mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for lithographic exposure with an illumination unit, comprising: - a light source for emitting illuminating light, - a first double-sided lens array, - at least one first lens downstream of the first double-sided lens array, - an aperture, - a second double-sided lens array, which is arranged in the focal plane of the first lens, and - at least one second lens downstream of the second double-sided lens array, - a photomask, which has a periodic mask structure, and - substrate coated with a radiation-sensitive polymer layer, characterized in that a spacing L between the photomask and the radiation-sensitive polymer layer is determined by the relationship L = 2*m*p 2 /λ, wherein m is an integer, p the period of the periodic mask structure and λ the wavelength of the illuminating light, and the aperture has an aperture opening with locally varying transmittance. - a light source for emitting illuminating light, - a first double-sided lens array, - at least one first lens downstream of the first double-sided lens array, - an aperture, - a second double-sided lens array, which is arranged in the focal plane of the first lens, and - at least one second lens downstream of the second double-sided lens array, - a photomask, which has a periodic mask structure, and - substrate coated with a radiation-sensitive polymer layer,
A method of obscuring software code including a plurality of basic blocks, characterized by: - calculating, by a processor, a checksum value of a current basic block and a pointer to the end of the current basic block; - determining a preceding basic block for the current basic block; - inserting the calculated checksum value of the current basic block into the preceding basic block; and - inserting instructions into the preceding basic block to determine a pointer to the beginning of the current basic block based upon the calculated checksum value of the current basic block and the calculated pointer to the end of the current basic block. - calculating, by a processor, a checksum value of a current basic block and a pointer to the end of the current basic block; - determining a preceding basic block for the current basic block; - inserting the calculated checksum value of the current basic block into the preceding basic block; and - inserting instructions into the preceding basic block to determine a pointer to the beginning of the current basic block based upon the calculated checksum value of the current basic block and the calculated pointer to the end of the current basic block.
An opening and closing detection sensor (1; 2) using an optical fiber, comprising: a first base member; a second base member configured to be disposed so as to be movable relative to the first base member; an optical fiber having an FBG, i.e. Fiber Bragg Grating, part where a Bragg wavelength varies in response to an interval between the first base member and the second base member; a moving member configured to move between a first position and a second position, the first position corresponding to either one of an opened state and a closed state of an object to be detected, the second position corresponding to the other state; and a locking part, provided in the moving member, configured to move the second base member together with the moving member by abutting on the second base member between a third position and the second position, the third position located between the first position and the second position, and moving the second base member in a direction being separated from the first base member. a first base member; a second base member configured to be disposed so as to be movable relative to the first base member; an optical fiber having an FBG, i.e. Fiber Bragg Grating, part where a Bragg wavelength varies in response to an interval between the first base member and the second base member; a moving member configured to move between a first position and a second position, the first position corresponding to either one of an opened state and a closed state of an object to be detected, the second position corresponding to the other state; and a locking part, provided in the moving member, configured to move the second base member together with the moving member by abutting on the second base member between a third position and the second position, the third position located between the first position and the second position, and moving the second base member in a direction being separated from the first base member.
A sensor array apparatus comprising: a first substrate layer of a flexible material; a plurality of electrodes disposed on a contact surface of the first substrate layer; electrically conductive paths disposed on the contact surface of the first substrate layer and extending from each of the electrodes to which it is connected and terminating in a corresponding terminal end thereof; and a second substrate layer of a stretchable and conformable material, the first substrate layer being affixed to the second substrate layer and configured, such that spaced apart and interconnected portions of the first substrate layer, which include the electrodes, stretch and conform commensurate with movement of the second substrate layer; characterized in that the first substrate layer of the flexible material further comprises an elongated base strip having a side and at least one loop of the flexible material, the loop including a first end connected to the base strip, a first side portion of the loop extending outwardly from the first end thereof and curving inwardly back toward the side of the base strip to provide a bulbous loop portion at a distal end spaced apart from the base strip, and a second side portion of the loop returning to the base strip to terminate at a second end thereof adjacent the first end of the loop, a plurality of the electrodes distributed along the loop on a contact surface of the first substrate layer. a first substrate layer of a flexible material; a plurality of electrodes disposed on a contact surface of the first substrate layer; electrically conductive paths disposed on the contact surface of the first substrate layer and extending from each of the electrodes to which it is connected and terminating in a corresponding terminal end thereof; and a second substrate layer of a stretchable and conformable material, the first substrate layer being affixed to the second substrate layer and configured, such that spaced apart and interconnected portions of the first substrate layer, which include the electrodes, stretch and conform commensurate with movement of the second substrate layer; characterized in that the first substrate layer of the flexible material further comprises an elongated base strip having a side and at least one loop of the flexible material, the loop including a first end connected to the base strip, a first side portion of the loop extending outwardly from the first end thereof and curving inwardly back toward the side of the base strip to provide a bulbous loop portion at a distal end spaced apart from the base strip, and a second side portion of the loop returning to the base strip to terminate at a second end thereof adjacent the first end of the loop, a plurality of the electrodes distributed along the loop on a contact surface of the first substrate layer.
A transcription cassette comprising: i) a nucleic acid molecule comprising a nucleotide sequence that encodes an oligosaccharyltransferase polypeptide as set forth in SEQ ID NO: 3; or ii) a nucleic acid molecule comprising a nucleotide sequence that is degenerate to the nucleotide sequence set forth in SEQ ID NO: 1 or 2 and encodes an oligosaccharyltransferasepolypeptide comprising an amino acid sequence as set forth in SEQ ID NO: 3, wherein said nucleic acid molecule is operably linked to a promoter adapted for expression in a bacterial host cell. i) a nucleic acid molecule comprising a nucleotide sequence that encodes an oligosaccharyltransferase polypeptide as set forth in SEQ ID NO: 3; or ii) a nucleic acid molecule comprising a nucleotide sequence that is degenerate to the nucleotide sequence set forth in SEQ ID NO: 1 or 2 and encodes an oligosaccharyltransferasepolypeptide comprising an amino acid sequence as set forth in SEQ ID NO: 3,
A fingerprint identification device, wherein the fingerprint identification device is disposed in a partial region under a display screen, and the fingerprint identification device comprises: an optical fingerprint sensor with a plurality of pixel units; at least two filter units disposed above at least two pixel unit of the plurality of pixel units, wherein each filter unit corresponds to one pixel unit, and the at least two filter units comprise filter units in at least two colors; wherein a color fingerprint image of an object to be identified captured by the at least two pixel units is used to determine whether the object to be identified is a real finger and a fingerprint image captured by other pixel units except the at least two pixel units in the plurality of pixel units is used to perform fingerprint identification; colors of the at least two pixel units are different from a color of a filter layer disposed above other pixel units except the at least two pixel units in the plurality of pixel units, or no filter layer is disposed above the other pixel units; and a ratio of a number of the at least two filter units to a total number of the plurality of pixel units is less than a first threshold, wherein the first threshold is 5%. an optical fingerprint sensor with a plurality of pixel units; at least two filter units disposed above at least two pixel unit of the plurality of pixel units, wherein each filter unit corresponds to one pixel unit, and the at least two filter units comprise filter units in at least two colors; wherein a color fingerprint image of an object to be identified captured by the at least two pixel units is used to determine whether the object to be identified is a real finger and a fingerprint image captured by other pixel units except the at least two pixel units in the plurality of pixel units is used to perform fingerprint identification; colors of the at least two pixel units are different from a color of a filter layer disposed above other pixel units except the at least two pixel units in the plurality of pixel units, or no filter layer is disposed above the other pixel units; and a ratio of a number of the at least two filter units to a total number of the plurality of pixel units is less than a first threshold, wherein the first threshold is 5%.
An apparatus for cutting a quilted material web having a quilted pattern (32, 34) into a panel (24, 26), the panel (24, 26) having a width and length with the quilted pattern (32, 34) disposed therein, the apparatus being operable to move the quilted material web in a longitudinal direction substantially parallel to a length of the quilted material web, the apparatus comprising a controller, a first detector moveable under control of the oontroller for detecting a center mark on the quilted material web, the controller operable to identify a center of the quilted pattern (32, 34) along the transverse and longitudinal directions upon detection of the center mark by the first detector, a second detector moveable under control of the controller for detecting an edge of the quilted material web, a trimming apparatus movable under control of the controller to a position displaced from the identified center of the quilted pattern (32, 34) a first distance In a transverse direction substantially perpendicular to the longitudinal direction, the first distance being substantially equal to one-half the width of the panel (24, 26), the trimming apparatus being operable to cut the quilted material web to form opposed side edges of the panel (24, 26) extending in the longitudinal direction equidistant from the center of the quilted pattern (32, 34) upon detection of the center mark by the first detector, and a cross cutting apparatus moveable under control of the controller in the transverse direction for cutting the quilted web material to form a leading end edge of the panel extending In the transverse direction, wherein the second detector is movable under control of the controller to a position displaced from the cross cutting apparatus by a second distance In the longitudinal direction substantially equal to the length of the panel (24, 26), and the cross cutting apparatus is movable upon detection by the second detector of the leading end edge to form a trailing end edge, the end edges being equidistant from the center of the quilted pattern.
A developing cartridge comprising a photoconductive body, a charging unit which charges a surface of the photoconductive body and a developing unit which forms a toner image by supplying the surface of the photoconductive body with toner, wherein the charging unit comprises: a shaft which applies a charging voltage and which has a central axis parallel to a rotating axis of the photoconductive body, the shaft having a middle portion which is thicker than opposite end portions in a longitudinal direction along the central axis; a tubular member formed of a conductive material which surrounds the shaft and which is disposed to be in contact with the surface of the photoconductive body, the tubular member has a hollow shape which has a hollow interior; a current carrying member which is disposed on a surface of an inner side of the tubular member and which applies an electric current to the shaft and the tubular member; the tubular member is rotatable relative to the current carrying member; and a damping member which is disposed between the shaft and the current carrying member and is arranged to apply pressure to the tubular member and the current carrying member towards the photoconductive body. a shaft which applies a charging voltage and which has a central axis parallel to a rotating axis of the photoconductive body, the shaft having a middle portion which is thicker than opposite end portions in a longitudinal direction along the central axis; a tubular member formed of a conductive material which surrounds the shaft and which is disposed to be in contact with the surface of the photoconductive body, the tubular member has a hollow shape which has a hollow interior; a current carrying member which is disposed on a surface of an inner side of the tubular member and which applies an electric current to the shaft and the tubular member; the tubular member is rotatable relative to the current carrying member; and a damping member which is disposed between the shaft and the current carrying member and is arranged to apply pressure to the tubular member and the current carrying member towards the photoconductive body.
A method comprising: allocating a portion of memory by: selecting a type of memory to allocate in a client device from a group of memory types in response to a memory allocation request, wherein the selection of the type of memory to allocate is based on an available memory determination, wherein the group of memory types includes a local primary memory, wherein the group of memory types further includes an external primary memory and/or a memory-mapped file, wherein the external primary memory is memory that is located in a memory appliance external to the client device but is treated as primary memory at the client device; selecting a portion of the local primary memory, a portion (1410, 1412) of the external primary memory, and/or a portion of the memory-mapped file for the portion of memory to allocate at the client device depending on the selected type of memory; and mapping at least the selected portion to an address space (1402, 1416) addressable by a processor of the client device. selecting a type of memory to allocate in a client device from a group of memory types in response to a memory allocation request, wherein the selection of the type of memory to allocate is based on an available memory determination, wherein the group of memory types includes a local primary memory, wherein the group of memory types further includes an external primary memory and/or a memory-mapped file, wherein the external primary memory is memory that is located in a memory appliance external to the client device but is treated as primary memory at the client device; selecting a portion of the local primary memory, a portion (1410, 1412) of the external primary memory, and/or a portion of the memory-mapped file for the portion of memory to allocate at the client device depending on the selected type of memory; and mapping at least the selected portion to an address space (1402, 1416) addressable by a processor of the client device.
Hair dryer, - having a housing delimiting a housing interior, - having a fan impeller arranged in the housing interior, which fan impeller has a fan impeller shaft and a first number (N 1) of fan impeller blades, which are provided along a peripheral direction of the fan impeller shaft on the fan impeller shaft and each project radially outwards from the fan impeller shaft, - having a fan impeller holding device arranged in the housing interior and stationary in respect of the housing, said fan impeller holding device comprising a basic element on which the fan impeller shaft of the fan impeller is rotatably mounted, - wherein a second number ( N 2) of holding elements is provided along the peripheral direction on the basic element, which each project radially outwards from the basic element and rest against the housing, characterised in that a holding element angular distance (β) defined between each one pair of adjacent holding elements has a different value for at least two such pairs. - having a housing delimiting a housing interior, - having a fan impeller arranged in the housing interior, which fan impeller has a fan impeller shaft and a first number (N 1) of fan impeller blades, which are provided along a peripheral direction of the fan impeller shaft on the fan impeller shaft and each project radially outwards from the fan impeller shaft, - having a fan impeller holding device arranged in the housing interior and stationary in respect of the housing, said fan impeller holding device comprising a basic element on which the fan impeller shaft of the fan impeller is rotatably mounted, - wherein a second number ( N 2) of holding elements is provided along the peripheral direction on the basic element, which each project radially outwards from the basic element and rest against the housing,
A pharmaceutical composition comprising the SGLT2 inhibitor 1-chloro-4-(β-D-glucopyranos-1-yl)-2-[4-( -tetrahydrofuran-3-yloxy)-benzyl]-benzene for use in a method for preventing, slowing the progression of, delaying or treating renal hyperfiltrative injury in a patient diagnosed with type 1 diabetes mellitus in need thereof.
A premix burner for combusting a premixed gas containing a fuel and air mixed in advance, comprising: a plurality of combustion nozzles including a first nozzle having an ignition rod disposed therein and a second nozzle other than the first nozzle; a first premixed gas passage for supplying a premixed gas to the first nozzle; and a second premixed gas passage for supplying a premixed gas to the second nozzle, wherein the first premixed gas passage and the second premixed gas passage are fluidically isolated, a pipe in which the ignition rod is inserted and which forms at least a part of the first premixed gas passage inside thereof; a back plate through which the pipe penetrates; a front plate disposed between the back plate and the plurality of combustion nozzles (2; 4); and a second cylindrical member extending between the front plate and the back plate, wherein the second premixed gas passage includes a second chamber formed by at least the front plate, the back plate, and an inner wall surface of the second cylindrical member, and wherein the pipe extends through the second chamber to the front plate, the premix burner further comprising: a nozzle plate and an elongated pipe penetrating through the front plate and the back plate, the elongated pipe having a front end portion configured to be fitted in a hole of the nozzle plate wherein a front portion of the elongated pipe, in front of the front plate functions as a nozzle tube forming the first nozzle, and a back portion of the elongated pipe, behind the front plate functions as the pipe. a plurality of combustion nozzles including a first nozzle having an ignition rod disposed therein and a second nozzle other than the first nozzle; a first premixed gas passage for supplying a premixed gas to the first nozzle; and a second premixed gas passage for supplying a premixed gas to the second nozzle, wherein the first premixed gas passage and the second premixed gas passage are fluidically isolated, a pipe in which the ignition rod is inserted and which forms at least a part of the first premixed gas passage inside thereof; a back plate through which the pipe penetrates; a front plate disposed between the back plate and the plurality of combustion nozzles (2; 4); and a second cylindrical member extending between the front plate and the back plate, wherein the second premixed gas passage includes a second chamber formed by at least the front plate, the back plate, and an inner wall surface of the second cylindrical member, and wherein the pipe extends through the second chamber to the front plate, the premix burner further comprising: a nozzle plate and an elongated pipe penetrating through the front plate and the back plate, the elongated pipe having a front end portion configured to be fitted in a hole of the nozzle plate wherein a front portion of the elongated pipe, in front of the front plate functions as a nozzle tube forming the first nozzle, and a back portion of the elongated pipe, behind the front plate functions as the pipe.
A displacement detection server for detecting potential displacement of a wireless transceiver connected to a machine-to-machine device, the displacement detection server comprising: a message receiver arranged to receive an updated radio environment message from the wireless transceiver, the radio environment message comprising measurements of a signal strength of all radio cells available to the wireless transceiver, the signal strengths being measured by the wireless transceiver; a determiner arranged to determine whether the signal strengths differ significantly from the signal strengths of a previous radio environment message from the wireless transceiver, involving determining that the measurements of signal strength differs significantly from the signal strengths of a previous radio environment message from the wireless transceiver when a difference is persistent, as defined by the signal strengths differing from the previous signal strengths during a predetermined number of radio environment messages; and a message transmitter arranged to, when it is determined that the signal strengths differ significantly, send a displacement indication message to a device management server, the displacement indication message indicating potential displacement of the wireless transceiver. a message receiver arranged to receive an updated radio environment message from the wireless transceiver, the radio environment message comprising measurements of a signal strength of all radio cells available to the wireless transceiver, the signal strengths being measured by the wireless transceiver; a determiner arranged to determine whether the signal strengths differ significantly from the signal strengths of a previous radio environment message from the wireless transceiver, involving determining that the measurements of signal strength differs significantly from the signal strengths of a previous radio environment message from the wireless transceiver when a difference is persistent, as defined by the signal strengths differing from the previous signal strengths during a predetermined number of radio environment messages; and a message transmitter arranged to, when it is determined that the signal strengths differ significantly, send a displacement indication message to a device management server, the displacement indication message indicating potential displacement of the wireless transceiver.