mhurhangee/ep-ind-claims huggingface dataset:
A method for the preparation of a liquid or semi-solid carrier which comprises the steps of: preparing a single phase solution comprising: a) a solvent or a mixture of miscible solvents, b) a liquid or semi-solid carrier material, which is miscible or soluble respectively in solvent (a), and c) a dopant material which is also soluble in solvent (a), cooling the single phase solution produced in step to a temperature at which at least both the solvent (a) and carrier material (b) become solid, and removing solid solvent (a) from the cooled single phase solution in vapour form, such that the remaining cooled carrier material (b) and dopant material (c) are returned to ambient temperature thus providing a product of liquid or semi-solid carrier material (b) having dopant material (c) dispersed therein. preparing a single phase solution comprising: a) a solvent or a mixture of miscible solvents, b) a liquid or semi-solid carrier material, which is miscible or soluble respectively in solvent (a), and c) a dopant material which is also soluble in solvent (a), a) a solvent or a mixture of miscible solvents, b) a liquid or semi-solid carrier material, which is miscible or soluble respectively in solvent (a), and c) a dopant material which is also soluble in solvent (a), cooling the single phase solution produced in step to a temperature at which at least both the solvent (a) and carrier material (b) become solid, and removing solid solvent (a) from the cooled single phase solution in vapour form, such that the remaining cooled carrier material (b) and dopant material (c) are returned to ambient temperature thus providing a product of liquid or semi-solid carrier material (b) having dopant material (c) dispersed therein.
Iterative method for accessing a cellular communications network by a transceiver equipment, said transceiver equipment transmitting at least one PRACH preamble with a Timing Advance Offset, TAO, comprising t 0,..., t k-1, t k,..., t n over a Random Access Channel to a base station serving a maximum cell range C, said PRACH preamble being a long sequence PRACH preamble supporting a cell range of r kilometres which is less than the maximum cell range C, wherein the method comprises the steps of: a. transmitting the PRACH preamble with an initial starting TAO t 0, said starting TAO t 0 being calculated by the transceiver equipment depending on the maximum cell range C, and b1. determining whether a valid Random Access Response is received within a predetermined waiting interval, b2. if no valid Random Access Response is received within a predetermined waiting interval, transmitting the PRACH preamble with a k th TAO t k, said k th TAO t k being calculated by adding and/or subtracting a multiple of t as being a function of r to a preceding TAO t k-1, and b3. repeating steps b1 and b2 until a valid Random Access Response is being received. a. transmitting the PRACH preamble with an initial starting TAO t 0, said starting TAO t 0 being calculated by the transceiver equipment depending on the maximum cell range C, and b1. determining whether a valid Random Access Response is received within a predetermined waiting interval, b2. if no valid Random Access Response is received within a predetermined waiting interval, transmitting the PRACH preamble with a k th TAO t k, said k th TAO t k being calculated by adding and/or subtracting a multiple of t as being a function of r to a preceding TAO t k-1, and b3. repeating steps b1 and b2 until a valid Random Access Response is being received.
Facility for producing domestic hot water by recovering calories in the air using a tank designed to contain domestic hot water and a heat pump designed to heat the water contained in the tank and comprising a heat exchanger and an air circulating means, said facility comprising on the one hand at least one photovoltaic panel which produces current that supplies the electric means of the facility, and on the other hand an air circuit which, in order to supply the heat pump, takes air from outside, circulates it in contact with the photovoltaic panel so as to cool said panel and at the same time heat the air sent into the exchanger of the heat pump, the air circulating means being associated with an air mixing and distributing module in the air circuit, said facility being characterized in that the exchanger of the heat pump is integrated in a common casing with the tank, said facility being such that the air circulating means is at a considerable distance from the common casing of the tank.
A pharmaceutical composition comprising a compound capable of inhibiting the enzymatic activity of glutaminyl-peptide cyclotransferase-like protein (QPCTL), for use in a method of treatment of a subject for cancer, wherein said treatment comprises administering the compound to the subject so as to increase immune-cell mediated killing of cancer cells, wherein the cancer cells express CD47 on their surface. wherein said treatment comprises administering the compound to the subject so as to increase immune-cell mediated killing of cancer cells, wherein the cancer cells express CD47 on their surface.
A transportable container having a floor for supporting goods to be transported and a skate loading system in said floor, the skate loading system including a channel for receiving a skate having a pair of wheels, the channel including a skate guide having a pair of tracks each for receiving a respective wheel of the skate, the skate loading system further comprising a lifting unit controllable to raise and lower the skate guide in the channel, the channel of the skate loading system extending from an entrance to said container into the container, wherein the skate guide has an upstand running in between and in parallel to the tracks, characterized in that the upstand is equidistant to the sides of the skate guide wherein when the skate guide is in the raised position the top of the upstand is in line with the floor of the container so as to reduce the gap defined by the channel.
An engine control device for controlling a cylinder direct fuel injection type spark ignition engine provided with a fuel injection valve configured to directly inject fuel into a cylinder and an ignition plug configured to perform spark ignition for a gas mixture inside the cylinder, the device comprising: a controller configured to: retard an ignition timing is-in a case where warm-up of an exhaust gas purifying catalyst inserted into an exhaust passage is required, and increase a valve overlap period as a piston crown surface temperature increases to a predetermined temperature and decrease the valve overlap period when the piston crown surface temperature increases beyond the predetermined temperature during the retardation of the ignition timing. retard an ignition timing is-in a case where warm-up of an exhaust gas purifying catalyst inserted into an exhaust passage is required, and increase a valve overlap period as a piston crown surface temperature increases to a predetermined temperature and decrease the valve overlap period when the piston crown surface temperature increases beyond the predetermined temperature during the retardation of the ignition timing.
A utility knife, comprising a knife head having an internal chamber; a blade carrier for carrying a single blade; a locking piece for locking the single blade on the blade carrier; a spare blade cartridge for storing more than one spare blade; wherein the blade carrier, the locking piece and the spare blade cartridge are arranged in the internal chamber, the blade carrier is arranged to be movable between a first position and a second position, and when the blade carrier is in the first position, the single blade carried by the blade carrier extends out of the knife head, when the blade carrier is in the second position, the single blade carried by the blade carrier retracts into the knife head; wherein a magnetic element is arranged on the blade carrier, and the magnetic element is arranged such that when the blade carrier is empty and at the second position, the nearest spare blade to the blade carrier is transferred from the spare blade cartridge to the blade carrier by magnetic force; the locking piece is pivotally arranged on the blade carrier; the locking piece has a lock tongue (71, 72) that matches with a notch (31, 32) on the back of the single blade, and the lock tongue is arranged to pivotally match with the notch; characterized in that the lock tongue has a chamfer plane at the bottom.
A method of detecting prostate cancer in a patient, which method comprises: contacting a sample of prostate cells from the patient with a set of detectably labeled probes comprising a locus-specific probe for MYC, a locus-specific probe for phosphatase and tensin homolog (PTEN), a centromeric probe for chromosome 8, and a centromeric probe for chromosome 7 under hybridization conditions and determining the presence of chromosomal abnormalities, wherein a MYC % gain (% gain is % of cells with MYC > 2 signals) of greater than 35 (with a range of 2 to 50), a PTEN % loss (% loss is % of cells with < 2 signals) of greater than 33 (with a range of 29 to 33), a chromosome 8 % gain (% gain is % of cells with > 2 signals) of greater than 34 (with a range of 32 to 34), and a chromosome 7 % abnormal (% abnormal is % of cells with > 2 or < 2 signals) greater than 28 (with a range of 24 to 29) in a sample of prostate cells from a tumor region of interest or a benign ROI of the prostate of the patient indicates that the patient has prostate cancer. contacting a sample of prostate cells from the patient with a set of detectably labeled probes comprising a locus-specific probe for MYC, a locus-specific probe for phosphatase and tensin homolog (PTEN), a centromeric probe for chromosome 8, and a centromeric probe for chromosome 7 under hybridization conditions and determining the presence of chromosomal abnormalities, wherein a MYC % gain (% gain is % of cells with MYC > 2 signals) of greater than 35 (with a range of 2 to 50), a PTEN % loss (% loss is % of cells with < 2 signals) of greater than 33 (with a range of 29 to 33), a chromosome 8 % gain (% gain is % of cells with > 2 signals) of greater than 34 (with a range of 32 to 34), and a chromosome 7 % abnormal (% abnormal is % of cells with > 2 or < 2 signals) greater than 28 (with a range of 24 to 29) in a sample of prostate cells from a tumor region of interest or a benign ROI of the prostate of the patient indicates that the patient has prostate cancer.
A flexible package (10, 200) comprising: a top end(26, 226), a bottom end (24, 224), a first side edge (20, 220), a second side edge (22, 222) opposite the first side edge, a front panel (16, 216), and a rear panel (18, 218) joined together to form an interior therebetween configured to retain a product; a first layer of adhesive material disposed on an interior surface of the rear panel, the adhesive material of the first layer including at least one visual indicator (13, 15, 213, 215) formed by at least one area of predetermined shape that is more translucent than adjacent areas of the adhesive material of the first layer; a second layer of adhesive material disposed on an interior surface of the front panel, the second layer of adhesive material being positioned opposite the first layer of adhesive material to permit the flexible package to be sealed when the first layer of adhesive material and the second layer of adhesive material are brought into contact with each other; and when the flexible package is not sealed, the at least one visual indicator in the adhesive material of the first layer is not visible through the adhesive material of the second layer, and when the flexible package is sealed, the at least one visual indicator is visible through the second layer of adhesive material. a top end(26, 226), a bottom end (24, 224), a first side edge (20, 220), a second side edge (22, 222) opposite the first side edge, a front panel (16, 216), and a rear panel (18, 218) joined together to form an interior therebetween configured to retain a product; a first layer of adhesive material disposed on an interior surface of the rear panel, the adhesive material of the first layer including at least one visual indicator (13, 15, 213, 215) formed by at least one area of predetermined shape that is more translucent than adjacent areas of the adhesive material of the first layer; a second layer of adhesive material disposed on an interior surface of the front panel, the second layer of adhesive material being positioned opposite the first layer of adhesive material to permit the flexible package to be sealed when the first layer of adhesive material and the second layer of adhesive material are brought into contact with each other; and when the flexible package is not sealed, the at least one visual indicator in the adhesive material of the first layer is not visible through the adhesive material of the second layer, and when the flexible package is sealed, the at least one visual indicator is visible through the second layer of adhesive material.
An information processing method performed in a patient side smart terminal, comprising: receiving, via a first data receiving module of the patient side smart terminal, therapy data from a ventilation therapy device, wherein the therapy data carries therapeutic effect data, a device identification corresponding to the ventilation therapy device, and a therapy parameter; characterized by sending, via a first data sending module of the patient side smart terminal, the therapy data to a doctor side smart terminal; receiving, via a first parameter receiving module parameter update information corresponding to the therapy data from the doctor side smart terminal, wherein the parameter update information carries a latest therapy parameter acquired by updating the therapy parameter according to the therapeutic effect data, and the device identification corresponding to the ventilation therapy device; and sending, via a first parameter setting module of the patient side smart terminal the latest therapy parameter to the ventilation therapy device corresponding to the device identification, and setting automatically the ventilation therapy device according to the latest therapy parameter. receiving, via a first data receiving module of the patient side smart terminal, therapy data from a ventilation therapy device, wherein the therapy data carries therapeutic effect data, a device identification corresponding to the ventilation therapy device, and a therapy parameter; characterized by sending, via a first data sending module of the patient side smart terminal, the therapy data to a doctor side smart terminal; receiving, via a first parameter receiving module parameter update information corresponding to the therapy data from the doctor side smart terminal, wherein the parameter update information carries a latest therapy parameter acquired by updating the therapy parameter according to the therapeutic effect data, and the device identification corresponding to the ventilation therapy device; and sending, via a first parameter setting module of the patient side smart terminal the latest therapy parameter to the ventilation therapy device corresponding to the device identification, and setting automatically the ventilation therapy device according to the latest therapy parameter.
A method of wireless communication, comprising: determining a user equipment (102; 206; 650), UE, capability corresponding to a maximum number of supported channel state information, CSI, processes; transmitting the UE (102; 206; 650) capability to an eNodeB (106; 108; 204; 610); receiving a plurality of CSI process configurations, the plurality of CSI process configurations identifying a plurality of CSI processes that can be requested by the eNodeB (106; 108; 204; 610); receiving one or more CSI requests for one or more CSI processes, the one or more CSI requests causing a number of CSI processes to exceed a threshold; generating at least one outdated CSI report for a specific CSI process based at least in part on outdated CSI for the specific CSI process, the at least one outdated CSI report corresponding to a previously generated CSI report; and transmitting the at least one outdated CSI report. determining a user equipment (102; 206; 650), UE, capability corresponding to a maximum number of supported channel state information, CSI, processes; transmitting the UE (102; 206; 650) capability to an eNodeB (106; 108; 204; 610); receiving a plurality of CSI process configurations, the plurality of CSI process configurations identifying a plurality of CSI processes that can be requested by the eNodeB (106; 108; 204; 610); receiving one or more CSI requests for one or more CSI processes, the one or more CSI requests causing a number of CSI processes to exceed a threshold; generating at least one outdated CSI report for a specific CSI process based at least in part on outdated CSI for the specific CSI process, the at least one outdated CSI report corresponding to a previously generated CSI report; and transmitting the at least one outdated CSI report.
A three-dimensional circuit structure (1, 1a) comprising: a three-dimensional base at least having a first surface and a second surface connected to the first surface in non-parallel; a first electronic component (11 to 13) including one electrode (21 to 23) at least having a first portion exposed from the first surface and a second portion exposed from the second surface, and another electrode (31 to 33); the first electronic component (11 to 13) being embedded in an end portion of the first surface and an end portion of the second surface adjacent to each other in the three-dimensional base, the first electronic component (11 to 13) being a passive component; a second electronic component embedded in the first surface: a third electronic component (15 to 17) embedded in the second surface; a first wiring line (201, 204, 206) on the first surface, the first wiring line (201, 204, 206) being connected to the first portion and the second electronic component at the first surface; and a second wiring line (202, 205, 207) on the second surface, the second wiring line (202, 205, 207) being connected to the second portion and the third electronic component (15 to 17) at the second surface, wherein no wiring line spans over or along any end portion of any surface (P1, P2, P3) of the three-dimensional circuit. a three-dimensional base at least having a first surface and a second surface connected to the first surface in non-parallel; a first electronic component (11 to 13) including one electrode (21 to 23) at least having a first portion exposed from the first surface and a second portion exposed from the second surface, and another electrode (31 to 33); one electrode (21 to 23) at least having a first portion exposed from the first surface and a second portion exposed from the second surface, and another electrode (31 to 33); the first electronic component (11 to 13) being embedded in an end portion of the first surface and an end portion of the second surface adjacent to each other in the three-dimensional base, the first electronic component (11 to 13) being a passive component; a second electronic component embedded in the first surface: a third electronic component (15 to 17) embedded in the second surface; a first wiring line (201, 204, 206) on the first surface, the first wiring line (201, 204, 206) being connected to the first portion and the second electronic component at the first surface; and a second wiring line (202, 205, 207) on the second surface, the second wiring line (202, 205, 207) being connected to the second portion and the third electronic component (15 to 17) at the second surface, wherein no wiring line spans over or along any end portion of any surface (P1, P2, P3) of the three-dimensional circuit.
A furniture hinge including a base plate to be fixed to a furniture carcass and a hinge arm which is displaceably mounted relative to the base plate by an adjusting device in a controlled manner within a predetermined adjusting range, wherein the adjusting device prevents the hinge arm from falling off the base plate due to displacement, wherein the furniture hinge has a safety catcher device for the hinge arm which prevents the hinge arm from falling relative to the base plate upon an uncontrolled displacement of the hinge arm caused by a failure of the adjusting device, wherein the hinge arm is mounted displaceably in spite of the safety catcher device relative to the base plate within the predetermined adjusting range, the safety catcher device includes two abutments which are arranged on the hinge arm and which upon an uncontrolled displacement of the hinge arm relative to the base plate each cooperate with at least one corresponding counterpart abutment of the base plate, characterized in that the abutments are arranged or formed at a side limb of the hinge arm and are formed as elevations projecting towards the base plate, and that the counterpart abutments of the base plate are arranged or formed laterally at the base plate and project towards the side limb of the hinge arm so that the uncontrolled displacement of the hinge arm relative to the base plate is prevented by the cooperation of the abutments with the counterpart abutments.
A device for frothing milk, comprising: a drive unit, a heating unit, and a frothing means, wherein the frothing means is operably connected or connectable to: the drive unit for being moved by said drive unit to froth milk, and the heating unit to transfer thermal energy, e.g. heat, from said heating unit to the frothing means for transfer of thermal energy to the milk during frothing thereof, characterized in that the frothing means comprises a total contact surface area of at least 0.01 m 2. a drive unit, a heating unit, and a frothing means, wherein the frothing means is operably connected or connectable to: the drive unit for being moved by said drive unit to froth milk, and the heating unit to transfer thermal energy, e.g. heat, from said heating unit to the frothing means for transfer of thermal energy to the milk during frothing thereof, characterized in that the frothing means comprises a total contact surface area of at least 0.01 m 2. the drive unit for being moved by said drive unit to froth milk, and the heating unit to transfer thermal energy, e.g. heat, from said heating unit to the frothing means for transfer of thermal energy to the milk during frothing thereof, characterized in that the frothing means comprises a total contact surface area of at least 0.01 m 2.
Shifting arrangement for a transmission having a housing section for delimiting a shifting space, having a shift shaft, the shift shaft being arranged movably in the shifting space and having a selecting and shifting direction, having a shift guide plate device, the shift guide plate device being connected fixedly to the housing section, having a securing device, the securing device comprising a securing section, it being possible for the securing section to be moved between a securing position and a release position, the shift shaft being released in the released state of the securing section, the securing section being arranged in the securing position so as to overlap with respect to the shift guide plate device in a radial direction with respect to the shift shaft, characterized in that the shift shaft is coupled to the housing section via the securing section in the securing position of the securing section, and in that the shifting arrangement has a guide member, the guide member being connected fixedly to the shift shaft and engaging into the shift guide plate device and being guided as a result, the securing section securing the guide member in the securing position in at least one direction of the shift shaft, a securing direction.