mhurhangee/patent-ind-claim-en huggingface dataset:
Stackable tray for receiving and transporting objects and for stacking one above the other in a stacking direction with at least one other tray of the same type, wherein the tray has a base and a side wall projecting above the base and extending at least partially, in particular entirely, around the base , wherein the base and the side wall together bound a receiving space of the tray for receiving the objects, and in a plan view of the tray the side wall has a, in particular rectangular, basic shape comprising, in particular four, corner regions and side wall portions extending between the corner regions , wherein the side wall portions extending between the corner regions are each bounded by a top side of the side wall portion , which at least in part is inclined at an angle to the stacking direction , and an opposite bottom side of the side wall portion , characterized in that formed on the side wall portions , on the top sides of the side wall portions between in each case two of these inclined regions of the respective top side , are contact areas which project beyond these inclined regions and which are designed to support, across their entire surface, a bottom side of a side wall portion of a tray arranged thereabove or to support, across their entire surface, contact areas which are formed on the bottom sides of a side wall portion of a tray arranged thereabove and which extend in a plane arranged normal to the stacking direction , wherein the contact areas formed on the top sides extend in a plane arranged normal to-the stacking direction , or in that formed on the bottom sides of the side wall portions are contact areas which project beyond two regions of the respective bottom side adjacent thereto and which are designed to ensure stable support for trays stacked one on top of the other, wherein the contact areas formed on the bottom sides extend in a plane arranged at an angle to the stacking direction , and the incline of the contact areas formed on the bottom sides is formed at an angle corresponding to the inclined regions of the respective top sides of the side wall portions .
Self-piercing rivet with a head and a shank which has a shank diameter (Ds), wherein, at a foot end opposite the head, the shank has an axial recess which has an axial depth (LB) and the shank further comprises an annular piercing end , characterized in that the recess has a recess volume, wherein a ratio of recess volume to volume of the shank and the head is between 0.01 and 0.06, wherein the rivet is a cold formed part without any heat or surface treatment.
Device for monitoring the operation of an HVAC system (12; 212; 312°; 412), i.e. a system carrying out at least one function from a heating function, a ventilation function, an air-treatment function and an air-conditioning function, the device comprising: - first means for acquiring values of measured quantities associated with the HVAC system (12; 212; 312°; 412), - a module for estimating, depending on the acquired values of the measured quantities and using a neural network , the value of at least one parameter which is representative of the operation of the HVAC system (12; 212; 312°; 412), each measured quantity being an input variable of the neural network and each representative parameter being an output variable of the neural network, - a module for performing diagnostics on the HVAC system, the diagnostics module being designed to calculate the probabilities of faults in the HVAC system (12; 212; 312°; 412) using a Bayesian network, the faults being predefined, each input variable of the Bayesian network being associated with a relevant representative parameter and each probability of a relevant fault being an output variable of the Bayesian network, - second means for acquiring a measured value of each parameter which is representative of the operation of the HVAC system (12; 212; 312°; 412), and - a module for comparing, for each representative parameter, the measured value with the estimated values, the input values of the Bayesian network corresponding to the result of the comparison, for each representative value, between its measured value and its estimated value. - first means for acquiring values of measured quantities associated with the HVAC system (12; 212; 312°; 412), - a module for estimating, depending on the acquired values of the measured quantities and using a neural network , the value of at least one parameter which is representative of the operation of the HVAC system (12; 212; 312°; 412), each measured quantity being an input variable of the neural network and each representative parameter being an output variable of the neural network, - a module for performing diagnostics on the HVAC system, the diagnostics module being designed to calculate the probabilities of faults in the HVAC system (12; 212; 312°; 412) using a Bayesian network, the faults being predefined, each input variable of the Bayesian network being associated with a relevant representative parameter and each probability of a relevant fault being an output variable of the Bayesian network, - second means for acquiring a measured value of each parameter which is representative of the operation of the HVAC system (12; 212; 312°; 412), and - a module for comparing, for each representative parameter, the measured value with the estimated values,
An anti- ceramide antibody or a biologically active fragment thereof, and an antibiotic that is effective against Gram-negative bacteria, for use in preventing or treating a disease in an animal, wherein the disease is selected from the group consisting of radiation disease and radiation GI syndrome.
Cutting section for a drill bit , wherein the cutting section is connectable to a drill shaft section of the drill bit via a releasable connecting device , having: ▪ a first tubular element which is in the form of a first hollow cylinder with a first outer lateral surface , a first inner lateral surface , a first lower end surface and a first upper end surface and which has a first hollow cylinder height (H 1 ), a first inside diameter (d 1 ) and a first outside diameter (D 1 ), ▪ a second closed tubular element which is in the form of a second hollow cylinder with a second outer lateral surface , a second inner lateral surface , a second lower end surface and a second upper end surface and which has a second hollow cylinder height (H 2 ), a second inside diameter (d 2 ) and a second outside diameter (D 2 ), wherein the first outside diameter (D 1 ) is larger than or equal to the second inside diameter (d 2 ), and ▪ one or more drill segments , wherein the one or the more drill segments is or are connected to the first tubular element and to the second closed tubular element , wherein the second closed tubular element has at least one slot-shaped recess , wherein the at least one slot-shaped recess comprises a transverse slot and a connecting slot , and the connecting slot connects the transverse slot to the second upper end surface of the second closed tubular element , characterized in that the first tubular element is pushed into the second closed tubular element , and the first tubular element is open. ▪ a first tubular element which is in the form of a first hollow cylinder with a first outer lateral surface , a first inner lateral surface , a first lower end surface and a first upper end surface and which has a first hollow cylinder height (H 1 ), a first inside diameter (d 1 ) and a first outside diameter (D 1 ), ▪ a second closed tubular element which is in the form of a second hollow cylinder with a second outer lateral surface , a second inner lateral surface , a second lower end surface and a second upper end surface and which has a second hollow cylinder height (H 2 ), a second inside diameter (d 2 ) and a second outside diameter (D 2 ), wherein the first outside diameter (D 1 ) is larger than or equal to the second inside diameter (d 2 ), and ▪ one or more drill segments , wherein the one or the more drill segments is or are connected to the first tubular element and to the second closed tubular element , wherein the second closed tubular element has at least one slot-shaped recess , wherein the at least one slot-shaped recess comprises a transverse slot and a connecting slot , and the connecting slot connects the transverse slot to the second upper end surface of the second closed tubular element , characterized in that the first tubular element is pushed into the second closed tubular element , and the first tubular element is open.
An apparatus comprising: a structure configured to mount within a stock race to permit animals to pass therethrough, wherein the structure has an open top; two antenna coils attached to or within the structure configured to provide a magnetic field laterally across the structure, substantially in a zone through which an interrogatable identification device attached to each animal will pass; and a controller configured to receive an identification signal for each animal passing through the magnetic field based on an interrogation of each identification device passing therethrough; wherein the two coils comprise a coil attached to or within each side of the structure connected in a Helmholtz configuration. a structure configured to mount within a stock race to permit animals to pass therethrough, wherein the structure has an open top; two antenna coils attached to or within the structure configured to provide a magnetic field laterally across the structure, substantially in a zone through which an interrogatable identification device attached to each animal will pass; and a controller configured to receive an identification signal for each animal passing through the magnetic field based on an interrogation of each identification device passing therethrough; wherein the two coils comprise a coil attached to or within each side of the structure connected in a Helmholtz configuration.
Improved pump comprising a stator comprising an external stator and an internal stator , and an impeller rotatably housed between said external stator and said internal stator , the suction being fashioned at a central portion of said internal stator , the delivery being fashioned at a radially external peripheral portion of said external stator , said impeller comprising a plurality of deformable vanes movable inside an annular cavity defined between said external stator and said internal stator and in slidable contact with the internal surface of said external stator , in every position of said impeller with respect to said stator at least two deformable vanes of said plurality of deformable vanes being sealed in the portion of said annular cavity between said suction and said delivery to isolate said delivery from said suction , characterized in that said impeller is rotatable about a central internal axis (AI) offset with respect to the central external axis (AE) of said external stator , the rotational eccentricity of said impeller with respect to said external stator determining a deformation of said deformable vanes , said deformation of said deformable vanes determining, at said delivery a reduction of the volume of space comprised between two contiguous deformable vanes that contributes to the generation of flow rate of said improved pump .
Piston ring with at least one running surface and flank surfaces which are coated, wherein the top layer of the running surface is a hydrogen-containing or hydrogen-free DLC coating, characterised in that the top layer of at least one, preferably the lower, flank surface is a chrome layer, wherein there is, at least in some areas, a chrome layer below the DLC coating, wherein the DLC coating at least partially overlaps the chrome layer in the region of the circumferential edges and wherein the chrome layer thins out towards the circumferential edge.
A carbon dioxide gas sensor comprising an insulating substrate , electrodes and a gas sensing layer formed on one major surface of the insulating substrate so as to cover the electrodes, wherein the gas sensing layer comprises one or more compounds selected from rare earth oxides represented by Ln 2 O 3 , and at least 80 % of the rare earth oxide has a cubic crystal structure, wherein the rare earth oxide represented by Ln 2 O 3 is at least one of Sm 2 O 3 , Eu 2 O 3 , Tb 2 O 3 , Dy 2 O 3 , Er 2 O 3 and Yb 2 O 3 . an insulating substrate , electrodes and a gas sensing layer formed on one major surface of the insulating substrate so as to cover the electrodes, wherein the gas sensing layer comprises one or more compounds selected from rare earth oxides represented by Ln 2 O 3 , and at least 80 % of the rare earth oxide has a cubic crystal structure,
A magnetic core, having a structure in which alloy phases each including Fe, Al, Cr and Si are dispersed and any adjacent two of the alloy phases are connected to each other through a grain boundary phase, and having a composition which includes Al in a proportion of 3 to 10% both inclusive by mass, Cr in a proportion of 3 to 10% both inclusive by mass, and Si in a proportion more than 1% and 4% or less by mass provided that the sum of the quantities of Fe, Al, Cr and Si is regarded as being 100% by mass, and which includes Fe and inevitable impurities as the balance of the core, wherein the grain boundary phase comprises an oxide region including Fe, Al, Cr and Si, and includes Al in a larger proportion by mass than the alloy phases; wherein the grain boundary phase has a first region and a second region, the first region being formed at an interface side of the grain boundary phase, this interface being between the boundary phase and the alloy phases; wherein the first region is a region in which the ratio of the quantity of Al to the sum of the quantities of Fe, Al, Cr and Si is higher than that of the quantity of each of Fe, Cr and Si thereto and the second region is a region in which the ratio of the quantity of Fe to the sum of the quantities of Fe, Al, Cr and Si is higher than that of the quantity of each of Al, Cr and Si thereto.
Household refrigeration device with at least one equipment element comprising at least one shelf , an inner container delimiting a storage space for goods, wherein the inner container comprises a rear wall , two sidewalls with protrusions on which said shelf rests, a top wall and a bottom wall , and with a transport securing element configured to hold the at least one equipment element in place, which is arranged within the inner container , and which transport securing element is fixed to one of the sidewalls of the inner container by means of at least one protrusion of the sidewall which is engaged in a corresponding recess of the transport securing element , characterized in that the transport securing element has a plurality of recesses , wherein the at least one protrusion of the sidewall is engaged in at least one of the recesses and a front edge of said shelf arranged within the inner container is engaged in another one of the recesses .
A method performed by a user equipment, UE, the method comprising: • determining whether to pursue grant free transmission in accordance with a size of at least one packet in a first buffer of at least one buffer (S902); • determining a size of a grant free transport block, GFTB, in accordance with a configuration of radio resources available for grant free transmission in instances where grant free transmission is to be utilized (S 904); • populating the GFTB with first data from at least one of the buffers to produce a populated GFTB (S 906); and • transferring the GFTB from a media access control, MAC, layer to a physical layer, PHY, (S 912), characterized in further comprising: • disabling scheduling requests, SRs, from a time of beginning populating the GFTB to a time of transmitting the GFTB. • determining whether to pursue grant free transmission in accordance with a size of at least one packet in a first buffer of at least one buffer (S902); • determining a size of a grant free transport block, GFTB, in accordance with a configuration of radio resources available for grant free transmission in instances where grant free transmission is to be utilized (S 904); • populating the GFTB with first data from at least one of the buffers to produce a populated GFTB (S 906); and • transferring the GFTB from a media access control, MAC, layer to a physical layer, PHY, (S 912), • disabling scheduling requests, SRs, from a time of beginning populating the GFTB to a time of transmitting the GFTB.
An apparatus for induction heating and wireless power transmission, the apparatus comprising: a first group of working coils comprising a first working coil (WC1) and a second working coil (WC2) that are electrically connected to each other in parallel; a first inverter (IV1) configured to perform a first switching operation to generate a first resonant current in at least one of the first working coil (WC1) or the second working coil (WC2); a first semiconductor switch (S1) that is connected to the first working coil (WC1) and that is configured to turn on and turn off the first working coil (WC1); a second semiconductor switch (S2) that is connected to the second working coil (WC2) and that is configured to turn on and turn off the second working coil (WC2); characterised by an auxiliary power supply configured to supply power to the first semiconductor switch (S1) and the second semiconductor switch (S2); and a controller configured to control the first inverter (IV1), the first semiconductor switch (S1), and the second semiconductor switch (S2). a first group of working coils comprising a first working coil (WC1) and a second working coil (WC2) that are electrically connected to each other in parallel; a first inverter (IV1) configured to perform a first switching operation to generate a first resonant current in at least one of the first working coil (WC1) or the second working coil (WC2); a first semiconductor switch (S1) that is connected to the first working coil (WC1) and that is configured to turn on and turn off the first working coil (WC1); a second semiconductor switch (S2) that is connected to the second working coil (WC2) and that is configured to turn on and turn off the second working coil (WC2); characterised by an auxiliary power supply configured to supply power to the first semiconductor switch (S1) and the second semiconductor switch (S2); and a controller configured to control the first inverter (IV1), the first semiconductor switch (S1), and the second semiconductor switch (S2).
An intradermal needle comprising: a needle tube that has a needle tip capable of puncturing a living body; a needle hub that holds the needle tube ; a flange part that extends in a flange shape from the needle hub ; and a ring projection that protrudes toward a leading end from a leading end surface of the flange part and is formed in a cylindrical shape to surround the needle tube , characterized in that the flange part has a cut portion formed smaller in width in a predetermined direction than the other flange portion wherein the cut portion is cut linearly. a needle tube that has a needle tip capable of puncturing a living body; a needle hub that holds the needle tube ; a flange part that extends in a flange shape from the needle hub ; and a ring projection that protrudes toward a leading end from a leading end surface of the flange part and is formed in a cylindrical shape to surround the needle tube , characterized in that the flange part has a cut portion formed smaller in width in a predetermined direction than the other flange portion wherein the cut portion is cut linearly.
An activating device for location in downhole tubing, the device having a flow passage permitting flow through the device and an activation profile configurable to be maintained at a larger diameter than an activation seat to hold the device on the seat; wherein the device is configured to pass through the downhole tubing and land on the seat; and wherein the activation profile includes a radially movable member supported in an extended position to define said larger diameter, characterised in that the activation profile is re-configurable to radially retract by removal of the support from the radially movable member and permitting radial retraction of said radially movable member from the extended position to define a release diameter smaller than said larger diameter, wherein with the activation profile re-configured the activating device is adapted to pass through the seat.
A GPS gate system comprising: a GPS receiver adapted to be transported by a vehicle and communicatively connected to a GPS system to identify a location of the GPS receiver, wherein the GPS receiver includes a memory to store locations of GPS gates and a communications interface allowing the GPS receiver to transmit and receive messages; wherein the GPS gates are virtual gateways and data stored within the GPS receiver; a communications system communicatively connected to the GPS receiver ; and a GPS gate communications system communicatively connected to the communications system and associated with a service location ; the system being characterized in that when the GPS receiver passes through a GPS gate associated with the GPS gate communications system and when the GPS receiver determines that it is traveling at a speed that is less than 37,5% below a speed limit for a street on which the vehicle is travelling upon when crossing the GPS gate, the GPS receiver generates a message including diagnostic information of the vehicle transporting the GPS receiver and transmits the message through the communications system , informing that the GPS receiver passed through the GPS gate, and generates the message based upon the GPS gate that was crossed and transmits the message to the GPS gate communications system through the communications system, wherein the GPS gate is associated with a length, width and height, and wherein the GPS gate is located away from the service location. a GPS receiver adapted to be transported by a vehicle and communicatively connected to a GPS system to identify a location of the GPS receiver, wherein the GPS receiver includes a memory to store locations of GPS gates and a communications interface allowing the GPS receiver to transmit and receive messages; wherein the GPS gates are virtual gateways and data stored within the GPS receiver; a communications system communicatively connected to the GPS receiver ; and a GPS gate communications system communicatively connected to the communications system and associated with a service location ; the system being characterized in that when the GPS receiver passes through a GPS gate associated with the GPS gate communications system and when the GPS receiver determines that it is traveling at a speed that is less than 37,5% below a speed limit for a street on which the vehicle is travelling upon when crossing the GPS gate, the GPS receiver generates a message including diagnostic information of the vehicle transporting the GPS receiver and transmits the message through the communications system , informing that the GPS receiver passed through the GPS gate, and generates the message based upon the GPS gate that was crossed and transmits the message to the GPS gate communications system through the communications system, wherein the GPS gate is associated with a length, width and height, and wherein the GPS gate is located away from the service location.