mhurhangee/ep-ind-claims huggingface dataset:
A laser processing head comprising an optical element having a transponder and comprising a support for the optical element, characterized in that the transponder contains readable information relating to the optical element, and the optical element has a surface that is optically unused and/or not detected by the laser beam during operation, wherein the transponder is arranged in the region of this surface, and wherein the laser processing head comprises a reading and/or writing device assigned to the transponder of the optical element.
Step ladder comprising: - a front plane comprising a pair of front stiles, a series of steps connecting the front stiles and a crosspiece situated at an upper end of the front plane and also connecting the two front stiles; - a rear plane comprising a pair of rear stiles and at least one rung (11, 12) connecting the rear stiles, the rear plane being mounted in an articulated manner with respect to the crosspiece of the front plane, with the result that the step ladder can adopted a folded configuration in which the front and rear planes (2, 3) are substantially parallel to one another, and a deployed configuration in which the front and rear planes (2, 3) together form an acute angle; - a shelf comprising a frame and a plate attached to the frame, the shelf being articulated with respect to one of the planes (2, 3) between a rest position in which the shelf is substantially parallel to the said plane (2, 3), and a use position in which the shelf is spaced angularly from the said plane (2, 3); - a device for locking the shelf in the retracted position, and - a stop for locking the shelf in the use position, characterized in that the locking device comprises a hook secured to the crosspiece and an elastic tongue secured to the shelf and able to come into snap-fastening engagement with the hook when the shelf is in the retracted position. - a front plane comprising a pair of front stiles, a series of steps connecting the front stiles and a crosspiece situated at an upper end of the front plane and also connecting the two front stiles; - a rear plane comprising a pair of rear stiles and at least one rung (11, 12) connecting the rear stiles, the rear plane being mounted in an articulated manner with respect to the crosspiece of the front plane, with the result that the step ladder can adopted a folded configuration in which the front and rear planes (2, 3) are substantially parallel to one another, and a deployed configuration in which the front and rear planes (2, 3) together form an acute angle; - a shelf comprising a frame and a plate attached to the frame, the shelf being articulated with respect to one of the planes (2, 3) between a rest position in which the shelf is substantially parallel to the said plane (2, 3), and a use position in which the shelf is spaced angularly from the said plane (2, 3); - a device for locking the shelf in the retracted position, and - a stop for locking the shelf in the use position, characterized in that the locking device comprises a hook secured to the crosspiece and an elastic tongue secured to the shelf and able to come into snap-fastening engagement with the hook when the shelf is in the retracted position.
An all-solid-state lithium battery, comprising a solid state electrolyte, an anode and a cathode having iron sulfide mixed with elemental sulfur and comprising solid state electrolyte particles and a conducting additive.
A beard trimmer having a handle, a motor and a head portion, wherein the head portion comprises at least a rotary cutting unit for trimming hair that is provided with a first outer cutter and a first inner cutter, the first outer cutter is provided with a cutter skin contact surface and a cutting side which is opposite to the skin contact surface, the motor rotationally drives one or both of the first inner cutter and the first outer cutter in order to rotate relative to the other and suitable to cut hair between the first inner cutter and the first outer cutter, wherein a comb unit is releasably attached to the rotary cutting unit, the comb unit comprises comb teeth wherein each of the comb teeth has a tooth skin contact surface, the tooth skin contact surface being at an elevated level relative to the cutter skin contact surface so that the tooth skin contact surface is suitable to be brought in a skin contact and prevents the cutter skin contact surface to be brought in skin contact, a height difference of the tooth skin contact surface relative to the cutting side of the outer cutter defines a comb hair trimming length, and the comb teeth are more flexible when the comb unit is detached from the rotary cutting unit relative to the comb teeth being less flexible when the comb unit is attached to the rotary cutting unit, characterized in that the comb teeth are provided with outward tip portions extending radially outward.
Use of (a) a nonmyeloablative lymphodepleting chemotherapeutic agent, and autologous T-cells, which have been previously isolated, selected for highly avid recognition of an antigen of the cancer, the regression of which is to be promoted, and expanded in vitro only once, and a T-cell growth factor that promotes the growth and activation of the autologous T-cells, in the preparation of a medicament for promoting regression of cancer in a mammal, wherein and are for administration subsequent to administration of (a), and wherein is to be administered either concomitantly with or subsequently to, by the same route or a different route. (a) a nonmyeloablative lymphodepleting chemotherapeutic agent, and autologous T-cells, which have been previously isolated, selected for highly avid recognition of an antigen of the cancer, the regression of which is to be promoted, and expanded in vitro only once, and a T-cell growth factor that promotes the growth and activation of the autologous T-cells, in the preparation of a medicament for promoting regression of cancer in a mammal, wherein and are for administration subsequent to administration of (a), and wherein is to be administered either concomitantly with or subsequently to, by the same route or a different route.
Vehicle comprising a) a LiDAR sensor which emits laser pulses having a wavelength in the range from 800 to 2500 nm and b) a cover partially or completely surrounding the LiDAR sensor having a substrate layer comprising a region made of a thermoplastic composition based on aromatic polycarbonate, polyester carbonate and/or polymethyl methacrylate, wherein the composition has a light transmission in the range from 380 to 780 nm of less than 25.0% determined at a layer thickness of 4 mm according to DIN ISO 13468-2: 2006 (D65, 10°) and the region of the substrate layer made of the thermoplastic composition in its respective thickness has a permeability to IR radiation in the range from 800 nm to 2500 nm of at least 40% determined according to DIN ISO 13468-2:2006. a) a LiDAR sensor which emits laser pulses having a wavelength in the range from 800 to 2500 nm and b) a cover partially or completely surrounding the LiDAR sensor having a substrate layer comprising a region made of a thermoplastic composition based on aromatic polycarbonate, polyester carbonate and/or polymethyl methacrylate, wherein the composition has a light transmission in the range from 380 to 780 nm of less than 25.0% determined at a layer thickness of 4 mm according to DIN ISO 13468-2: 2006 (D65, 10°) and the region of the substrate layer made of the thermoplastic composition in its respective thickness has a permeability to IR radiation in the range from 800 nm to 2500 nm of at least 40% determined according to DIN ISO 13468-2:2006.
A method for decoding a multimedia bitstream, comprising: receiving a base layer of encoded data and an enhancement layer of encoded data; receiving a residual error coefficient in the base layer of encoded data and receiving a differential refinement to the base layer residual error coefficient in the enhancement layer of encoded data, wherein: the base layer residual error coefficient is either: a minimum of an original base layer residual error coefficient and an original enhancement layer residual error coefficient; or zero, and the enhancement layer differential refinement is determined based on the base layer residual error coefficient and the original enhancement layer residual error coefficient; combining the received base layer of encoded data and the received enhancement layer of encoded data; combining the base layer residual error coefficient and the differential refinement with the combined base layer and enhancement layer of encoded data; and decoding the combined base layer and enhancement layer of encoded data, and the combined base layer residual error coefficient and the differential refinement. receiving a base layer of encoded data and an enhancement layer of encoded data; receiving a residual error coefficient in the base layer of encoded data and receiving a differential refinement to the base layer residual error coefficient in the enhancement layer of encoded data, wherein: the base layer residual error coefficient is either: a minimum of an original base layer residual error coefficient and an original enhancement layer residual error coefficient; or zero, and the enhancement layer differential refinement is determined based on the base layer residual error coefficient and the original enhancement layer residual error coefficient; the base layer residual error coefficient is either: a minimum of an original base layer residual error coefficient and an original enhancement layer residual error coefficient; or zero, and the enhancement layer differential refinement is determined based on the base layer residual error coefficient and the original enhancement layer residual error coefficient; combining the received base layer of encoded data and the received enhancement layer of encoded data; combining the base layer residual error coefficient and the differential refinement with the combined base layer and enhancement layer of encoded data; and decoding the combined base layer and enhancement layer of encoded data, and the combined base layer residual error coefficient and the differential refinement.
A method performed by a transmitting node for processing a multi-destination frame (500, 600) in a network, the method comprising: generating a multi-destination frame (500, 600) that comprises a control block type, a receiver list that identifies multiple receivers, and a data payload, wherein the control block type is used to indicate: the multiple receivers to accept the multi-destination frame (500, 600) without discarding the multi-destination frame (500, 600); or the multiple receivers to process the multi-destination frame (500, 600) by discarding the multi-destination frame (500, 600); sending the multi-destination frame (500, 600) to a receiving node (106A-106H) using a wireless radio link. the multiple receivers to accept the multi-destination frame (500, 600) without discarding the multi-destination frame (500, 600); or the multiple receivers to process the multi-destination frame (500, 600) by discarding the multi-destination frame (500, 600); sending the multi-destination frame (500, 600) to a receiving node (106A-106H) using a wireless radio link.
A housing structure, comprising at least one residential building subdivided into a plurality of storeys, at least one greenhouse structure subdivided into a plurality of rooms on the top of each other and at least one section connecting said residential building to said greenhouse structure, characterized in that the greenhouse structure has the shape of a rotational solid with a hollow column as its axis, the ducts for the utilities to be distributed to the individual rooms of the greenhouse structure passing through the hollow column.
An infrared detection counter measure system comprising: a screen, formed of a plurality of individual thermoelectric cells, couplable to a target object; a controller for controlling individually each said individual thermoelectric cell; at least two temperature sensors (21, 20) for measuring ambient temperature and temperature of one side of each said individual thermoelectric cell and providing an indication thereof to said controller; and a power source coupled to each said individual thermoelectric cell,wherein said controller is coupled to said power source for causing said power source to provide a level of power, selected in accordance with said temperature indications, to each said individual thermoelectric cell so as to generate a selected temperature in at least part of said screen, characterized in that said controller is further operative to generate a temperature in at least part of said screen to simulate a thermal signature of a different object based on various signature programs which are stored in a memory of said controller. a screen, formed of a plurality of individual thermoelectric cells, couplable to a target object; a controller for controlling individually each said individual thermoelectric cell; at least two temperature sensors (21, 20) for measuring ambient temperature and temperature of one side of each said individual thermoelectric cell and providing an indication thereof to said controller; and a power source coupled to each said individual thermoelectric cell,wherein said controller is coupled to said power source for causing said power source to provide a level of power, selected in accordance with said temperature indications, to each said individual thermoelectric cell so as to generate a selected temperature in at least part of said screen, characterized in that said controller is further operative to generate a temperature in at least part of said screen to simulate a thermal signature of a different object based on various signature programs which are stored in a memory of said controller.
A refrigerator comprising: an evaporator; a shroud formed with a suction hole for suction of air having undergone heat exchange with the evaporator; a fan motor unit installed to the shroud; a discharge panel formed with a discharge hole for discharge of the air, blown by the fan motor unit, to a storage compartment (2, 4); and a door (18, 20) configured to open or close the storage compartment (2, 4), wherein the shroud is formed, on a surface thereof facing the discharge panel, with a fan motor unit mount for installation of the fan motor unit, wherein the fan motor unit is located at a position between the shroud and the discharge panel so as to flow the air, wherein the fan motor unit mount includes a plurality of bosses (71, 72, 73, 74) protruding from the shroud towards the discharge panel, characterized in that a tip end of each boss is spaced apart from a rear surface of the discharge panel in a front-and-rear direction. an evaporator; a shroud formed with a suction hole for suction of air having undergone heat exchange with the evaporator; a fan motor unit installed to the shroud; a discharge panel formed with a discharge hole for discharge of the air, blown by the fan motor unit, to a storage compartment (2, 4); and a door (18, 20) configured to open or close the storage compartment (2, 4), wherein the shroud is formed, on a surface thereof facing the discharge panel, with a fan motor unit mount for installation of the fan motor unit, wherein the fan motor unit is located at a position between the shroud and the discharge panel so as to flow the air, wherein the fan motor unit mount includes a plurality of bosses (71, 72, 73, 74) protruding from the shroud towards the discharge panel, characterized in that a tip end of each boss is spaced apart from a rear surface of the discharge panel in a front-and-rear direction.
A piezoelectric sheet composed of polylactic acid, having helix axes of at least some polylactic acid molecules oriented relatively in a thickness direction, and dipoles in the direction of the helix axes of the polylactic acid molecules not being cancelled out with each other to exhibit piezoelectricity resulting from a value of piezoelectric constant d 33 of between 100 pC/N and 500 pC/N, where the 3 axis is in the thickness direction.
A vented keg closure for use with a keg containing a fermenting beverage, the closure comprising a filter member disposed within an airway (61, 62, 63) of the closure, the airway being arranged to communicate between an internal headspace of the keg and an environment external to the keg, the closure having: a first configuration allowing the venting of gaseous products of fermentation and in which the filter member is located at a first position at which it filters the majority of the gas flowing through the airway (61, 62, 63); and a second configuration wherein the filter member is located at a second position at which gas flow through the airway (61, 62, 63) can be increased by at least partially bypassing the filter; wherein the extent of movement between the first and second configurations is controlled by the gas pressure difference across the airway (61, 62, 63). a first configuration allowing the venting of gaseous products of fermentation and in which the filter member is located at a first position at which it filters the majority of the gas flowing through the airway (61, 62, 63); and a second configuration wherein the filter member is located at a second position at which gas flow through the airway (61, 62, 63) can be increased by at least partially bypassing the filter; wherein the extent of movement between the first and second configurations is controlled by the gas pressure difference across the airway (61, 62, 63).
A method for producing a biosensor, which comprises activating a polymer containing a carboxyl group with a nitrogen-containing compound of the following formula or and bringing the thus obtained polymer containing an activated carboxyl group into contact with a substrate surface coated with an organic layer having an amino group to thereby bind the polymer to the organic layer, wherein the organic layer is a self assembled monolayer, which is formed by a compound comprising a thiol group and an amino group linked via an alkyl chain, wherein the polymer containing a carboxyl group is a polysaccharide having an average molecular weight of 1,000 to 5,000,000, wherein the substrate is a gold surface, wherein in the compound of the following formula, Y and Z each dependently represents CH or a nitrogen atom, in the compound of the following formula wherein A represents a carbon atom or a phosphorus atom, which has a substituent, Y and Z each dependently represents CH or a nitrogen atom M represents phosphorus atom, boron atom, and arsenic atom with an (n-1) valent element, and X represents a halogen atom.
A tool radius adjusting system for a boring holder, comprising: a boring holder provided with a tool tip and also provided with a fine motion adjusting mechanism and a coarse motion adjusting mechanism (50, 90) each capable of adjusting the position of the tool tip relative to a rotational axis of the boring holder; a tool radius measuring device for measuring a tool radius of the boring holder; and a controller for calculating a compensation amount (ΔD) based on a tool radius measured by the tool radius measuring device and a target tool radius and for operating the fine motion adjusting mechanism and the coarse motion adjusting mechanism (50, 90) based on the compensation amount (ΔD) to make the tool radius agree with the target tool radius. a boring holder provided with a tool tip and also provided with a fine motion adjusting mechanism and a coarse motion adjusting mechanism (50, 90) each capable of adjusting the position of the tool tip relative to a rotational axis of the boring holder; a tool radius measuring device for measuring a tool radius of the boring holder; and a controller for calculating a compensation amount (ΔD) based on a tool radius measured by the tool radius measuring device and a target tool radius and for operating the fine motion adjusting mechanism and the coarse motion adjusting mechanism (50, 90) based on the compensation amount (ΔD) to make the tool radius agree with the target tool radius.
Lighting device for a motor vehicle, said comprising a communication device, comprising a transmission system (1, 21) equipped with a light source (2, 22) designed to emit an initial light beam (3, 23), the transmission system (1, 21) being configured for generating a first light beam (4, 24) polarized in a first direction (7, 27) starting from the initial light beam (3, 23), the transmission system (1, 21) furthermore comprising a modulator (11, 31) of the direction of polarization of the first polarized light beam (4, 24) in such a manner as to transmit information, the device furthermore comprising a receiver system configured for detecting the said first polarized light beam (4, 24) when it is polarized in said first direction (7, 27) and for transmitting the said information, in which the transmission system (1, 21) is configured for generating a lighting beam starting from the initial light beam (3, 23).
Lid for a container, in particular a liquid container, comprising an opening for filling the container with its contents from above, the opening being closable by means of a pivotable closure element mounted on the inner side of the lid so as to be rotatable about a first axis, the axis being horizontal when the lid is located on top of the container, the closure element comprising a part for closing the top opening of the container, the part being located on one side of the axis, and a part constituting a counterweight of the part on the other side of the axis, characterized in that a pivotable bias element is provided between the closure element and the lid, the bias element falling by gravity on the counterweight part and causing that the closing part is being pressed to the opening.
A complex of Formula IV, wherein Z is a solid support and the linker is a polyethylene glycol chain with from 1 to 10 repeating units, a C 1-16 polyamine chain or a C 1-16 alkyl chain.
A clutch-controlled compensation unit for a motor vehicle, with a hydraulic clutch actuation system, wherein for actuation of at least one friction clutch of the compensation unit, the clutch actuation system comprises a hydraulic pump which can be operated independently of driving state for generating hydraulic pressure in a hydraulic fluid, wherein at least one clutch actuation device is provided for actuating the at least one friction clutch, on which the hydraulic pressure generated by the hydraulic pump by means of the hydraulic fluid may act as a clutch pressure via a clutch pressure line, and wherein the compensation unit comprises assembly components, in particular friction members of the friction clutch, which are to be oiled with cooling and/or lubricating oil for lubrication and/or cooling via an oiling line, in particular via a clutch oiling line, wherein a volume flow conveyed by the hydraulic pump is conducted at least partially to the assembly components, in particular the friction members of the friction clutch, as cooling and/or lubricating oil, characterized in that the clutch actuation system comprises at least one clutch control valve via which the clutch pressure is controlled, wherein the clutch pressure line is formed by a line portion running between the at least one clutch control valve and the clutch actuation device, and wherein the oiling line branches off the clutch pressure line downstream of the clutch control valve.