mhurhangee/ep-ind-claims huggingface dataset:
Device for preparing coffee in an automatic coffee machine, comprising a brewing cylinder, having a first and a second cylinder end (7, 8), for receiving coffee powder, wherein two closure parts (10, 11) which can be displaced relative to one another in the cylinder axis are associated with the brewing cylinder in order to delimit a brewing chamber and to compress coffee powder which has been introduced, wherein a first closure part closes the first cylinder end and a second closure part can assume, in addition to a closed position in which it closes the second cylinder end, an open position in order to clear the second cylinder end for the purpose of ejecting the used coffee powder through the first closure part, wherein at least the first closure part is designed as a piston with a sealing section which comes into contact with an inner circumferential wall of the brewing cylinder, comprising a drive apparatus by means of which the closure parts (10, 11) can be moved back and forth relative to one another and relative to the brewing cylinder in such a way that, for the purpose of compressing the coffee powder, one of the closure parts can be moved in an advancing direction relative to the brewing cylinder in the direction of the other closure part, and comprising means for supplying water to the brewing chamber and for discharging the brewed coffee from the brewing chamber, characterized in that the inner circumferential wall of the brewing cylinder has a reduced cross section in a section of the brewing chamber in which the coffee powder can be compressed to form a mass, the cross section of the brewing chamber narrowing in the advancing direction at said reduced cross section, and in that the sealing section of the first closure part is configured in an elastic manner in such a way that the first closure part can be positioned in that section of the brewing chamber which has the reduced cross section.
A method for identifying a BAT progenitor cell, comprising: providing cells isolated from human skeletal muscle; and determining cells that are positive for CD34 marker and negative for CD 146, CD45 and CD56 markers in the human skeletal muscle; wherein the cells that are positive for CD34 marker and negative for CD 146, CD45 and CD56 markers are identified as BAT progenitor cells isolated from human skeletal muscle, wherein the BAT progenitor cells are capable of differentiating into brown adipocytes that exhibit high levels of UCP1 expression. providing cells isolated from human skeletal muscle; and determining cells that are positive for CD34 marker and negative for CD 146, CD45 and CD56 markers in the human skeletal muscle; wherein the cells that are positive for CD34 marker and negative for CD 146, CD45 and CD56 markers are identified as BAT progenitor cells isolated from human skeletal muscle, wherein the BAT progenitor cells are capable of differentiating into brown adipocytes that exhibit high levels of UCP1 expression.
An endoscopic apparatus adapted to emit illumination light with a desired light quantity from a front end of an endoscope insertion portion, comprising: a semiconductor light source adapted to generate the illumination light; an imaging unit adapted to adjust an exposure time by using an electronic shutter; and a light source control unit adapted to generate driving pulses to drive and light the semiconductor light source in accordance with an inputted target light quantity; wherein the light source control unit is adapted to perform first pulse modulation control, second pulse modulation control and third pulse modulation control in descending order of the target light quantity; in the first pulse modulation control, the number of the driving pulses is reduced to shorten a lighting time of the semiconductor light source to a predetermined lighting time for an exposure time of an electronic shutter within one frame; in the second pulse modulation control, the driving pulses are thinned at predetermined intervals in a predetermined lighting time in a region where the first pulse modulation control is performed so that pulse density is reduced in the lighting time; and in the third pulse modulation control, pulse width of each of the driving pulses whose number is minimized in a region where the second pulse modulation control is performed is reduced. a semiconductor light source adapted to generate the illumination light; an imaging unit adapted to adjust an exposure time by using an electronic shutter; and a light source control unit adapted to generate driving pulses to drive and light the semiconductor light source in accordance with an inputted target light quantity;
A delaminatable container, comprising: a container body; and a tubular outer case being a resin molded body formed by injection molding and being installed on the container body and containing the container body therein; wherein: the container body comprises an outer shell and an inner bag, and the inner bag shrinks as contents decrease, the container body comprises a body portion and a flanged portion which protrudes from the body portion in a radially outward direction, the outer case comprises a body portion and a supporting portion provided at the inner surface side near the upper end of the body portion of the outer case, the supporting portion being formed by an enlarged diameter of the inner diameter of the body portion at the vicinity of the upper end thereof, the flanged portion of the container body is supported by the supporting portion of the outer case, and a bottom surface of the flanged portion comes into contact with the supporting portion. a container body; and a tubular outer case being a resin molded body formed by injection molding and being installed on the container body and containing the container body therein; wherein: the container body comprises an outer shell and an inner bag, and the inner bag shrinks as contents decrease, the container body comprises a body portion and a flanged portion which protrudes from the body portion in a radially outward direction, the outer case comprises a body portion and a supporting portion provided at the inner surface side near the upper end of the body portion of the outer case, the supporting portion being formed by an enlarged diameter of the inner diameter of the body portion at the vicinity of the upper end thereof, the flanged portion of the container body is supported by the supporting portion of the outer case, and a bottom surface of the flanged portion comes into contact with the supporting portion. the container body comprises an outer shell and an inner bag, and the inner bag shrinks as contents decrease, the container body comprises a body portion and a flanged portion which protrudes from the body portion in a radially outward direction, the outer case comprises a body portion and a supporting portion provided at the inner surface side near the upper end of the body portion of the outer case, the supporting portion being formed by an enlarged diameter of the inner diameter of the body portion at the vicinity of the upper end thereof, the flanged portion of the container body is supported by the supporting portion of the outer case, and a bottom surface of the flanged portion comes into contact with the supporting portion.
A cartridge from which a frozen confection can be dispensed, the cartridge comprising: - a tubular body extending from an open end to a dispensing end anc comprising an inwardly projecting rim at the dispensing end - a piston slidable within the tubular body; - an end piece closing the dispensing end of the tubular body and comprising a dispensing aperture; and - frozen confection contained within the tubular body between the piston and the end piece; wherein the end piece is not fixed to the tubular body and is retained within the tubular body by the rim. - a tubular body extending from an open end to a dispensing end anc comprising an inwardly projecting rim at the dispensing end - a piston slidable within the tubular body; - an end piece closing the dispensing end of the tubular body and comprising a dispensing aperture; and - frozen confection contained within the tubular body between the piston and the end piece;
A method for sorting motile cells, comprising: introducing an initial population of motile cells into an inlet port of a microfluidic channel, the initial population of motile cells having a first average motility; incubating the population of motile cells in the microfluidic channel in the absence of flowing media; and collecting a sorted population of motile cells at an outlet port of the microfluidic channel, the sorted population of motile cells having a second average motility higher than the first average motility. introducing an initial population of motile cells into an inlet port of a microfluidic channel, the initial population of motile cells having a first average motility; incubating the population of motile cells in the microfluidic channel in the absence of flowing media; and collecting a sorted population of motile cells at an outlet port of the microfluidic channel, the sorted population of motile cells having a second average motility higher than the first average motility.
Metal/air cell in button cell form having the following features a. it comprises a housing having an interior, and b. in the interior, it comprises a metal-containing anode, an air cathode, and a separator arranged between the anode and the air cathode, wherein c. the housing comprises a cell cup and a cell top as well as a seal, d. the cell cup has a base region, an annular shell region and a circumferential edge that separates the base region and the shell region, e. the cell cup has at least one inlet opening in the base region via which atmospheric oxygen can enter the interior, and f. the cell cup and each of its regions has an inner side facing the interior and an oppositely directed outer side, wherein g. the air cathode is designed as a cathode disc having a circumferential cathode disc periphery, h. the air cathode comprises a metal collector structure, which emerges from the cathode disc at the cathode disc periphery, and i. the cathode disc is arranged in the housing in such a way that the cathode disc periphery bears along a circumferential contact zone against the inner side of the shell region of the cell cup, wherein j. the outer side of the cell cup has at least one depression introduced by way of impression, said depression becoming visible as an elevation on the inner side of the cell cup, and k. the at least one depression is introduced into the outer side of the shell region in such a way that the elevation exerts a pressure against the cathode disc periphery in the region of the contact zone, and characterized by the following additional features l. the at least one depression is of elongate form, and extends in the axial direction on the outer side of the shell region of the cell cup. a. it comprises a housing having an interior, and b. in the interior, it comprises a metal-containing anode, an air cathode, and a separator arranged between the anode and the air cathode, c. the housing comprises a cell cup and a cell top as well as a seal, d. the cell cup has a base region, an annular shell region and a circumferential edge that separates the base region and the shell region, e. the cell cup has at least one inlet opening in the base region via which atmospheric oxygen can enter the interior, and f. the cell cup and each of its regions has an inner side facing the interior and an oppositely directed outer side, g. the air cathode is designed as a cathode disc having a circumferential cathode disc periphery, h. the air cathode comprises a metal collector structure, which emerges from the cathode disc at the cathode disc periphery, and i. the cathode disc is arranged in the housing in such a way that the cathode disc periphery bears along a circumferential contact zone against the inner side of the shell region of the cell cup, j. the outer side of the cell cup has at least one depression introduced by way of impression, said depression becoming visible as an elevation on the inner side of the cell cup, and k. the at least one depression is introduced into the outer side of the shell region in such a way that the elevation exerts a pressure against the cathode disc periphery in the region of the contact zone,
Building facade comprising a wall, at least one photovoltaic module with at least one solar cell and a grid structure, wherein - the photovoltaic module is arranged on the wall, characterized in that - the grid structure is mounted on the photovoltaic module, - the grid structure is configured in such a way that it is adapted to redirect light hitting the grid structure towards the photovoltaic module, - wherein the grid structure comprises a multitude of lamellae and a multitude of meshes, - wherein a lamella pitch angle equals between 10 degrees and 70 degrees, wherein the lamella pitch angle is measured between a grid normal of the grid and a lamella transverse direction (7, 8). - the photovoltaic module is arranged on the wall, - the grid structure is mounted on the photovoltaic module, - the grid structure is configured in such a way that it is adapted to redirect light hitting the grid structure towards the photovoltaic module, - wherein the grid structure comprises a multitude of lamellae and a multitude of meshes, - wherein a lamella pitch angle equals between 10 degrees and 70 degrees, wherein the lamella pitch angle is measured between a grid normal of the grid and a lamella transverse direction (7, 8).
Housing defining a substantially fluid-tight flow chamber, the flow chamber being configured for measurement of a fluid flow rate, the housing comprising: a main fluid inlet for a fluid flow into the flow chamber, a main fluid outlet for the fluid flow out of the flow chamber, and a separation wall, wherein the separation wall is arranged in the flow chamber, the separation wall separating a main fluid inlet side from a main fluid outlet side, wherein the separation wall comprises a plurality of receptions, each reception being configured to receive at least one flow sensor or a flow tube with or without flow sensor, and each reception comprising at least one through-opening such that each through-opening or each received flow tube fluidly connects the main fluid inlet side to the main fluid outlet side; and wherein the separation wall forms part of a substantially fluid-tight separation box, wherein said separation box is arranged within the flow chamber and defines a separation box chamber, wherein each of said receptions in said separation wall is configured to fluidly connect the flow chamber to the separation box chamber, and wherein the separation box comprises a connection structure for fluidly connecting the separation box chamber to the main flow outlet or the main fluid inlet. a main fluid inlet for a fluid flow into the flow chamber, a main fluid outlet for the fluid flow out of the flow chamber, and a separation wall, wherein the separation wall is arranged in the flow chamber, the separation wall separating a main fluid inlet side from a main fluid outlet side, wherein the separation wall comprises a plurality of receptions, each reception being configured to receive at least one flow sensor or a flow tube with or without flow sensor, and each reception comprising at least one through-opening such that each through-opening or each received flow tube fluidly connects the main fluid inlet side to the main fluid outlet side; and wherein the separation wall forms part of a substantially fluid-tight separation box, wherein said separation box is arranged within the flow chamber and defines a separation box chamber, wherein each of said receptions in said separation wall is configured to fluidly connect the flow chamber to the separation box chamber, and wherein the separation box comprises a connection structure for fluidly connecting the separation box chamber to the main flow outlet or the main fluid inlet.
A method of preparing an electrode assembly, the method comprising: forming through holes at inner sides of a first electrode and a second electrode; forming a unit structure having a four-layer structure, in which the first electrode, a first separator, the second electrode, a second separator are sequentially stacked, or a structure in which the four-layer structures are repeatedly stacked, or having the four-layer structure or a structure, in which the four-layer structures are repeatedly arranged, by stacking two kinds or more of radical units, in which the first electrode, the first separator, the second electrode, and the second separator are alternatingly disposed and integrally combined, one by one in a predetermined sequence; forming through holes in the first separator and the second separator by cutting regions of the first separator and the second separator included in the unit structure corresponding to the through holes with a margin; and forming an electrode assembly by stacking the plurality of unit structures to allow the through holes (B1, B2) of the adjacent unit structures to face each another, characterized in that said method further comprises a step of: forming a fixing part at a side or a front side of the electrode assembly to fix the side or the front side of the electrode assembly. forming through holes at inner sides of a first electrode and a second electrode; forming a unit structure having a four-layer structure, in which the first electrode, a first separator, the second electrode, a second separator are sequentially stacked, or a structure in which the four-layer structures are repeatedly stacked, or having the four-layer structure or a structure, in which the four-layer structures are repeatedly arranged, by stacking two kinds or more of radical units, in which the first electrode, the first separator, the second electrode, and the second separator are alternatingly disposed and integrally combined, one by one in a predetermined sequence; forming through holes in the first separator and the second separator by cutting regions of the first separator and the second separator included in the unit structure corresponding to the through holes with a margin; and forming an electrode assembly by stacking the plurality of unit structures to allow the through holes (B1, B2) of the adjacent unit structures to face each another, characterized in that said method further comprises a step of: forming a fixing part at a side or a front side of the electrode assembly to fix the side or the front side of the electrode assembly.
A lamp assembly for use in an exterior rear view mirror of a vehicle for illuminating a ground area adjacent a vehicle, including: a housing; an outer lens covering the housing; a plurality of light emitting diode light sources arranged in the housing; and a reflector mounted in the housing such that light emitted from the plurality of LED light sources is captured by the reflector which reflects light towards the lens, the lens directing light generally downward towards the ground area, characterized in that the lens includes surface optics to direct light towards the ground area, wherein the surface optics include a plurality of notched regions which extend horizontally across the inner surface of the lens and which have sloped surfaces to refract light by varying amounts towards the ground area, wherein the sloped surfaces towards the top of the surface optics are less steep than the sloped surfaces towards the bottom of the surface optics, and wherein, light output from the lamp assembly appears to be emitted from a single light source, and the reflector includes one or more segments, each of the one or more segments receiving light emitted from each of the plurality of LED light sources. a housing; an outer lens covering the housing; a plurality of light emitting diode light sources arranged in the housing; and a reflector mounted in the housing such that light emitted from the plurality of LED light sources is captured by the reflector which reflects light towards the lens, the lens directing light generally downward towards the ground area, characterized in that the lens includes surface optics to direct light towards the ground area, wherein the surface optics include a plurality of notched regions which extend horizontally across the inner surface of the lens and which have sloped surfaces to refract light by varying amounts towards the ground area, wherein the sloped surfaces towards the top of the surface optics are less steep than the sloped surfaces towards the bottom of the surface optics, and wherein, light output from the lamp assembly appears to be emitted from a single light source, and the reflector includes one or more segments, each of the one or more segments receiving light emitted from each of the plurality of LED light sources.
A dosimeter system for determining radiation exposure comprising a first unit and a second unit, wherein the first unit comprises first detecting means configured for determining a first quantity indicative of an influence of a first radiation field; and wherein the second unit comprises second detecting means configured for determining a second quantity indicative of an influence of a second radiation field on biological tissue, characterized in that the first unit further comprises transmitting means for transmitting the first quantity determined by the first detecting means to the second unit; and the second unit further comprises: third detecting means configured for determining a third quantity indicative of an influence of the second radiation field, wherein the third detecting means is of the same type as the first detecting means comprised by the first unit; and means configured for determining a quantity for adjusting the first quantity on the basis of the second quantity determined by the second detecting means and the third quantity determined by the third detecting means, wherein the quantity for adjusting the first quantity is determined such that a fourth quantity indicative of an influence of the first radiation field on biological tissue can be determined on the basis of the first quantity determined by the first detecting means and the quantity for adjusting the first quantity. third detecting means configured for determining a third quantity indicative of an influence of the second radiation field, wherein the third detecting means is of the same type as the first detecting means comprised by the first unit; and means configured for determining a quantity for adjusting the first quantity on the basis of the second quantity determined by the second detecting means and the third quantity determined by the third detecting means, wherein the quantity for adjusting the first quantity is determined such that a fourth quantity indicative of an influence of the first radiation field on biological tissue can be determined on the basis of the first quantity determined by the first detecting means and the quantity for adjusting the first quantity.
Rotary hammer and/or chiselling device having a percussion mechanism and an intermediate shaft (36; 60; 84; 106) which are each mounted substantially parallel to an axial direction, and having a transmission housing and an intermediate flange (20; 80; 102; 116), characterized by a bearing plate (38; 58; 82; 104) which is releasably connected to the intermediate flange (20; 80; 102; 116) and is intended to mount the intermediate shaft (36; 60; 84; 106) and at least one component of the percussion mechanism.