumetric expandability, which has at least one transostial region and a central lumen, which extends from the distal to the proximal end of the device and serves for the reception of an insertion aid and/or allows the intestinal gas to escape, characterized in that a) the central lumen inside the balloon body is not surrounded by a shaft, so that rigid, potentially irritating components in the region of the ostium as well as in a possibly adjoining, extracorporeal region are entirely avoided, and in that b) at least one flat, soft-film-type retaining projection coated with a skin-tolerable adhesive adjoins to the proximal end of the balloon body allowing a direct fixation of the device to the skin of the patient. a) the central lumen inside the balloon body is not surrounded by a shaft, so that rigid, potentially irritating components in the region of the ostium as well as in a possibly adjoining, extracorporeal region are entirely avoided, and in that b) at least one flat, soft-film-type retaining projection coated with a skin-tolerable adhesive adjoins to the proximal end of the balloon body allowing a direct fixation of the device to the skin of the patient.
A cushion for an aircraft seat comprising - at least one antimicrobially active pad made of at least one polyurethane foam, wherein at least thiabendazole and at least one pyrithione are contained in the polyurethane foam as antimicrobially active substances, and wherein no silver or silver ions are contained as antimicrobially active substances, - at least one antimicrobially effective flame protection fabric covering the at least one pad, wherein the flame protection fabric comprises at least one abrasion layer and at least one barrier layer, wherein the at least one abrasion layer consists of 50 to 90 wt-% of polyacrylonitrile (PAN) fibers and 10 to 50 wt-% of para-aramide fibers, wherein the at least one barrier layer consists of 50 to 90 wt-% of acrylonitrile fibers, 5 to 30 wt-% of para-aramide fibers, and 5 to 30 wt-% of pre-oxidized polyacrylonitrile (preox PAN) fibers, wherein at least thiabendazole and at least one pyrithione are incorporated into each of the at least one abrasion layer and the at least one barrier layer; and - at least one antimicrobially active coating , wherein the material of the coating is provided or coated with an aqueous dispersion of pyrithione and thiabendazole with a pH value between 6.9 - 7.9. - at least one antimicrobially active pad made of at least one polyurethane foam, wherein at least thiabendazole and at least one pyrithione are contained in the polyurethane foam as antimicrobially active substances, and wherein no silver or silver ions are contained as antimicrobially active substances, - at least one antimicrobially effective flame protection fabric covering the at least one pad, wherein the flame protection fabric comprises at least one abrasion layer and at least one barrier layer, wherein the at least one abrasion layer consists of 50 to 90 wt-% of polyacrylonitrile (PAN) fibers and 10 to 50 wt-% of para-aramide fibers, wherein the at least one barrier layer consists of 50 to 90 wt-% of acrylonitrile fibers, 5 to 30 wt-% of para-aramide fibers, and 5 to 30 wt-% of pre-oxidized polyacrylonitrile (preox PAN) fibers, wherein at least thiabendazole and at least one pyrithione are incorporated into each of the at least one abrasion layer and the at least one barrier layer; and wherein the flame protection fabric comprises at least one abrasion layer and at least one barrier layer, wherein the at least one abrasion layer consists of 50 to 90 wt-% of polyacrylonitrile (PAN) fibers and 10 to 50 wt-% of para-aramide fibers, wherein the at least one barrier layer consists of 50 to 90 wt-% of acrylonitrile fibers, 5 to 30 wt-% of para-aramide fibers, and 5 to 30 wt-% of pre-oxidized polyacrylonitrile (preox PAN) fibers, wherein at least thiabendazole and at least one pyrithione are incorporated into each of the at least one abrasion layer and the at least one barrier layer; and - at least one antimicrobially active coating , wherein the material of the coating is provided or coated with an aqueous dispersion of pyrithione and thiabendazole with a pH value between 6.9 - 7.9.
A computer-implemented method for estimating a time-varying pitch of a speech signal, the method comprising: obtaining a sequence of frames from the speech signal, wherein each frame comprises a portion of the speech signal and wherein each frame corresponds to a time; computing an estimated fractional chirp rate for each frame of the sequence of frames; computing a frequency representation for each frame of the sequence of frames; computing a pitch template for the sequence of frames by computing sums of the estimated fractional chirp rates; computing a scale factor for the pitch template using frequency locations of peaks in the frequency representations; computing a first pitch estimate for each frame of the sequence of frames using the scale factor and the pitch template, wherein the first pitch estimate for a frame is a product of the scale factor and the pitch template for the frame; identifying peaks in the frequency representations using the first pitch estimates; fitting a parametric function to the peaks in the frequency representations; computing second pitch estimates using the parametric function; and processing the speech signal using the second pitch estimates. obtaining a sequence of frames from the speech signal, wherein each frame comprises a portion of the speech signal and wherein each frame corresponds to a time; computing an estimated fractional chirp rate for each frame of the sequence of frames; computing a frequency representation for each frame of the sequence of frames; computing a pitch template for the sequence of frames by computing sums of the estimated fractional chirp rates; computing a scale factor for the pitch template using frequency locations of peaks in the frequency representations; computing a first pitch estimate for each frame of the sequence of frames using the scale factor and the pitch template, wherein the first pitch estimate for a frame is a product of the scale factor and the pitch template for the frame; identifying peaks in the frequency representations using the first pitch estimates; fitting a parametric function to the peaks in the frequency representations; computing second pitch estimates using the parametric function; and processing the speech signal using the second pitch estimates.
An article of footwear, comprising: a sole comprising a midsole part of a first material having a first durometer, the midsole having an upper, foot-facing surface and a lower, ground-facing surface, an outsole part , below the lower surface of the midsole, the outsole having a second durometer, a plurality of cavities in a first region of the midsole , each cavity extending along a vertical axis substantially orthogonally to the upper surface , between the lower and the upper surfaces of the midsole, and a plurality of support adjustment elements , each of which is substantially wholly inserted into one of the vertical cavities so as to adjust a vertical support hardness of the sole at the location of said each vertical cavity ; wherein each vertical cavity comprises an insertion opening in the lower surface for receiving one of the support adjustment elements such that the adjustment element extends through the outsole ; wherein the plurality of support adjustment elements comprises a first support adjustment element having a third durometer and a second support adjustment element having a fourth durometer, different from the third durometer, wherein at least one of the third and fourth durometers is greater than the first durometer; and wherein each of the adjustment elements comprises a body part for being inserted into the cavity and a lower part , wider than the body part, bonded to or located in an opening of the outsole . a sole comprising a midsole part of a first material having a first durometer, the midsole having an upper, foot-facing surface and a lower, ground-facing surface, an outsole part , below the lower surface of the midsole, the outsole having a second durometer, a plurality of cavities in a first region of the midsole , each cavity extending along a vertical axis substantially orthogonally to the upper surface , between the lower and the upper surfaces of the midsole, and a plurality of support adjustment elements , each of which is substantially wholly inserted into one of the vertical cavities so as to adjust a vertical support hardness of the sole at the location of said each vertical cavity ; wherein each vertical cavity comprises an insertion opening in the lower surface for receiving one of the support adjustment elements such that the adjustment element extends through the outsole ; wherein the plurality of support adjustment elements comprises a first support adjustment element having a third durometer and a second support adjustment element having a fourth durometer, different from the third durometer, wherein at least one of the third and fourth durometers is greater than the first durometer; and wherein each of the adjustment elements comprises a body part for being inserted into the cavity and a lower part , wider than the body part, bonded to or located in an opening of the outsole .
Swing door drive for driving a swing leaf of a swing door rotatable about a vertical axis , comprising a swing door drive device configured to drive the swing leaf and having a swing door drive shaft as well as a rod gear configured to mechanically connect the swing door drive shaft to the swing leaf , and comprising a mounting type input device configured to input or detect a swing door drive mounting type (DMA) of the swing door drive , characterized in that the mounting type input device is configured to input or detect the distance (d x , d y ) between the swing door drive shaft and the vertical axis , wherein the swing door drive further comprises a closing edge movement detection device configured to determine an instantaneous closing edge velocity (v m ) and/or an instantaneous closing edge acceleration (a m ) of a closing edge of the swing leaf based on the stored swing door drive mounting type (DMA), and a swing door drive device control device to control the swing door drive device based on the swing door drive mounting type (DMA) and the determined instantaneous closing edge velocity (v m ) and/or the determined instantaneous closing edge acceleration (a m ).
A method for suppressing a pyrophoric metal fire, comprising: arranging a suppression system (100/200/300/500) above a containment structure , the suppression system (100/200/300/500) including a first extinguishing agent , the containment structure configured to contain and isolate a pyrophoric metal from ambient air, the suppression system (100/200/300/500) configured to activate upon a leak and ignition of the pyrophoric metal so as to release the first extinguishing agent to suppress the pyrophoric metal fire, the suppression system (100/200/300/500) being characterised in that a structural integrity thereof degrades in a presence of the pyrophoric metal fire in order to release the first extinguishing agent .