mhurhangee/patent-ind-claim-en huggingface dataset:
Bacterial strains belonging to the species B. adolescentis selected from the group comprising, or consisting of: - (i) Bifidobacterium adolescentis BA06, deposited with the Institute DSMZ in Germany by Probiotical S.p.A. on 7.4.2017 and having the deposit no. 32479; and - (ii) Bifidobacterium adolescentis BA07, deposited with the Institute DSMZ in Germany by Probiotical S.p.A. on 21.4.2017 and having the deposit no. 32491. - (i) Bifidobacterium adolescentis BA06, deposited with the Institute DSMZ in Germany by Probiotical S.p.A. on 7.4.2017 and having the deposit no. 32479; and - (ii) Bifidobacterium adolescentis BA07, deposited with the Institute DSMZ in Germany by Probiotical S.p.A. on 21.4.2017 and having the deposit no. 32491.
Fixing unit for providing a mounting thread , designed as an internal thread, on a component - in particular, on a thin-walled component - having - a fixing body , which bears the mounting thread and is designed to be arranged on a first side of the component in the region of a cut-out extending through the component ; and - a holding element , which is designed to be arranged on a second side of the component in the region of the cut-out , extending through the component , and opposite the fixing body , and to hold the fixing body on the first side of the component , wherein, that the holding element comprises one or more connecting parts (38a-38d), which are designed to hold the fixing body on the first side of the component in order to be connected to a holding portion , spaced apart from the mounting thread , of the fixing body , characterized in that a connecting part (38a-38d) of the holding element is designed as a circumferential connection thread which is designed as an external thread, wherein the holding portion of the fixing body has a fixing thread , which corresponds to the connection thread and is designed as an internal thread. - a fixing body , which bears the mounting thread and is designed to be arranged on a first side of the component in the region of a cut-out extending through the component ; and - a holding element , which is designed to be arranged on a second side of the component in the region of the cut-out , extending through the component , and opposite the fixing body , and to hold the fixing body on the first side of the component ,
At least one non-transitory computer readable medium having instructions stored thereon for operator-assisted device-to-device, D2D, discovery, the instructions when executed on a machine of a transmission station to cause the machine to: receive a request for data service at the transmission station in an operator network from a requesting wireless device; search a data repository for listed subscribers with the requested data service and permission to provide the requested data service to the requesting wireless device; identify a serving wireless device from the listed subscribers with the permission at the operator network to provide the requested data service for the requesting wireless device; and transmit a device discovery message by the transmission station to the requesting wireless device and the serving wireless device, wherein the device discovery message provides a device discovery period for communication via an ad-hoc, D2D network between the requesting wireless device and the serving wireless device, wherein the ad-hoc, D2D network provides for device-to-device communication . receive a request for data service at the transmission station in an operator network from a requesting wireless device; search a data repository for listed subscribers with the requested data service and permission to provide the requested data service to the requesting wireless device; identify a serving wireless device from the listed subscribers with the permission at the operator network to provide the requested data service for the requesting wireless device; and transmit a device discovery message by the transmission station to the requesting wireless device and the serving wireless device, wherein the device discovery message provides a device discovery period for communication via an ad-hoc, D2D network between the requesting wireless device and the serving wireless device, wherein the ad-hoc, D2D network provides for device-to-device communication .
Electrical device having power electronics which are accommodated in a metal housing , components of the power electronics being arranged on a first main surface of a circuit carrier, comprising a metallic base plate and at least one layer of structured conductive material on a dielectric, at least one partition of the housing being in direct contact with a fluid cooling medium, wherein the partition wall of the housing is at least partially formed by the circuit carrier so that its second main surface (3") opposite the component side is in direct contact with the fluid cooling medium, and wherein the circuit carrier is connected to the rest of the housing in a fluid-tight manner by a welded joint , characterised in that the cooling medium is water, which is guided along the housing through a cooling channel formed by a plastic water guide element arranged between the partition of the housing and a cover, and in that the circuit carrier is inserted from the water side into an opening before welding and rests there on a circumferential shoulder.
A vapor insert device suitable for holding one or more vapor sources and sized to fit within the airway of a media inhaler, the vapor insert device comprising: a hollow cylinder having a porous surface, an anterior open end, and a posterior open end; an anterior flange joined to the anterior open end; a posterior flange joined to the posterior open end; and the anterior flange and the posterior flange each has a diameter that is larger than a diameter of the hollow cylinder to form a circumferential space around the hollow cylinder , characterised in that the vapor insert device further comprises one or more struts extending from the anterior flange to the posterior flange. a hollow cylinder having a porous surface, an anterior open end, and a posterior open end; an anterior flange joined to the anterior open end; a posterior flange joined to the posterior open end; and the anterior flange and the posterior flange each has a diameter that is larger than a diameter of the hollow cylinder to form a circumferential space around the hollow cylinder , characterised in that the vapor insert device further comprises one or more struts extending from the anterior flange to the posterior flange.
Process for producing horse feed comprising the steps of 1. mixing grain and at least one slime former, which is grain bran and/or linseed, 2. optionally adding apple pomace, 3. optionally adding brewers grains, bran and/or brewer's yeast 4. optionally adding of fruit, vegetables, e.g. carrots, parsnips, bananas, apples and/or herbs, 5. optionally adding of vitamins and trace elements, 6. optionally adding preservative agents, 7. optionally adding at least one acidifying agent, 8. adding and mixing in of water for generating an aqueous grain mixture, 9. filling of the aqueous grain mixture into airtight elastic packages and 10. exerting static pressure of at least 4000 bar for at least 3 min. 1. mixing grain and at least one slime former, which is grain bran and/or linseed, 2. optionally adding apple pomace, 3. optionally adding brewers grains, bran and/or brewer's yeast 4. optionally adding of fruit, vegetables, e.g. carrots, parsnips, bananas, apples and/or herbs, 5. optionally adding of vitamins and trace elements, 6. optionally adding preservative agents, 7. optionally adding at least one acidifying agent, 8. adding and mixing in of water for generating an aqueous grain mixture, 9. filling of the aqueous grain mixture into airtight elastic packages and 10. exerting static pressure of at least 4000 bar for at least 3 min.
A method for providing individualized power control for a plurality of sub-systems within an electronic device, the electronic device comprising a host processor apparatus and a peripheral processor apparatus , the peripheral processor apparatus comprising the plurality of sub-systems , the method comprising: establishing a memory mapped interface to the plurality of sub-systems of the peripheral processor apparatus , each of the plurality of sub-systems being characterized by a corresponding independent power management state machine that is independent over other ones of the plurality of sub-systems ; and for one of the plurality of sub-systems, causing the corresponding power management state machine to transition to an active state from a sleep state independent from other ones of the plurality of sub-systems . establishing a memory mapped interface to the plurality of sub-systems of the peripheral processor apparatus , each of the plurality of sub-systems being characterized by a corresponding independent power management state machine that is independent over other ones of the plurality of sub-systems ; and for one of the plurality of sub-systems, causing the corresponding power management state machine to transition to an active state from a sleep state independent from other ones of the plurality of sub-systems .
A method of wireless communication of a user equipment, UE, (408; 602) comprising: transmitting, to a serving network entity, a measurement report of a target network entity, the measurement report including a beam identifier that is a logical mapping to a time unit, the time unit being one of a system frame number - SFN, a subframe index - SFI, a slot, a mini-slot, or a symbol; determining a duration for reference signal measurements of the target network entity (402; 406) based on information in the measurement report; beamforming a first subset of radio frequency chains of a set of radio frequency chains in one or more directions for the reference signal measurements of the target network entity (402; 406) during the duration; performing the reference signal measurements of the target network entity using the first subset of beamformed radio frequency chains; and communicating data with the serving network entity (406; 402) using a second subset of radio frequency chains of the set of radio frequency chains during the duration. transmitting, to a serving network entity, a measurement report of a target network entity, the measurement report including a beam identifier that is a logical mapping to a time unit, the time unit being one of a system frame number - SFN, a subframe index - SFI, a slot, a mini-slot, or a symbol; determining a duration for reference signal measurements of the target network entity (402; 406) based on information in the measurement report; beamforming a first subset of radio frequency chains of a set of radio frequency chains in one or more directions for the reference signal measurements of the target network entity (402; 406) during the duration; performing the reference signal measurements of the target network entity using the first subset of beamformed radio frequency chains; and communicating data with the serving network entity (406; 402) using a second subset of radio frequency chains of the set of radio frequency chains during the duration.
An injection device for administering a fixed dose of a medication comprising: a housing wherein a drive mechanism comprising a drive member is at least partially enclosed, a dosing element for actuating the drive member , wherein when a movement of the drive member is actuated by the dosing element , the movement of the dosing element is equal to the movement of the drive member and wherein the dose can be set by rotating the dosing element relative to the housing in a dose set direction and the dose can be dispensed by pushing the dosing element towards the housing and wherein the relative movement between the drive member and the housing is defined by a track , characterized in that the track is provided on one of the drive member and a component fixed to the housing . a housing wherein a drive mechanism comprising a drive member is at least partially enclosed, a dosing element for actuating the drive member , wherein when a movement of the drive member is actuated by the dosing element , the movement of the dosing element is equal to the movement of the drive member and wherein the dose can be set by rotating the dosing element relative to the housing in a dose set direction and the dose can be dispensed by pushing the dosing element towards the housing and wherein the relative movement between the drive member and the housing is defined by a track , characterized in that the track is provided on one of the drive member and a component fixed to the housing .
A system for a vehicle , the system being operable to : control a driveline of a vehicle to vary an amount of driveline torque coupling between first and second groups of one or more wheels ; and in response to a detection of a loss of traction of one or more wheels cause a stability control system to command application of a brake torque to a wheel of the first or second groups of one or more wheels in order to induce a corrective yaw to the vehicle to maintain an intended path of travel; wherein only if an amount of the brake torque applied and/or an amount of brake pressure of a braking system employed to apply the brake torque exceeds a non-zero threshold value, the system is operable to cause the driveline to reduce the amount of driveline torque coupling between the first and second groups of wheels. control a driveline of a vehicle to vary an amount of driveline torque coupling between first and second groups of one or more wheels ; and in response to a detection of a loss of traction of one or more wheels cause a stability control system to command application of a brake torque to a wheel of the first or second groups of one or more wheels in order to induce a corrective yaw to the vehicle to maintain an intended path of travel; wherein only if an amount of the brake torque applied and/or an amount of brake pressure of a braking system employed to apply the brake torque exceeds a non-zero threshold value, the system is operable to cause the driveline to reduce the amount of driveline torque coupling between the first and second groups of wheels.
A turbidity calibration standard , comprising: a first layer comprising or consisting of a glass-ceramic composite; a second layer comprising or consisting of a first light absorbing medium; and a third layer comprising or consisting of a second light absorbing medium, wherein the first layer is arranged between the second layer and the third layer , characterized in that the third layer is a material that embeds at least the first layer . a first layer comprising or consisting of a glass-ceramic composite; a second layer comprising or consisting of a first light absorbing medium; and a third layer comprising or consisting of a second light absorbing medium, wherein the first layer is arranged between the second layer and the third layer , characterized in that the third layer is a material that embeds at least the first layer .
A packet data transmission device for transmitting a plurality of packet data affected by a burst noise in which plural low-frequency noises, N, are periodically generated , comprising: a data transmitter that intermittently transmits a first packet data and a second packet data having the same content as the first packet data in order of the first packet data and the second packet data; wherein when length of the first and second packet data is denoted by L P , length of idle time from transmission of the first packet data to transmission of the second packet data is denoted by L I , duration of said low-frequency noise, N, that is generated at intervals of 10 μsec or more is denoted by L N , time with no noise from occurrence of one said low-frequency noise, N, to occurrence of the next said low-frequency noise, N, is denoted by L C , the following expressions are satisfied, L I > L N , and 2 × L P + L I < L C , characterized in that the time with no noise, L C , is 10 μsec or more and 200 μsec or less, the transmission speed of the first and second packet data is 1.25 Gbps or more and 6.25 Gbps or less, the size of the first and second packet data is 1 word or more and 560 words or less, and the length of the idle time is 10 words or more and 100 words or less, either the first packet data or the second packet data, that are sequentially transmitted, having the same content is transmitted to a packet data receiver without being affected by the low-frequency noise, N. a data transmitter that intermittently transmits a first packet data and a second packet data having the same content as the first packet data in order of the first packet data and the second packet data; wherein when length of the first and second packet data is denoted by L P , length of idle time from transmission of the first packet data to transmission of the second packet data is denoted by L I , duration of said low-frequency noise, N, that is generated at intervals of 10 μsec or more is denoted by L N , time with no noise from occurrence of one said low-frequency noise, N, to occurrence of the next said low-frequency noise, N, is denoted by L C , the following expressions are satisfied, L I > L N , and 2 × L P + L I < L C , characterized in that the time with no noise, L C , is 10 μsec or more and 200 μsec or less, the transmission speed of the first and second packet data is 1.25 Gbps or more and 6.25 Gbps or less, the size of the first and second packet data is 1 word or more and 560 words or less, and the length of the idle time is 10 words or more and 100 words or less, either the first packet data or the second packet data, that are sequentially transmitted, having the same content is transmitted to a packet data receiver without being affected by the low-frequency noise, N.
An end fitting for terminating flexible pipe body, comprising: an end fitting core portion ; an end fitting termination portion for surrounding and supporting a common end point of layers of a flexible pipe; and a removable spacer ring member locatable between the core portion and the termination portion for maintaining a whole anterior end surface of the core portion and an opposed whole posterior end surface of the termination portion in a spaced apart relationship; wherein the spacer ring member is a ring like body having a radially innermost edge surface and a radially outermost edge surface and a posterior side surface, spaced apart from an anterior side surface; wherein the radially innermost edge surface and radially outermost edge surface each comprise a respective substantially cylindrical surface; and wherein the anterior side surface is substantially parallel with the posterior side surface, and the posterior side surface and the anterior side surface each extend between the radially innermost edge surface and the radially outermost edge surface ; and wherein the radially outermost edge surface defines an outer surface that is an external surface of the end fitting. an end fitting core portion ; an end fitting termination portion for surrounding and supporting a common end point of layers of a flexible pipe; and a removable spacer ring member locatable between the core portion and the termination portion for maintaining a whole anterior end surface of the core portion and an opposed whole posterior end surface of the termination portion in a spaced apart relationship; wherein the spacer ring member is a ring like body having a radially innermost edge surface and a radially outermost edge surface and a posterior side surface, spaced apart from an anterior side surface; wherein the radially innermost edge surface and radially outermost edge surface each comprise a respective substantially cylindrical surface; and wherein the anterior side surface is substantially parallel with the posterior side surface, and the posterior side surface and the anterior side surface each extend between the radially innermost edge surface and the radially outermost edge surface ; and wherein the radially outermost edge surface defines an outer surface that is an external surface of the end fitting.
A method of forming a photonic structure, the method comprising: forming a linearly extending waveguide core above a cavity in a semiconductor substrate by etching the cavity in the semiconductor substrate below the waveguide core , wherein the cavity is rectangular shaped in cross section in a plane perpendicular to the direction along which the waveguide core linearly extends; wherein the rectangular shaped cavity is formed by at least a first isotropic etch of the semiconductor substrate using a first isotropic etch solution and a second isotropic etch of the semiconductor substrate using a second isotropic etch solution; and forming the waveguide core from a ledge portion of the semiconductor substrate residing above the cavity , such that the material of the waveguide core is the same as the material of the semiconductor substrate ; and filling the cavity with a material for optically decoupling the waveguide core from the semiconductor substrate before or after formation of the waveguide core . forming a linearly extending waveguide core above a cavity in a semiconductor substrate by etching the cavity in the semiconductor substrate below the waveguide core , wherein the cavity is rectangular shaped in cross section in a plane perpendicular to the direction along which the waveguide core linearly extends; wherein the rectangular shaped cavity is formed by at least a first isotropic etch of the semiconductor substrate using a first isotropic etch solution and a second isotropic etch of the semiconductor substrate using a second isotropic etch solution; and forming the waveguide core from a ledge portion of the semiconductor substrate residing above the cavity , such that the material of the waveguide core is the same as the material of the semiconductor substrate ; and filling the cavity with a material for optically decoupling the waveguide core from the semiconductor substrate before or after formation of the waveguide core .
Telescopic actuator including a cylinder having a closed end and an open end for passing a hollow rod mounted to slide axially in the cylinder, the actuator including a central support that extends from the closed end of the cylinder inside the rod and that carries obstacles that are movable radially between a retracted position leaving the rod free to slide and a projecting position in which the obstacles are engaged in a groove in the rod in order to lock the rod axially relative to the cylinder, the obstacles being arranged at the ends of spring blades extending longitudinally and arranged to urge the obstacles from the retracted position to the projecting position, characterised in that the flanks of the obstacles and of the groove are shaped so as to prevent any retraction of the obstacles by movement of the rod, the central support carrying controlled means for flexing the blades in order to cause the obstacles to be retracted toward the retracted position.
An antibody having the ability of binding to CLDN18.2 for use in a method of treating a cancer of the stomach, a cancer of the esophagus, a cancer of the eso-gastric junction or a gastroesophageal cancer, wherein the cancer is characterized by cancer cells expressing CLDN18.2, said method comprising administering said antibody to a patient a in combination with an agent stimulating γδ T cells, wherein the agent stimulating γδ T cells is a bisphosphonate and wherein said agent is administered to the patient in combination with interleukin-2, wherein the antibody binds to CLDN18.2 and mediates killing of cells expressing CLDN18.2 by ADCC, wherein the antibody comprises an antibody heavy chain comprising the amino acid sequence represented by SEQ ID NO: 32 and an antibody light chain comprising the amino acid sequence represented by SEQ ID NO: 39.