mhurhangee/ep-ind-claims huggingface dataset:
A power generator comprising: a housing including a pair of side plates made of metal, a back plate made of metal, a top plate, a base plate and an opening, the housing accommodating a fuel cell configured to generate power through use of raw fuel and oxidant gas; and a lid disposed to cover the opening of the housing, wherein one of a first or a second panel is one of the side plates or the back plate and another one of the first and second panel is the other one of the side plates or the back plate; wherein the first panel has a first end folded into an U-shape by means of hemming, the folded first end having an outer surface, and the second panel has a second end that is plate-shaped, the second end being bent forwardly into an L shape so that an outer surface of the second end touches the outer surface of the first end, and wherein the first end and the second end are fixed to each other with pressure applied by a fastening member in a closely fitting manner through use of springiness of the first end obtained by the hemming; wherein the fastening member includes a bolt and a frame, wherein the frame is fixed to the inner surface of the forwardly bent shape second end, and the bolt passes through the first end, through the second end, reaching the frame. a housing including a pair of side plates made of metal, a back plate made of metal, a top plate, a base plate and an opening, the housing accommodating a fuel cell configured to generate power through use of raw fuel and oxidant gas; and a lid disposed to cover the opening of the housing, wherein one of a first or a second panel is one of the side plates or the back plate and another one of the first and second panel is the other one of the side plates or the back plate; wherein the first panel has a first end folded into an U-shape by means of hemming, the folded first end having an outer surface, and the second panel has a second end that is plate-shaped, the second end being bent forwardly into an L shape so that an outer surface of the second end touches the outer surface of the first end, and wherein the first end and the second end are fixed to each other with pressure applied by a fastening member in a closely fitting manner through use of springiness of the first end obtained by the hemming; wherein the fastening member includes a bolt and a frame, wherein the frame is fixed to the inner surface of the forwardly bent shape second end, and the bolt passes through the first end, through the second end, reaching the frame.
A hybrid additive manufacturing method comprising: building an additive structure on a pre-sintered preform base, wherein building the additive structure comprises iteratively fusing together a plurality of layers of additive material with at least a first layer of additive material joined to the pre-sintered preform base, wherein the pre-sintered preform base comprises an initial shape, and wherein the additive structure comprises one or more cooling feature extensions; modifying the initial shape of the pre-sintered preform base comprising the additive structure into a modified shape comprising the additive structure, wherein the modified shape comprises a non-planar surface; joining the pre-sintered preform base in its modified shape to a component, wherein the component comprises a turbine component. building an additive structure on a pre-sintered preform base, wherein building the additive structure comprises iteratively fusing together a plurality of layers of additive material with at least a first layer of additive material joined to the pre-sintered preform base, wherein the pre-sintered preform base comprises an initial shape, and wherein the additive structure comprises one or more cooling feature extensions; modifying the initial shape of the pre-sintered preform base comprising the additive structure into a modified shape comprising the additive structure, wherein the modified shape comprises a non-planar surface; joining the pre-sintered preform base in its modified shape to a component, wherein the component comprises a turbine component.
Drive belt with two endless carriers and with a number of transverse members mounted slideably on the carriers, which transverse members are each provided with two main body surfaces where between the transverse member extends in thickness direction and with a central part that is located in between the two endless carriers, of which transverse members at least two types (I, II) are included in the drive belt with a largest axial dimension, i.e. width (W I) of a first type (30-I) of the transverse members is larger than a largest axial dimension, i.e. width (W II) of a second type (30-II) of the transverse members, characterised in that the largest width (W II)) of the second type transverse members (30-II) is smaller than or at most approximately equal to an axial dimension of the central part of the first type transverse members (30-I).
Process for preparing urea, wherein the process comprises the following steps: a) provision of a gas stream A comprising hydrogen, nitrogen and carbon dioxide; b) removal of at least part of the carbon dioxide of the gas stream A by means of a solvent to form a carbon dioxide-depleted gas stream B; c) synthesis of ammonia from at least part of the hydrogen and at least part of the nitrogen which are present in the gas stream B; d) desorption of the carbon dioxide from the solvent (3"); and e) synthesis of urea from at least part of the ammonia synthesized in step (c) and at least part of the carbon dioxide desorbed in step (d); where the desorption of the carbon dioxide in step (d) is carried out at a higher pressure than the synthesis of the urea in step (e). a) provision of a gas stream A comprising hydrogen, nitrogen and carbon dioxide; b) removal of at least part of the carbon dioxide of the gas stream A by means of a solvent to form a carbon dioxide-depleted gas stream B; c) synthesis of ammonia from at least part of the hydrogen and at least part of the nitrogen which are present in the gas stream B; d) desorption of the carbon dioxide from the solvent (3"); and e) synthesis of urea from at least part of the ammonia synthesized in step (c) and at least part of the carbon dioxide desorbed in step (d);
A power tool comprising: a pressure generating mechanism including an electric motor and being configured to apply pressure to an object for crimping or cutting the object; an actuator that a user can manipulate to influence operation of the pressure generating mechanism; characterized by a support on which the actuator is provided, the support having a first part of a two-part sealing mechanism around its periphery; and a tool housing formed by a plurality of tool housing parts (112a, 112b) which cooperate to form a second part of the two-part sealing mechanism and clamp the support between them such that the first and second parts of the two-part sealing mechanism cooperate to restrict ingress of liquid water into contact with electrical components of the tool within the tool housing, and wherein one of the first and second parts of the two-part sealing mechanism is a female part configured to receive the other part of the two-part sealing mechanism which is a male part. a pressure generating mechanism including an electric motor and being configured to apply pressure to an object for crimping or cutting the object; an actuator that a user can manipulate to influence operation of the pressure generating mechanism; characterized by a support on which the actuator is provided, the support having a first part of a two-part sealing mechanism around its periphery; and a tool housing formed by a plurality of tool housing parts (112a, 112b) which cooperate to form a second part of the two-part sealing mechanism and clamp the support between them such that the first and second parts of the two-part sealing mechanism cooperate to restrict ingress of liquid water into contact with electrical components of the tool within the tool housing, and wherein one of the first and second parts of the two-part sealing mechanism is a female part configured to receive the other part of the two-part sealing mechanism which is a male part.
A method of book leaf tracking, comprising: receiving a video image comprising a book; estimating the current position and orientation of the book within the video image in response to a fiduciary marker (800, 1011-1016) positioned in the middle of a page of the book visible in the image; estimating the visibility of one or more predetermined markings of the book including at least one of a non-alphanumeric marker positioned between a corner of the fiduciary marker and a corner of the outside page edge of the book and a high contrast pattern (1030A-D, 1035L, 1035R) along at least a first book cover extremity of the book, by determining whether the marking can be positively identified within the image, or by comparing with an expected marker to estimate how much of the marking is visible; calculating a range of leaf turning angles that is consistent with the detected visibility of the or each predetermined marking of the book, based upon the expected position and orientation of the markings of the book in the captured video image as computed using an appearance model of the book and the estimated current position and orientation of the book; constraining the range of possible page angles of a turning leaf to the calculated range at which these markings should be visible using the appearance model; and estimating the angle of a turning leaf of the book based on the constrained calculated range. receiving a video image comprising a book; estimating the current position and orientation of the book within the video image in response to a fiduciary marker (800, 1011-1016) positioned in the middle of a page of the book visible in the image; estimating the visibility of one or more predetermined markings of the book including at least one of a non-alphanumeric marker positioned between a corner of the fiduciary marker and a corner of the outside page edge of the book and a high contrast pattern (1030A-D, 1035L, 1035R) along at least a first book cover extremity of the book, by determining whether the marking can be positively identified within the image, or by comparing with an expected marker to estimate how much of the marking is visible; calculating a range of leaf turning angles that is consistent with the detected visibility of the or each predetermined marking of the book, based upon the expected position and orientation of the markings of the book in the captured video image as computed using an appearance model of the book and the estimated current position and orientation of the book; constraining the range of possible page angles of a turning leaf to the calculated range at which these markings should be visible using the appearance model; and estimating the angle of a turning leaf of the book based on the constrained calculated range.
An agricultural baler system having a plunger, a bale chamber, a pre-compression chamber and a stuffer unit, for moving crop from the pre-compression chamber to the bale chamber, such that the crop can be compressed by the plunger into bales the stuffer unit comprising: - a mechanical linkage; - stuffer forks coupled to said mechanical linkage; - an actuator; and - a controller in controlling connection with said actuator, characterized in that the stuffer unit further comprising a stuffer fork trigger mechanism coupled to said mechanical linkage, said mechanical linkage being able to provide mechanical force to said stuffer forks when said stuffer fork trigger mechanism is armed in synchronization with a position of the plunger, said actuator, coupled to said stuffer fork trigger mechanism, is configured to arm said stuffer fork trigger mechanism by moving said actuator between a first position and a second position, said actuator being held in at least one of said first position and said second position with substantially no energy use. - a mechanical linkage; - stuffer forks coupled to said mechanical linkage; - an actuator; and - a controller in controlling connection with said actuator,
A method for shutting down a generator unit comprising a fuel cell device, having the following steps: (a) Shutdown of current generation via a control unit; (b) Detection of at least one anode temperature of an anode of the fuel cell device, in particular during a cool-down process; (c) Blocking of an escape of carbon monoxide from an anode chamber in which the anode is arranged at least in part, in particular, at least for the most part, completely if the anode temperature is higher than a first limit temperature T 1, wherein the first limit temperature T 1 is greater than or equal to a decomposition temperature or an upper temperature at which nickel tetracarbonyl (Ni 4) is formed; (d) At least partial removal of carbon monoxide from the anode chamber if the anode temperature falls below the first limit temperature T 1. (a) Shutdown of current generation via a control unit; (b) Detection of at least one anode temperature of an anode of the fuel cell device, in particular during a cool-down process; (c) Blocking of an escape of carbon monoxide from an anode chamber in which the anode is arranged at least in part, in particular, at least for the most part, completely if the anode temperature is higher than a first limit temperature T 1, wherein the first limit temperature T 1 is greater than or equal to a decomposition temperature or an upper temperature at which nickel tetracarbonyl (Ni 4) is formed; (d) At least partial removal of carbon monoxide from the anode chamber if the anode temperature falls below the first limit temperature T 1.
An oral mucosa patch comprising a lyophilizate containing a polymer on a surface that is to be adhered to an oral mucosa, wherein a polymer content in the lyophilizate is 20 mass% or more, and a hyaluronic acid content in the polymer is 50 mass% or more, wherein the hyaluronic acid has a molecular weight of 1.2 × 10 6 daltons to 2.3 × 10 6 daltons, the lyophilizate contains 0 mass% or more and 20 mass% or less of a polymer different from the hyaluronic acid in the polymer contained in the lyophilizate, and the polymer other than the hyaluronic acid includes one or more selected from carboxymethylcellulose, hydroxypropylcellulose, methylcellulose, ethylcellulose, hydroxypropylmethylcellulose, cellulose nanofiber, crystalline cellulose, polyacrylic acid, polyvinylpyrrolidone, polyvinyl alcohol, carrageenan, pullulan, gelatin, collagen, agarose, alginic acid, dihydric alginate of calcium, gum arabic, gum tragacanth, guar gum, chitosan, chitin, chondroitin sulfate, and proteoglycan. a polymer content in the lyophilizate is 20 mass% or more, and a hyaluronic acid content in the polymer is 50 mass% or more, wherein the hyaluronic acid has a molecular weight of 1.2 × 10 6 daltons to 2.3 × 10 6 daltons,
A safety device for a pre-filled syringe, comprising: - a hollow outer body (1.3) receiving a support body (1.2) having two side walls opposing each other, wherein the outer body (1.3) slides relative to the support body (1.2) to inject a medication contained in a pre-filled syringe through a hypodermic needle and to release and retract the pre-filled syringe retained within the safety device; wherein - a guide track (1.2.4) is formed into at least one side wall (1.2.1) of the support body (1.2), - a guide rail (1.3.5) is formed into at least one inner surface of the outer body (1.3) facing the side wall of the support body with the guide track, - a guide pin (1.4.6) is movable within and along the guide track (1.2.4) in a plane defined by the side wall (1.2.1) when the outer body (1.3) is slid relative to the support body (1.2), - the guide pin (1.4.6) is prevented from returning to its start position by the guide rail (1.3.5) so that a re-usage of the safety device is prevented, and - the guide rail (1.3.5) is adapted to abut against the guide pin (1.4.6) to guide the movement of the guide pin (1.4.6) along the guide track (1.2.4) when the outer body (1.3) is slid relative to the support body (1.2), characterized in that a release collar (1.4) is provided which is non-rotatably arranged within and movable relative to the support body (1.2), wherein the guide pin (1.4.6) extends from a flexible arm (1.4.5) of the release collar (1.4). - a hollow outer body (1.3) receiving a support body (1.2) having two side walls opposing each other, wherein the outer body (1.3) slides relative to the support body (1.2) to inject a medication contained in a pre-filled syringe through a hypodermic needle and to release and retract the pre-filled syringe retained within the safety device; wherein - a guide track (1.2.4) is formed into at least one side wall (1.2.1) of the support body (1.2), - a guide rail (1.3.5) is formed into at least one inner surface of the outer body (1.3) facing the side wall of the support body with the guide track, - a guide pin (1.4.6) is movable within and along the guide track (1.2.4) in a plane defined by the side wall (1.2.1) when the outer body (1.3) is slid relative to the support body (1.2), - the guide pin (1.4.6) is prevented from returning to its start position by the guide rail (1.3.5) so that a re-usage of the safety device is prevented, and - the guide pin (1.4.6) is prevented from returning to its start position by the guide rail (1.3.5) so that a re-usage of the safety device is prevented, and - the guide rail (1.3.5) is adapted to abut against the guide pin (1.4.6) to guide the movement of the guide pin (1.4.6) along the guide track (1.2.4) when the outer body (1.3) is slid relative to the support body (1.2), characterized in that a release collar (1.4) is provided which is non-rotatably arranged within and movable relative to the support body (1.2), wherein the guide pin (1.4.6) extends from a flexible arm (1.4.5) of the release collar (1.4).
An in vitro method for determining the distinctive disease related nutritional requirements of a subject suffering from a disease characterized by distinctive nutritional requirements in the diseased subject over a healthy subject comprising the steps: a. Determining in a sample of a subject suffering from the disease a profile of statuses of direct and indirect markers indicating the nutritional profile of said subject, wherein a direct marker indicates the amount of a macronutrient or micronutrient, and an indirect marker is derived from said direct marker and is a metabolite or a catabolite of said macronutrient or micronutrient, and wherein the status of at least 10 markers is determined, b. Determining in a sample of a healthy subject a profile of the statuses of the same markers determined in step a., c. Comparing the profiles determined in step a. and b., and thereby determining the distinctive nutritional requirements for nutrients in a patient suffering from the disease, wherein the nutrients are macronutrients and micronutrients. a. Determining in a sample of a subject suffering from the disease a profile of statuses of direct and indirect markers indicating the nutritional profile of said subject, wherein a direct marker indicates the amount of a macronutrient or micronutrient, and an indirect marker is derived from said direct marker and is a metabolite or a catabolite of said macronutrient or micronutrient, and wherein the status of at least 10 markers is determined, b. Determining in a sample of a healthy subject a profile of the statuses of the same markers determined in step a., c. Comparing the profiles determined in step a. and b., and thereby determining the distinctive nutritional requirements for nutrients in a patient suffering from the disease, wherein the nutrients are macronutrients and micronutrients.
An electrical motor comprising: a stator having a structure (14, 18) about which a winding (70, 100) is formed; and the winding comprising: a first electrical conductor having a first end and a second end; and a second electrical conductor having a first end and a second end, wherein the electrical motor further comprising: the first end of the first electrical conductor and the first end of the second electrical conductor are coupled together and the second end of the first electrical conductor and the second end of the second electrical conductor are coupled together to form a parallel circuit with the first electrical conductor and the second electrical conductor, and the second electrical conductor has an electrical resistivity that is greater than the first electrical conductor, and characterized in that the first electrical conductor and the second electrical conductor are arranged in parallel with one another, and are of the same winding. a stator having a structure (14, 18) about which a winding (70, 100) is formed; and the winding comprising: a first electrical conductor having a first end and a second end; and a second electrical conductor having a first end and a second end, wherein the electrical motor further comprising: the first end of the first electrical conductor and the first end of the second electrical conductor are coupled together and the second end of the first electrical conductor and the second end of the second electrical conductor are coupled together to form a parallel circuit with the first electrical conductor and the second electrical conductor, and the second electrical conductor has an electrical resistivity that is greater than the first electrical conductor, and characterized in that the first electrical conductor and the second electrical conductor are arranged in parallel with one another, and are of the same winding. a first electrical conductor having a first end and a second end; and a second electrical conductor having a first end and a second end, wherein the electrical motor further comprising: the first end of the first electrical conductor and the first end of the second electrical conductor are coupled together and the second end of the first electrical conductor and the second end of the second electrical conductor are coupled together to form a parallel circuit with the first electrical conductor and the second electrical conductor, and the second electrical conductor has an electrical resistivity that is greater than the first electrical conductor, and characterized in that the first electrical conductor and the second electrical conductor are arranged in parallel with one another, and are of the same winding.