mhurhangee/ep-ind-claims huggingface dataset:
A method for thermal treating waste, this method consisting of: - introducing the waste to be treated in a bag; - positioning the bag containing the waste inside a device, designed to treat this waste, and including a cylindrical barrel, a removable cover for closing this cylindrical barrel, and a bottom movable inside this cylindrical barrel, at least in the direction of the cover; - after positioning the bag containing the waste inside the device: - proceeding to a thermal treatment of this waste, first of all by ensuring a rise in the temperature of the cover and of the bottom of the device and, then, by subjecting to this cover and this bottom a temperature level; characterized by the fact that: - at least during the rise in temperature of the cover and the bottom and before reaching the temperature level, this cover and this bottom are at least brought closer, and - a temperature which differs by at most 2 °C from the temperature of the bottom, respectively of the cover is imparted to the cover, respectively the bottom, this at least during the temperature level. - introducing the waste to be treated in a bag; - positioning the bag containing the waste inside a device, designed to treat this waste, and including a cylindrical barrel, a removable cover for closing this cylindrical barrel, and a bottom movable inside this cylindrical barrel, at least in the direction of the cover; - after positioning the bag containing the waste inside the device: - proceeding to a thermal treatment of this waste, first of all by ensuring a rise in the temperature of the cover and of the bottom of the device and, then, by subjecting to this cover and this bottom a temperature level; characterized by the fact that: - at least during the rise in temperature of the cover and the bottom and before reaching the temperature level, this cover and this bottom are at least brought closer, and - a temperature which differs by at most 2 °C from the temperature of the bottom, respectively of the cover is imparted to the cover, respectively the bottom, this at least during the temperature level.
A method for radially compressing a semiconductor structure in an apparatus, the semiconductor structure having a front surface, a back surface and a circumferential edge, the apparatus including a structure holder comprising a top plate and a back plate for contacting the semiconductor structure adjacent a circumferential edge of the structure, the top plate being adapted to contact the front surface of the semiconductor structure and the back plate being adapted to contact the back surface of the semiconductor structure, the method comprising: forming a peripheral chamber between the top plate, back plate and circumferential edge of the semiconductor structure; and changing a pressure (P 2) in the peripheral chamber to radially compress the semiconductor structure, characterized in that the apparatus comprises a main chamber in which the structure holder is mounted, and that the method comprises creating a differential pressure between the main chamber and the peripheral chamber, wherein the pressure (P 1) in the main chamber is at least 10 MPa less than the pressure in the peripheral chamber, and in that the semiconductor structure comprises a dislocation source layer in a semiconductor substrate and a heterolayer located on top of the semiconductor substrate, and that the radial compression of the semiconductor structure generates dislocations and glides the dislocations from the dislocation source layer toward the heterolayer. forming a peripheral chamber between the top plate, back plate and circumferential edge of the semiconductor structure; and changing a pressure (P 2) in the peripheral chamber to radially compress the semiconductor structure, characterized in that the apparatus comprises a main chamber in which the structure holder is mounted, and that the method comprises creating a differential pressure between the main chamber and the peripheral chamber, wherein the pressure (P 1) in the main chamber is at least 10 MPa less than the pressure in the peripheral chamber, and in that the semiconductor structure comprises a dislocation source layer in a semiconductor substrate and a heterolayer located on top of the semiconductor substrate, and that the radial compression of the semiconductor structure generates dislocations and glides the dislocations from the dislocation source layer toward the heterolayer.
A method of producing NKX6-1+ pancreatic progenitor cells from an endodermal cell population, the method comprising contacting the endodermal cell population with a combination of 1) at least one EGF component selected from EGF, an active conjugate of EGF and an active fragment of EGF; and 2) nicotinamide or a salt thereof to induce the differentiation of at least a portion of the endodermal cell population into NKX6-1+ pancreatic progenitor cells.
A light emitting display device comprising: a substrate that includes a display area and a non-display area adjacent to the display area; a lower pad electrode (170, 171) disposed on the substrate in the non-display area; a planarization layer that overlaps a portion of the lower pad electrode (170, 171); and an upper pad electrode (530, 531) disposed on the lower pad electrode (170, 171) and overlapping at least a portion of the planarization layer, wherein the planarization layer includes an opening that exposes an upper surface of the lower pad electrode (170, 171), the lower pad electrode (170, 171) and the upper pad electrode (530, 531) are electrically connected to each other through the opening, the planarization layer includes: an exposed portion that exposes an upper surface of the planarization layer; and an overlapping portion that overlaps at least a portion of the upper pad electrode (530, 531), and a height of the upper surface of the exposed portion of the planarization layer is lower than a height of an upper surface of the overlapping portion of the planarization layer, characterized in that the upper pad electrode (530, 531) includes an upper layer including titanium (Ti), an intermediate layer including aluminium (Al), and a lower layer including titanium (Ti), and the lower pad electrode (170, 171) includes an upper layer including titanium (Ti), an intermediate layer including aluminium (Al), and a lower layer including titanium (Ti). a substrate that includes a display area and a non-display area adjacent to the display area; a lower pad electrode (170, 171) disposed on the substrate in the non-display area; a planarization layer that overlaps a portion of the lower pad electrode (170, 171); and an upper pad electrode (530, 531) disposed on the lower pad electrode (170, 171) and overlapping at least a portion of the planarization layer, wherein the planarization layer includes an opening that exposes an upper surface of the lower pad electrode (170, 171), the lower pad electrode (170, 171) and the upper pad electrode (530, 531) are electrically connected to each other through the opening, the planarization layer includes: an exposed portion that exposes an upper surface of the planarization layer; and an overlapping portion that overlaps at least a portion of the upper pad electrode (530, 531), and an exposed portion that exposes an upper surface of the planarization layer; and an overlapping portion that overlaps at least a portion of the upper pad electrode (530, 531), and a height of the upper surface of the exposed portion of the planarization layer is lower than a height of an upper surface of the overlapping portion of the planarization layer, characterized in that the upper pad electrode (530, 531) includes an upper layer including titanium (Ti), an intermediate layer including aluminium (Al), and a lower layer including titanium (Ti), and the lower pad electrode (170, 171) includes an upper layer including titanium (Ti), an intermediate layer including aluminium (Al), and a lower layer including titanium (Ti).
A car operation panel for commanding travel of an elevator car from a boarding landing to a destination landing during normal operation of an elevator system, the car operation panel having a plurality of car operation switches (32, 34, 56, 58, 60) to be operated by a passenger from inside the elevator car during normal operation of the elevator system; the car operation panel being mechanically convertible such as to switching the car operation panel from a first configuration corresponding to the normal operation mode to a second configuration corresponding to an inspection and maintenance operation mode; characterized in that the car operation panel, when switched to the second configuration, allows manual control of the elevator car to travel in an up direction and/or in a down direction by operating at least a part of the car operation switches (56, 58, 60) of the car operation panel.
A method performed by a user equipment, UE, of a wireless communication system, the method comprising: receiving a physical sidelink control channel, PSCCH, on a plurality of subchannels from a plurality of anchor nodes, ANs, each of the plurality of subchannels being allocated to one AN and including at least one resource block; and receiving a plurality of positioning reference signals, PRSs, from the plurality of ANs based on the PSCCH and a unique PRS pattern of each of the plurality of PRSs, wherein: a subchannel identification, ID, is allocated to each of the plurality of subchannels, and the unique PRS pattern of each of the plurality of PRSs is mapped to each subchannel ID. receiving a physical sidelink control channel, PSCCH, on a plurality of subchannels from a plurality of anchor nodes, ANs, each of the plurality of subchannels being allocated to one AN and including at least one resource block; and receiving a plurality of positioning reference signals, PRSs, from the plurality of ANs based on the PSCCH and a unique PRS pattern of each of the plurality of PRSs, wherein: a subchannel identification, ID, is allocated to each of the plurality of subchannels, and the unique PRS pattern of each of the plurality of PRSs is mapped to each subchannel ID. a subchannel identification, ID, is allocated to each of the plurality of subchannels, and the unique PRS pattern of each of the plurality of PRSs is mapped to each subchannel ID.
A packaged food product comprising: a container, wherein the container includes: a rim; at least one wall (210, 300) extending away from the rim, wherein the at least one wall (210, 300) defines a storage area; and a tool portion extending from the rim beyond the at least one wall (210, 300) and including a plurality of tines; and a food product being a wet cat food or a wet dog food, retained within the storage area and in contact with the at least one wall (210, 300), wherein the at least one wall (210, 300) is configured to be readily deformable by a hand of a user to reduce a volume of the storage area, and the packaged food product is configured such that reducing the volume of the storage area causes the food product to exit the storage area, with the plurality of tines being provided for use like a blade in breaking up the food product after the food product is removed from the storage area. a container, wherein the container includes: a rim; at least one wall (210, 300) extending away from the rim, wherein the at least one wall (210, 300) defines a storage area; and a tool portion extending from the rim beyond the at least one wall (210, 300) and including a plurality of tines; and a rim; at least one wall (210, 300) extending away from the rim, wherein the at least one wall (210, 300) defines a storage area; and a tool portion extending from the rim beyond the at least one wall (210, 300) and including a plurality of tines; and a food product being a wet cat food or a wet dog food, retained within the storage area and in contact with the at least one wall (210, 300), wherein the at least one wall (210, 300) is configured to be readily deformable by a hand of a user to reduce a volume of the storage area, and the packaged food product is configured such that reducing the volume of the storage area causes the food product to exit the storage area, with the plurality of tines being provided for use like a blade in breaking up the food product after the food product is removed from the storage area.
Electromagnetic camshaft adjuster comprising an armature unit, which can be moved relative to a pole core when a stationary coil unit is energised and which has an armature plunger, also comprising a permanent magnet unit, which is arranged in a stationary manner between a housing cover and the pole core and by means of which the armature unit is held in a rest position when the coil unit is not energised, and a spring element between the pole core and the armature unit to force the armature unit axially away from the pole core, wherein the spring force of the spring element supported on the armature of the armature unit is smaller than the holding force of the permanent magnet unit when the coil unit is not energised, and the armature plunger is arranged rotatably in a rotationally fixedly arranged armature of the armature unit.
A video decoding device comprising: a de-multiplexer configured to de-multiplex a bitstream including pixel bit length increase information; an entropy decoding unit configured to entropy-decode transformed data of an image in the bitstream; a non-compression decoding unit configured to non-compression-decode non-compression-encoded data of an image in the bitstream; and a decoding control unit configured to control the entropy decoding unit and the non-compression decoding unit, wherein a pixel bit length of an image corresponding to input data of the non-compression decoding unit is less than a pixel bit length of an image corresponding to input data of the entropy decoding unit, and wherein the video decoding device further comprises a pixel bit length increasing unit configured to increase the pixel bit length of an image corresponding to input data of the non-compression decoding unit so as to be equal to the pixel bit length of an image corresponding to input data of the entropy decoding unit, by shifting non-compression decoded data to the left according to the pixel bit length increase information. a de-multiplexer configured to de-multiplex a bitstream including pixel bit length increase information; an entropy decoding unit configured to entropy-decode transformed data of an image in the bitstream; a non-compression decoding unit configured to non-compression-decode non-compression-encoded data of an image in the bitstream; and a decoding control unit configured to control the entropy decoding unit and the non-compression decoding unit, wherein a pixel bit length of an image corresponding to input data of the non-compression decoding unit is less than a pixel bit length of an image corresponding to input data of the entropy decoding unit, and wherein the video decoding device further comprises a pixel bit length increasing unit configured to increase the pixel bit length of an image corresponding to input data of the non-compression decoding unit so as to be equal to the pixel bit length of an image corresponding to input data of the entropy decoding unit, by shifting non-compression decoded data to the left according to the pixel bit length increase information.
A replication defective adenovirus vector, wherein the E1 region is deleted, and the DNA polymerase gene and preterminal protein (pTP) of the E2b region are deleted, wherein the replication defective adenovirus vector is not a gutted vector, and wherein the adenovirus vector comprises a nucleic acid encoding a target antigen, for use in a method of treating cancer or an infectious disease or vaccinating against cancer or an infectious disease in a subject by generating an immune response in the subject against the target antigen expressed by the replication defective adenovirus vector in the subject, wherein the method comprises (i) administering the adenovirus vector to the subject; and (ii) readministering the adenovirus vector to the subject, to generate an immune_response against the target antigen. (i) administering the adenovirus vector to the subject; and (ii) readministering the adenovirus vector to the subject,
A microneedle unit comprising: a microneedle which includes a first surface having at least one projection and a second surface located opposite the first surface, the microneedle having flexibility; and a support section that is bonded to the second surface of the microneedle to support the microneedle, the support section including: an adhesive section which extends outside from the second surface in plan view of the second surface, and has adhesiveness to adhere to a skin; and a rigid section bonded to the adhesive section, the rigid section including a rigid plate having a rigidity higher than the rigidity of the adhesive section and higher than the rigidity of the microneedle, characterized in that the rigid plate overlaps only part of the microneedle in plan view of the second surface. a microneedle which includes a first surface having at least one projection and a second surface located opposite the first surface, the microneedle having flexibility; and a support section that is bonded to the second surface of the microneedle to support the microneedle, the support section including: an adhesive section which extends outside from the second surface in plan view of the second surface, and has adhesiveness to adhere to a skin; and a rigid section bonded to the adhesive section, the rigid section including a rigid plate having a rigidity higher than the rigidity of the adhesive section and higher than the rigidity of the microneedle, an adhesive section which extends outside from the second surface in plan view of the second surface, and has adhesiveness to adhere to a skin; and a rigid section bonded to the adhesive section, the rigid section including a rigid plate having a rigidity higher than the rigidity of the adhesive section and higher than the rigidity of the microneedle,
A trough with a top part that opens, comprising left and right side walls and a bottom wall, wherein a plurality of vertical ribs are provided at a given interval along the longitudinal direction of the trough on the outside of the side wall of the trough, and a side wall joint (3, 5) is formed on the side wall, wherein the side wall joint (3, 5) comprises a male joint that is provided on one end of the side wall in the longitudinal direction and a female joint, which can be joined to the male joint of the other trough, that is provided on another end of the side wall in the longitudinal direction, wherein the male joint is a flange that protrudes outward in the width direction, which is formed on the outside of the side wall, and the female joint comprises a wide section that has an inner dimension in the width direction that is wider than the width of the trough at the flange, and a locking part (15a, 15b) that is formed at the front and back of the wide section of the trough in the longitudinal direction, whose inner dimension in the width direction of the trough is narrower than the width of the flange, wherein the tip of the flange of the male joint is of a smooth rounded shape and the inside of the female joint is angular, and the male joint and female joint of the side wall joints (3, 5) of a plurality of adjoining troughs are joined together with a given clearance and are connectable so as to enable mutual angle adjustment, the width of the trough at the position of the vertical ribs are narrower than the internal dimension of the trough in the width direction at the wide section, and further, wider than the internal dimension of the trough in the width direction at the locking part (15a, 15b), characterised in that when C is defined as the pitch between adjoining vertical ribs, and L1 is defined as the length obtained by subtracting the thickness of the flange of the male joint from the length of the wide section of the female joint, the length L1 is larger than or equal to (1/N)C, when N is an integer larger than or equal to 2 and specified so that (1/N)C becomes larger than or equal to the dimensional variation amount δ by environmental temperature change, and as close to δ as possible. a male joint that is provided on one end of the side wall in the longitudinal direction and a female joint, which can be joined to the male joint of the other trough, that is provided on another end of the side wall in the longitudinal direction, wherein
An adjustment apparatus comprising: a calculation unit that calculates a first adjustment amount for a frequency characteristic of voice signals that are received through a communication network; and a modification unit that modifies at least a portion of the frequency characteristic of the voice signals according to the first adjustment amount; wherein the calculation unit calculates the first adjustment amount for adjusting so as to decrease a first ratio of a second representative value of a second spectrum for a second frequency bandwidth that is a bandwidth near a center of a voice frequency range to a first representative value of a first spectrum for a first frequency bandwidth that is a bandwidth on a low frequency side in the voice frequency range, when the first ratio is greater than a first predetermined reference value. a calculation unit that calculates a first adjustment amount for a frequency characteristic of voice signals that are received through a communication network; and a modification unit that modifies at least a portion of the frequency characteristic of the voice signals according to the first adjustment amount; wherein the calculation unit calculates the first adjustment amount for adjusting so as to decrease a first ratio of a second representative value of a second spectrum for a second frequency bandwidth that is a bandwidth near a center of a voice frequency range to a first representative value of a first spectrum for a first frequency bandwidth that is a bandwidth on a low frequency side in the voice frequency range, when the first ratio is greater than a first predetermined reference value.
A self-supporting adhesive film comprising: a.) a solid surface-deactivated isocyanate; and b.) greater than 70 % by weight of a first polyurethane having an enthalpy of fusion of at least 35 J/g and a weight average Molecular Weight (Mw) of no greater than 90,000, wherein the weight average Molecular Weight (Mw) is determined by obtaining the GPC molecular weight distribution curve of a dried polyurethane sample using a Waters 2695 Separations Module connected to a Waters 2414 RI detector, running 0.05M LiBr/DMF mobile phase through two Agilent Resipore GPC columns and calculating the molecular weight data versus polymethyl methacrylate standards. a.) a solid surface-deactivated isocyanate; and b.) greater than 70 % by weight of a first polyurethane having an enthalpy of fusion of at least 35 J/g and a weight average Molecular Weight (Mw) of no greater than 90,000, wherein the weight average Molecular Weight (Mw) is determined by obtaining the GPC molecular weight distribution curve of a dried polyurethane sample using a Waters 2695 Separations Module connected to a Waters 2414 RI detector, running 0.05M LiBr/DMF mobile phase through two Agilent Resipore GPC columns and calculating the molecular weight data versus polymethyl methacrylate standards.