mhurhangee/patent-ind-claim-en huggingface dataset:
Housing of an air-conditioning or ventilation system having at least one outer wall and an interior, the at least one outer wall having at least one inspection glass for observing the interior, which is closed off by the at least one outer wall , wherein the inspection glass has: 1.1. a circumferential flange for securing the inspection glass in an opening in the wall , 1.2. precisely two panes for observing the interior from outside the interior, specifically an inner pane and an outer pane , the inner pane being on the side of the inspection glass that is oriented towards the interior to be observed and the observation taking place from the outside to the inside into the interior to be observed, 1.3. a multiplicity of LEDs , arranged over the majority of the peripheral area of the inspection glass , having a main emission direction oriented directly into the interior, the LEDs being arranged between the inner and outer panes , and 1.4. an integral or multipartite light cover , which is arranged behind the LEDs in such a way that the light emitted by the LEDs has no outwardly directed component, wherein 1.5. the light cover is positioned between the inner and outer panes and is in a form such that it comes up to the inner pane so that no light is radiated into the central interspace between the panes and a dazzle effect due to the illumination is avoided. 1.1. a circumferential flange for securing the inspection glass in an opening in the wall , 1.2. precisely two panes for observing the interior from outside the interior, specifically an inner pane and an outer pane , the inner pane being on the side of the inspection glass that is oriented towards the interior to be observed and the observation taking place from the outside to the inside into the interior to be observed, 1.3. a multiplicity of LEDs , arranged over the majority of the peripheral area of the inspection glass , having a main emission direction oriented directly into the interior, the LEDs being arranged between the inner and outer panes , and 1.4. an integral or multipartite light cover , which is arranged behind the LEDs in such a way that the light emitted by the LEDs has no outwardly directed component, wherein 1.5. the light cover is positioned between the inner and outer panes and is in a form such that it comes up to the inner pane so that no light is radiated into the central interspace between the panes and a dazzle effect due to the illumination is avoided.
A process variable transmitter for use in an industrial process, comprising: a housing having a cavity formed therein, the housing including a barrier which divides the cavity into first and second cavities ; measurement circuitry in the first cavity configured to measure a process variable of the industrial process; and a terminal block assembly in the second cavity , the terminal block assembly forming a seal with the housing thereby forming a third cavity between the barrier and a circuit board of the terminal block assembly , characterized in that a sealed electronics compartment is provided in the terminal block assembly , wherein the terminal block assembly includes a shroud member arranged to define the third cavity . a housing having a cavity formed therein, the housing including a barrier which divides the cavity into first and second cavities ; measurement circuitry in the first cavity configured to measure a process variable of the industrial process; and a terminal block assembly in the second cavity , the terminal block assembly forming a seal with the housing thereby forming a third cavity between the barrier and a circuit board of the terminal block assembly , characterized in that a sealed electronics compartment is provided in the terminal block assembly , wherein the terminal block assembly includes a shroud member arranged to define the third cavity .
A pixel array circuit comprising: first, second, third, and fourth pixel sets arranged in a 2x2 matrix in a plan view, the first and fourth pixel sets being arranged along a diagonal of the 2x2 matrix, each of the first, second, third and fourth pixel sets including four pixels arranged in a 2x2 matrix in plan view, each of the pixels including two photoelectric conversion parts (PD) of longitudinal shape, wherein the first and fourth pixel sets are configured to produce pixel signals corresponding to light in a first range of wavelengths, the second pixel set is configured to produce pixel signals corresponding to light in a second range of wavelengths different than the first range of wavelengths, the third pixel set is configured to produce pixel signals corresponding to light in a third range of wavelengths different than the first and second range of wavelengths, orientations of the longitudinal shapes of each of the photoelectric conversion parts (PD) of the four pixels in the first pixel set are arranged in a first direction, orientations of the longitudinal shapes of each of the photoelectric conversion parts (PD) of the four pixels in the second pixel set are arranged in a second direction perpendicular to the first direction, orientations of the longitudinal shapes of each of the photoelectric conversion parts (PD) of the four pixels in the third pixel set are arranged in the second direction, and orientations of the longitudinal shapes of each of the photoelectric conversion parts (PD) of the four pixels in the fourth pixel set are arranged in the first direction. first, second, third, and fourth pixel sets arranged in a 2x2 matrix in a plan view, the first and fourth pixel sets being arranged along a diagonal of the 2x2 matrix, each of the first, second, third and fourth pixel sets including four pixels arranged in a 2x2 matrix in plan view, each of the pixels including two photoelectric conversion parts (PD) of longitudinal shape, wherein the first and fourth pixel sets are configured to produce pixel signals corresponding to light in a first range of wavelengths, the second pixel set is configured to produce pixel signals corresponding to light in a second range of wavelengths different than the first range of wavelengths, the third pixel set is configured to produce pixel signals corresponding to light in a third range of wavelengths different than the first and second range of wavelengths, orientations of the longitudinal shapes of each of the photoelectric conversion parts (PD) of the four pixels in the first pixel set are arranged in a first direction, orientations of the longitudinal shapes of each of the photoelectric conversion parts (PD) of the four pixels in the second pixel set are arranged in a second direction perpendicular to the first direction, orientations of the longitudinal shapes of each of the photoelectric conversion parts (PD) of the four pixels in the third pixel set are arranged in the second direction, and orientations of the longitudinal shapes of each of the photoelectric conversion parts (PD) of the four pixels in the fourth pixel set are arranged in the first direction.
A coextrusion feedblock , comprising: a housing ; a central extrusion channel ; a coextrusion channel ; a rotatable combining plane ; a rotatable profile actuator ; and a profiled bar having a profiling face , wherein: said central extrusion channel and said coextrusion channel pass through said housing , said rotatable combining plane and said rotatable profile actuator are positioned on opposite sides of said coextrusion channel so as to confront each other, and said rotatable profile actuator is configured such that (a) rotation in a first direction increases a profiling impact said profiled bar has on polymer flowing through said coextrusion channel by causing said profiling face to move to one position in said coextrusion channel and (b) rotation of said rotatable profile actuator in a second direction decreases the profiling impact said profiled bar has on polymer flowing through said coextrusion channel by causing said profiling face to move to another position in said coextrusion channel , characterised in that said profiled bar is removably mounted on said rotatable actuator such that the profiled bar and the rotatable profile actuator move together. a housing ; a central extrusion channel ; a coextrusion channel ; a rotatable combining plane ; a rotatable profile actuator ; and a profiled bar having a profiling face , wherein: said central extrusion channel and said coextrusion channel pass through said housing , said rotatable combining plane and said rotatable profile actuator are positioned on opposite sides of said coextrusion channel so as to confront each other, and said rotatable profile actuator is configured such that (a) rotation in a first direction increases a profiling impact said profiled bar has on polymer flowing through said coextrusion channel by causing said profiling face to move to one position in said coextrusion channel and (b) rotation of said rotatable profile actuator in a second direction decreases the profiling impact said profiled bar has on polymer flowing through said coextrusion channel by causing said profiling face to move to another position in said coextrusion channel , said central extrusion channel and said coextrusion channel pass through said housing , said rotatable combining plane and said rotatable profile actuator are positioned on opposite sides of said coextrusion channel so as to confront each other, and said rotatable profile actuator is configured such that (a) rotation in a first direction increases a profiling impact said profiled bar has on polymer flowing through said coextrusion channel by causing said profiling face to move to one position in said coextrusion channel and (b) rotation of said rotatable profile actuator in a second direction decreases the profiling impact said profiled bar has on polymer flowing through said coextrusion channel by causing said profiling face to move to another position in said coextrusion channel , characterised in that said profiled bar is removably mounted on said rotatable actuator such that the profiled bar and the rotatable profile actuator move together.
Method for warning a driver of a motor vehicle about the presence of an object in the surroundings of the motor vehicle by means of a driver assistance system , in which a position of the object is determined by means of a sensor device , an anticipated driving tube of the motor vehicle is determined, a collision distance (DTC), which describes a distance between the motor vehicle and the object when the motor vehicle moves within the determined driving tube , is determined on the basis of the determined position of the object and the determined driving tube , a value of a minimum distance (SD) between the motor vehicle and the object is determined, and a warning signal is output if the value of the minimum distance (SD) undershoots a predetermined limiting value, characterized in that the determined value of the minimum distance (SD) is adapted as a function of the determined collision distance (DTC).
A method for converting wire rod of nonferrous metals and alloys thereof, starting at ambient temperature, to wire with high elongation and in the annealed state, without using an annealer, in which the reduction in diameter in order to pass from wire rod to wire is carried out by way of a plastic deformation process and in which at least some of the mechanical energy, provided to the metal being worked in order to carry out the reduction in diameter thereof, is converted to heat energy for annealing the metal, wherein the temperature of the metal subjected to plastic deformation is controlled in order to have, at the end of the plastic deformation process, the wire at a temperature higher than or equal to the recrystallization temperature, the reduction in diameter in order to pass from wire rod to wire being carried out by way of a rolling process, controlling the cooling of the metal being rolled in order to bring its temperature, at the end of the rolling process, to said temperature that is higher than or at least equal to the recrystallization temperature of the metal, the cooling of the metal being rolled being controlled using as a cooling agent in the rolling process an emulsion of synthetic emulsifiable oil and water with a percentage of synthetic emulsifiable oil comprised between 5% and 25% with respect to the amount of water.
Mould element for moulding a tyre of the type comprising a tread and two sidewalls, characterized in that said mould element comprises a body made of plastic or synthetic material and provided with a moulding face and a coating applied to the body and covering at least the moulding face of said body and delimiting a moulding surface intended to mould all or part of the tread and/or of one or both sidewalls of the tyre.
. An isolated antibody or a binding fragment thereof, which specifically binds to quetiapine, and which is generated in response to a conjugate of a compound of Formula I and an immunogenic carrier, wherein: R 1 is H, R 2 is H R 3 is H, m is 1, 2, 3, 4, or 5, and n is 1, 2, 3, 4, or 5, wherein either R 1 or R 2 is H, and wherein the immunogenic carrier is conjugated to the compound of Formula I at R 1 when R 1 is not H, or at R 2 when R 2 is not H. R 3 is H, m is 1, 2, 3, 4, or 5, and n is 1, 2, 3, 4, or 5, wherein either R 1 or R 2 is H, and wherein the immunogenic carrier is conjugated to the compound of Formula I at R 1 when R 1 is not H, or at R 2 when R 2 is not H. wherein either R 1 or R 2 is H, and wherein the immunogenic carrier is conjugated to the compound of Formula I at R 1 when R 1 is not H, or at R 2 when R 2 is not H.
A medical temperature control apparatus comprising at least one housing, at least one fluid supply device by means of which a fluid is provided in the housing, at least one temperature control device which is arranged in the housing and which controls the temperature of the fluid flowing through the housing, at least one fluid outflow device through which the fluid is led out of the housing at a substantially predetermined temperature, and at least one pump device which is arranged in the housing and which causes the fluid flowing through the housing to be subjected to pressure, wherein said at least one pump device is constructed as a positive displacement pump, preferably as a gear pump, and wherein a pressure limiting device is provided which causes the pressure of the fluid flowing out of the housing to be kept within a predetermined range, wherein the pressure limiting device is a throttle device and the fluid supply device comprises a fluid container which is arranged in the housing, characterised in that the throttle device has a throttle line which, at one end, is connected to the pump device in a fluid-conducting manner, and which, at the end facing away from the pump device , is connected to the fluid supply device in a fluid-conducting manner, and in that the fluid-conducting connection of the throttle line to the fluid supply device substantially consists of a through bore in a wall of the fluid container . at least one housing, at least one fluid supply device by means of which a fluid is provided in the housing, at least one temperature control device which is arranged in the housing and which controls the temperature of the fluid flowing through the housing, at least one fluid outflow device through which the fluid is led out of the housing at a substantially predetermined temperature, and at least one pump device which is arranged in the housing and which causes the fluid flowing through the housing to be subjected to pressure, wherein said at least one pump device is constructed as a positive displacement pump, preferably as a gear pump, and wherein a pressure limiting device is provided which causes the pressure of the fluid flowing out of the housing to be kept within a predetermined range, wherein the pressure limiting device is a throttle device and the fluid supply device comprises a fluid container which is arranged in the housing, characterised in that the throttle device has a throttle line which, at one end, is connected to the pump device in a fluid-conducting manner, and which, at the end facing away from the pump device , is connected to the fluid supply device in a fluid-conducting manner, and in that the fluid-conducting connection of the throttle line to the fluid supply device substantially consists of a through bore in a wall of the fluid container .
A thread forming tool for forming an internal thread in a metal workpiece, the thread forming tool comprising: a shank and a thread forming portion , which are rotatable around a common axis , said axis extending in a longitudinal direction of the thread forming tool , the thread forming portion having a plurality of radially protruding lobe portions being circumferentially spaced-apart by relief portions , said lobe portions having in the longitudinal direction a plurality of thread forming profiles , each thread forming profile having a radially outermost ridge , being connected to a first flank and a second flank , wherein a first flank of a first thread forming profile is connected to a second flank of an adjacent second thread forming profile via a thread groove , said lobe portions having in the longitudinal direction a plurality of thread grooves , characterized in that the flanks of at least one first thread groove encloses a first angle (a), which is smaller than a second angle (β) enclosed by the flanks of at least one second thread groove . a shank and a thread forming portion , which are rotatable around a common axis , said axis extending in a longitudinal direction of the thread forming tool , the thread forming portion having a plurality of radially protruding lobe portions being circumferentially spaced-apart by relief portions , said lobe portions having in the longitudinal direction a plurality of thread forming profiles , each thread forming profile having a radially outermost ridge , being connected to a first flank and a second flank , wherein a first flank of a first thread forming profile is connected to a second flank of an adjacent second thread forming profile via a thread groove , said lobe portions having in the longitudinal direction a plurality of thread grooves , characterized in that the flanks of at least one first thread groove encloses a first angle (a), which is smaller than a second angle (β) enclosed by the flanks of at least one second thread groove .
Cell culture medium comprising (S)-2-Amino-3-sulfosulfanyl-propionic acid or salts thereof.
A method of imaging a scene in real time from a moving platform, the method comprising: obtaining boundary conditions associated with preliminary depth of field, DOF, parameters in a scene, the boundary conditions including platform velocity; illuminating the scene, using a light source, with a pulsed light beam, based on the boundary conditions, by controlling light source parameters; controlling sensor array parameters based on the boundary conditions; capturing, using the sensor array, one or more images of the scene, wherein the capturing is based on one or more exposures synchronized with the pulsed light beam, to achieve one or more gated images of the scene in accordance with the boundary conditions associated with the DOF parameters; using boundary conditions and analyzing at least one of the captured images, using data processing algorithms, to yield adjusted/updated DOF parameters; and repeating the obtaining, the illuminating, the controlling, and the capturing with at least one of: updated sensor array parameters and updated light source parameters, based on the adjusted/updated DOF parameters and updated boundary conditions. obtaining boundary conditions associated with preliminary depth of field, DOF, parameters in a scene, the boundary conditions including platform velocity; illuminating the scene, using a light source, with a pulsed light beam, based on the boundary conditions, by controlling light source parameters; controlling sensor array parameters based on the boundary conditions; capturing, using the sensor array, one or more images of the scene, wherein the capturing is based on one or more exposures synchronized with the pulsed light beam, to achieve one or more gated images of the scene in accordance with the boundary conditions associated with the DOF parameters; using boundary conditions and analyzing at least one of the captured images, using data processing algorithms, to yield adjusted/updated DOF parameters; and repeating the obtaining, the illuminating, the controlling, and the capturing with at least one of: updated sensor array parameters and updated light source parameters, based on the adjusted/updated DOF parameters and updated boundary conditions.
A package comprising: a set of compressed hollow coreless rolls of absorbent paper sheet positioned in four columns of rolls in a two-by-two array of three rolls in each of the four columns with each of the three rolls in each of the four columns lying on a longer side thereof; and a polymeric film surrounding the set of compressed hollow coreless rolls of absorbent paper sheet, wherein the polymeric film is adapted to maintain an axial cavity of each of the set of compressed hollow coreless rolls of absorbent paper sheet in a collapsed configuration, wherein: each of the set of compressed hollow coreless rolls of absorbent paper sheet is produced by way of: providing a roll of absorbent paper sheet by winding the sheet about a forming core member having a diameter in the range of 30 mm to 75 mm; removing the forming core member such that there is provided a hollow coreless roll of absorbent paper sheet with the axial cavity having a diameter in the range of 30 mm to 75 mm; and compressing the hollow coreless roll to provide the collapsed configuration such that opposing sides of the axial cavity are in contact over at least 60% of their area. a set of compressed hollow coreless rolls of absorbent paper sheet positioned in four columns of rolls in a two-by-two array of three rolls in each of the four columns with each of the three rolls in each of the four columns lying on a longer side thereof; and a polymeric film surrounding the set of compressed hollow coreless rolls of absorbent paper sheet, wherein the polymeric film is adapted to maintain an axial cavity of each of the set of compressed hollow coreless rolls of absorbent paper sheet in a collapsed configuration, wherein: each of the set of compressed hollow coreless rolls of absorbent paper sheet is produced by way of: providing a roll of absorbent paper sheet by winding the sheet about a forming core member having a diameter in the range of 30 mm to 75 mm; removing the forming core member such that there is provided a hollow coreless roll of absorbent paper sheet with the axial cavity having a diameter in the range of 30 mm to 75 mm; and compressing the hollow coreless roll to provide the collapsed configuration such that opposing sides of the axial cavity are in contact over at least 60% of their area. providing a roll of absorbent paper sheet by winding the sheet about a forming core member having a diameter in the range of 30 mm to 75 mm; removing the forming core member such that there is provided a hollow coreless roll of absorbent paper sheet with the axial cavity having a diameter in the range of 30 mm to 75 mm; and compressing the hollow coreless roll to provide the collapsed configuration such that opposing sides of the axial cavity are in contact over at least 60% of their area.