mhurhangee/ep-ind-claims huggingface dataset:
A wound healing scaffold comprised of a collagen glycosaminoglycan scaffold cografted with a population of stem cells, wherein the population of stem cells is characterized by: a) at least 80% of the population of stem cells are ABCB5+ stem cells; b) the population of stem cells are ABCB5+ ocular stem cells, wherein the cell population is free of non-ocular cells, or (c) being a population of ABCB5+ stem cells isolated from a tissue of a subject, wherein the ABCB5+ stem cells have been separated from other cells in the subject using an antibody specific for ABCB5. a) at least 80% of the population of stem cells are ABCB5+ stem cells; b) the population of stem cells are ABCB5+ ocular stem cells, wherein the cell population is free of non-ocular cells, or (c) being a population of ABCB5+ stem cells isolated from a tissue of a subject, wherein the ABCB5+ stem cells have been separated from other cells in the subject using an antibody specific for ABCB5.
A dental composition comprising: (a) 1% to 99% wt of one or more urethane di(meth)acrylate derivatives of 1,3-bis(isocyanatomethyl)cyclohexane characterized by one of the following formulas: and (b) 0.005% to 5% wt of an initiator for the radical polymerization. (a) 1% to 99% wt of one or more urethane di(meth)acrylate derivatives of 1,3-bis(isocyanatomethyl)cyclohexane characterized by one of the following formulas: and (b) 0.005% to 5% wt of an initiator for the radical polymerization.
An analyzer configured to analyze an analyte by using the analyte and consumables, the analyzer comprising: an automatic reading device configured to read a first product information related to a consumable via an identifier (61a,..., 65a) given to the consumable or a container (61,..., 65) containing the consumable; and a controller (101, 201) configured to permit an analysis operation when the first product information is suitable information read by the automatic reading device via the identifier, prompt an operator to manually enter a second product information comprising information specifying the manufacturer or seller of the consumable when the information read via the identifier is not suitable as the first product information, and permit the analysis operation and storage of the input second product information when the operator has entered the second product information. an automatic reading device configured to read a first product information related to a consumable via an identifier (61a,..., 65a) given to the consumable or a container (61,..., 65) containing the consumable; and a controller (101, 201) configured to permit an analysis operation when the first product information is suitable information read by the automatic reading device via the identifier, prompt an operator to manually enter a second product information comprising information specifying the manufacturer or seller of the consumable when the information read via the identifier is not suitable as the first product information, and permit the analysis operation and storage of the input second product information when the operator has entered the second product information. permit an analysis operation when the first product information is suitable information read by the automatic reading device via the identifier, prompt an operator to manually enter a second product information comprising information specifying the manufacturer or seller of the consumable when the information read via the identifier is not suitable as the first product information, and permit the analysis operation and storage of the input second product information when the operator has entered the second product information.
A heat exchanger comprising: a header; and an annular core fluidly connected to the header, the annular core comprising: an inner diameter defining a radially inner face; an outer diameter defining a radially outer face; first flow channels arranged in a first set of layers between the inner diameter and the outer diameter, each of the first flow channels comprising: a first inlet; a first outlet; and a first axial region extending between the first inlet and the first outlet; and second flow channels arranged in a second set of layers between the inner diameter and the outer diameter and interleaved with the first flow channels, characterized by each of the second flow channels comprising: a second inlet positioned circumferentially along the radially inner face of the annular core; a second outlet positioned circumferentially along the radially inner face of the annular core; and a second axial region extending between the second inlet and the second outlet. a header; and an annular core fluidly connected to the header, the annular core comprising: an inner diameter defining a radially inner face; an outer diameter defining a radially outer face; first flow channels arranged in a first set of layers between the inner diameter and the outer diameter, each of the first flow channels comprising: a first inlet; a first outlet; and a first axial region extending between the first inlet and the first outlet; and second flow channels arranged in a second set of layers between the inner diameter and the outer diameter and interleaved with the first flow channels, characterized by each of the second flow channels comprising: a second inlet positioned circumferentially along the radially inner face of the annular core; a second outlet positioned circumferentially along the radially inner face of the annular core; and a second axial region extending between the second inlet and the second outlet. an inner diameter defining a radially inner face; an outer diameter defining a radially outer face; first flow channels arranged in a first set of layers between the inner diameter and the outer diameter, each of the first flow channels comprising: a first inlet; a first outlet; and a first axial region extending between the first inlet and the first outlet; and a first inlet; a first outlet; and a first axial region extending between the first inlet and the first outlet; and second flow channels arranged in a second set of layers between the inner diameter and the outer diameter and interleaved with the first flow channels, characterized by each of the second flow channels comprising: a second inlet positioned circumferentially along the radially inner face of the annular core; a second outlet positioned circumferentially along the radially inner face of the annular core; and a second axial region extending between the second inlet and the second outlet. a second inlet positioned circumferentially along the radially inner face of the annular core; a second outlet positioned circumferentially along the radially inner face of the annular core; and a second axial region extending between the second inlet and the second outlet.
A transport system, comprising at least two controllable driving devices (10, 20, 30, 40, 50), at least one carrier (60; 70), and at least one sensor device for detecting the position of said at least one carrier (60; 70) in said transport system, wherein at least one magnetic element (61; 71) of said at least one carrier (60; 70) is positioned to cooperate with said at least two controllable driving devices (10, 20, 30, 40, 50) so that said at least one carrier (60; 70) is moveable relative to said at least two controllable driving devices (10, 20, 30, 40, 50) by magnetic force, wherein said at least one sensor device is positioned to detect the position of said at least one carrier (60; 70) at one of said at least two controllable driving devices (10, 20, 30, 40, 50), wherein said at least one sensor device is adapted to produce detection signals (S10; S20; S30; S10, S11) having a base tone (S0; S01, S02) and higher harmonics, wherein said sensor device comprises at least two sensor elements (111, 112) for measuring the position of said carrier (60; 70), at least two extra sensor elements (113, 114) for measuring the position of said carrier (60; 70), and an adjusting element configured to adjust the detection signals (S10; S20; S30; S10, S11) of said at least two sensor elements (111, 112) by detection signals of the at least two extra sensor elements (113, 114) to cancel at least one of said harmonics of said base tone (S0; S01, S02) of one of said detection signals (S10; S20; S30; S10, S11), wherein said at least two controllable driving devices (10, 20, 30, 40, 50), said at least two sensor elements (111, 112) and said at least two extra sensor elements (113, 114) are positioned in a plane which is spaced by an air gap from said at least one carrier (60; 70), wherein said air gap is configured to have a value balancing between signal to noise ratio and signal distortion due to the harmonics of the detection signal (S10; S20; S30; S10, S11) of the sensor device, and wherein said at least two extra sensor elements (113, 114) are positioned relative to the at least two sensor elements (111, 112) to cancel said at least one harmonic of a base tone (S0; S01, S02) of the detection signals (S10; S20; S30; S10, S11) of the at least two sensor elements (111, 112) by the adjustment for which said adjusting element is configured.
System for predicting a touch position of a pointer on a touch-enabled unit, comprising: a 3D imaging unit, a processing unit coupled to the 3D imaging unit, and a touch-enabled unit coupled to the processing unit, wherein the 3D imaging unit is configured to monitor an interaction zone in front of the touch-enabled unit, and the processing unit comprises a prediction module that is configured to predict where a pointer that approaches the touch-enabled unit and is monitored by the 3D imaging unit will touch the touch-enabled unit, characterized in that the processing unit comprises a calibration module that is configured to generate at least one calibration parameter by comparing the predicted touch position to the actual touch position of the pointer detected by the touch-enabled unit and to transfer the at least one calibration parameter to the prediction module in order to calibrate the prediction module. a 3D imaging unit, a processing unit coupled to the 3D imaging unit, and a touch-enabled unit coupled to the processing unit, wherein the 3D imaging unit is configured to monitor an interaction zone in front of the touch-enabled unit, and the processing unit comprises a prediction module that is configured to predict where a pointer that approaches the touch-enabled unit and is monitored by the 3D imaging unit will touch the touch-enabled unit,
A food composition effective to increase growth rate, improve feed efficiency, reduce gastrointestinal inflammation, reduce a risk of gastrointestinal infection in an animal subject, or a combination thereof, said composition comprising a basal food composition, and greater than 0.1 mg/Kg of intestinal secretory IgA, wherein the intestinal secretory IgA is (i) provided as a pasteurised intestinal secretory IgA-containing intestinal luminal fluid preparation, wherein said intestinal luminal fluid preparation is prepared from the intestinal luminal fluid of a pig or a cow or a pasteurised intestinal secretory IgA-containing intestinal mucosa preparation, wherein said mucosa preparation is prepared from the intestinal mucosa of a pig or a cow, wherein greater than 10% of the proteinaceous material in the intestinal luminal fluid preparation or in the intestinal mucosa preparation is IgA, or (ii) provided as unhydrolysed dried intestinal mucosa of a pig or a cow. (i) provided as a pasteurised intestinal secretory IgA-containing intestinal luminal fluid preparation, wherein said intestinal luminal fluid preparation is prepared from the intestinal luminal fluid of a pig or a cow or a pasteurised intestinal secretory IgA-containing intestinal mucosa preparation, wherein said mucosa preparation is prepared from the intestinal mucosa of a pig or a cow, wherein greater than 10% of the proteinaceous material in the intestinal luminal fluid preparation or in the intestinal mucosa preparation is IgA, or (ii) provided as unhydrolysed dried intestinal mucosa of a pig or a cow.
A container for consumer goods, the container comprising: an outer housing comprising a box portion, a lid portion moveable between a closed position and an open position, and a hinged connector connecting the box portion and the lid portion; a plurality of consumer goods received within the box portion; and an inner frame slidably received within the outer housing and positioned between the plurality of consumer goods and the box portion, wherein the inner frame is slidable between a lowered position and a raised position, wherein the inner frame comprises an inner frame front wall, an inner frame back wall, opposed inner frame side walls and an opening at the bottom end, and wherein the inner frame further comprises a lifting element depending from the bottom edge of a wall of the inner frame and extending into the opening at the bottom end of the inner frame, at least part of the lifting element being positioned between a box portion bottom wall and the consumer goods such that sliding the inner frame from the lowered position towards the raised position engages the lifting element with a selection of the plurality of consumer goods and lifts the selection of consumer goods away from the box portion bottom wall, wherein the lid portion depends along a first hinge line from the hinged connector and along a second hinge line from the inner frame so that the inner frame slides between the lowered position and the raised position as the lid portion moves between the closed position and the open position. an outer housing comprising a box portion, a lid portion moveable between a closed position and an open position, and a hinged connector connecting the box portion and the lid portion; a plurality of consumer goods received within the box portion; and an inner frame slidably received within the outer housing and positioned between the plurality of consumer goods and the box portion, wherein the inner frame is slidable between a lowered position and a raised position, wherein the inner frame comprises an inner frame front wall, an inner frame back wall, opposed inner frame side walls and an opening at the bottom end, and wherein the inner frame further comprises a lifting element depending from the bottom edge of a wall of the inner frame and extending into the opening at the bottom end of the inner frame, at least part of the lifting element being positioned between a box portion bottom wall and the consumer goods such that sliding the inner frame from the lowered position towards the raised position engages the lifting element with a selection of the plurality of consumer goods and lifts the selection of consumer goods away from the box portion bottom wall, wherein the lid portion depends along a first hinge line from the hinged connector and along a second hinge line from the inner frame so that the inner frame slides between the lowered position and the raised position as the lid portion moves between the closed position and the open position.
A container treatment machine for the handling and/or treatment, in particular, of non-accumulatable containers and/or of containers with irregular and/or non-cylindrical outer contours, wherein the containers are transported and/or handled within partial conveying stages of the container treatment machine in each instance by means of transport pucks, in which partial sections of the particular containers are accommodated in a standing and approximately form-fitting manner, wherein the container treatment machine has at least one transport apparatus, which rotates about a substantially vertical machine axis and is used for the temporary accommodation and fixing of the containers, which have been removed from their transport pucks, for the purpose of their treatment in the area of a first transport level, wherein the individual transport pucks are being held in the rotating transport apparatus in a position spatially assigned to their particular containers, which position is arranged within a second transport level below the first transport level and disposed parallel thereto, characterized in that a feed area for feeding the containers and the in each instance associated transport pucks is disposed upstream of the rotating transport apparatus in transport direction of the containers, wherein the feed area comprises a separating device for the extraction of the containers from the particular transport pucks and for the separate transfer of the containers and of the transport pucks to the rotating transport device, wherein the separating device is disposed in the area of a rotating infeed star, which tangentially intermeshes with the rotating transport apparatus that is designed as labelling carousel, and wherein the separating device in particular comprises a first track system for lowering the transport pucks and for diverting them to the height of the second transport level.
A treatment system configured to determine a movement of a target region using tomosynthesis, comprising: a rotatable gantry; a first radiation source; a second radiation source; and a control system, wherein the control system is configured to: access a first set of projection radiographs of the target region over a first processing window defined by a first range of projection angles; and access a second set of projection radiographs of the target region over a second processing window defined by a second range of projection angles, wherein the first processing window slides to the second processing window during treatment of the target region; characterized in that the control system is further configured to: compare a first positional information derived from the first set of the projection radiographs and a second positional information derived from the second set of the projection radiographs to determine the movement of the target region by the control system. a rotatable gantry; a first radiation source; a second radiation source; and a control system, wherein the control system is configured to: access a first set of projection radiographs of the target region over a first processing window defined by a first range of projection angles; and access a second set of projection radiographs of the target region over a second processing window defined by a second range of projection angles, wherein the first processing window slides to the second processing window during treatment of the target region; characterized in that the control system is further configured to: compare a first positional information derived from the first set of the projection radiographs and a second positional information derived from the second set of the projection radiographs to determine the movement of the target region by the control system. access a first set of projection radiographs of the target region over a first processing window defined by a first range of projection angles; and access a second set of projection radiographs of the target region over a second processing window defined by a second range of projection angles, wherein the first processing window slides to the second processing window during treatment of the target region; characterized in that the control system is further configured to: compare a first positional information derived from the first set of the projection radiographs and a second positional information derived from the second set of the projection radiographs to determine the movement of the target region by the control system. compare a first positional information derived from the first set of the projection radiographs and a second positional information derived from the second set of the projection radiographs to determine the movement of the target region by the control system.
Binder including an aqueous, film forming, polymeric siloxane, characterized in that the binder - has a content of alkoxy groups of less than 10 % by weight, based on the overall amount of the binder, - in that the binder comprises less than 10 % by weight of monomers, - liberates during curing less than 10 % by weight alcohols, based on the overall amount of the binder, - in that the binder is produced of silanes of the following group, comprising alkyl- or alkenyl silanes, methacrylic silanes and silanes, which contain epoxy-, mercaptane- or hydroxyalkyl groups, - in that the binder is filled with particles that are completely enveloped with silane, the particles having a dimension of less than 100 μm and - in that the binder has a pH-value of pH3 to pH5. - has a content of alkoxy groups of less than 10 % by weight, based on the overall amount of the binder, - in that the binder comprises less than 10 % by weight of monomers, - liberates during curing less than 10 % by weight alcohols, based on the overall amount of the binder, - in that the binder is produced of silanes of the following group, comprising alkyl- or alkenyl silanes, methacrylic silanes and silanes, which contain epoxy-, mercaptane- or hydroxyalkyl groups, - in that the binder is filled with particles that are completely enveloped with silane, the particles having a dimension of less than 100 μm and - in that the binder has a pH-value of pH3 to pH5.
A protective case for an electronic device having a touchscreen interface, a camera, and an external electrical interface, the protective case comprising: an inner liner for receiving and at least partially enclosing the electronic device; a first aperture in the protective case permitting access to the touchscreen interface of the electronic device when the electronic device is installed in the protective case; a second aperture in a back surface of the protective case permitting optical access to the camera of the installed electronic device; and an outer shell including an attachment mechanism for attaching an accessory to the protective case, the attachment mechanism including a receiver channel to slidably receive a rail member of the accessory to removably attach the accessory to the protective case, the receiver channel including a lip for retaining the rail member in the receiver channel, the receiver channel having a cross sectional size at a first end of the receiver channel that differs from a cross sectional size of the receiver channel at a second end of the receiver channel, the attachment mechanism further including a snap feature, the snap feature having an interference fit with a corresponding snap feature (902, 904) of the rail member of the accessory to removably lock the rail member into the receiver channel of the outer shell when the rail member is inserted into the receiver channel. an inner liner for receiving and at least partially enclosing the electronic device; a first aperture in the protective case permitting access to the touchscreen interface of the electronic device when the electronic device is installed in the protective case; a second aperture in a back surface of the protective case permitting optical access to the camera of the installed electronic device; and an outer shell including an attachment mechanism for attaching an accessory to the protective case, the attachment mechanism including a receiver channel to slidably receive a rail member of the accessory to removably attach the accessory to the protective case, the receiver channel including a lip for retaining the rail member in the receiver channel, the receiver channel having a cross sectional size at a first end of the receiver channel that differs from a cross sectional size of the receiver channel at a second end of the receiver channel, the attachment mechanism further including a snap feature, the snap feature having an interference fit with a corresponding snap feature (902, 904) of the rail member of the accessory to removably lock the rail member into the receiver channel of the outer shell when the rail member is inserted into the receiver channel.